Nausea, fatigue, breast tenderness, and increased frequency of urination are the most common symptoms of pregnancy, but their presence is not considered definitive as they are nonspecific symptoms which are not consistently found in early pregnancy, also these symptoms can occur even prior to menstruation.

In pregnancy a physical examination will reveal an enlarged uterus which is more boggy and soft, but these findings are not apparent until after 6th week of gestation. In addition, other conditions like adenomyosis, fibroids, or previous pregnancies can also result in an enlarged uterus which is palpable on physical examination.

An abdominal ultrasound will not demonstrate a gestational sac until a gestational age of 5 to 6 weeks, nor will it detect an ectopic pregnancy soon after a missed menstrual period, therefore it is not indicated in this patient.

A Doppler instrument will detect fetal cardiac action usually after 10 weeks of gestation.

A sensitive serum quantitative pregnancy test can detect placental HCG levels by 8 to 9 days post-ovulation and is considered as the most appropriate next step in evaluation of this patient.

Puerperal psychosis seems to be mainly hereditary and closely associated with bipolar disorder especially the manic type, rather than being a distinct condition with a group of classical symptoms or course. Postpartum psychoses typically have an abrupt onset within 2 weeks of delivery and may have rapid progression of symptoms. Fortunately, it is generally a brief condition and responds well to prompt management. If the condition is threatening the mother and/or baby’s safety, hospital admission is warranted. A patient can present with a wide variety of psychotic symptoms ranging from delusion, passivity phenomenon, catatonia, and hallucinations. While depression and mania may be the predominating features, it is not surprising to see symptoms such as confusion and stupor. Although the rate of incidence is about 1 in 1000 pregnancies, it is seen in about 20% of women who previously had bipolar episodes prior to pregnancy. It has not been shown to be linked with factors such as twin pregnancies, stillbirth, breastfeeding or being a single parent. However, it might be more commonly seen in women who are first-time mothers and pregnancy terminations.

The risk of recurrence is 20%. Unfortunately, there is no specific treatment guideline but organic causes should first be ruled out. First generation/typical anti-psychotics are often associated with extrapyramidal symptoms. Nowadays, atypical antipsychotics such as risperidone or olanzapine can be used along with lithium which is a mood stabiliser. As of now, there hasn’t been any significant side effects as a result of second generation antipsychotic use in pregnancy. While women are usually advised to stop breast-feeding, it might be unnecessary except if the mother is being treated with lithium which has been reported to cause side effects on the infants in a few instances. ECT is considered to be highly efficacious for all types of postpartum psychosis and may be necessary if the mother’s condition is life-threatening to herself or/and the baby. If untreated, puerperal psychosis might persist for 6 months or even longer.

The options of saying ‘in view of her age and previous problem, further pregnancies are out of the question’ and so is ‘By all means start another pregnancy and see how she feels about it. If she has misgivings, then have the pregnancy terminated.’ are inappropriate.

As mentioned earlier, considering there is a 20% chance of recurrence it is not correct to say that since she had good outcomes with her first pregnancy, the risk of recurrence is minimal.

Anti-psychotics are not recommended to be used routinely both during pregnancy and lactation due to the absence of long-term research on children with intrauterine and breastmilk exposure to the drugs. Hence it is not right to conclude that ‘if she gets pregnant then she should take prophylactic antipsychotics throughout the pregnancy’ as it contradicts current guidelines. Each case should be individualised and the risks compared with the benefits to decide whether anti-psychotics should be given during pregnancy. It is important to obtain informed consent from both the mother and partner with documentation.

Should the mother deteriorates during the pregnancy that she no longer is capable of making decisions about treatment, then an application for temporary guardianship should be carried out to ensure that she can be continued on the appropriate treatment.

Tamoxifen and Raloxifene are drugs which acts as selective estrogen receptor modulators.
Their mechanisms of action are competitive inhibitor of estrogen binding and mixed agonist/antagonist action respectively.
Commonly indicated in prevention of breast cancer in high-risk patients. Tamoxifen as adjuvant treatment of breast cancer and Raloxifene in postmenopausal osteoporosis.
Adverse effects include:
– Hot flashes
– Venous thromboembolism
– Endometrial hyperplasia & carcinoma (tamoxifen only)
– Uterine sarcoma (tamoxifen only)
Adjuvant endocrine therapy is commonly used option for treatment of nonmetastatic, hormone-receptor-positive breast cancer; and the most commonly used endocrine agents include tamoxifen, aromatase inhibitors, and ovarian suppression via GnRH agonists or surgery.

Tamoxifen is a selective estrogen receptor modulator which is an estrogen receptor antagonist in the breast.  It is the most preferred adjuvant treatment for pre-menopausal women at low risk of breast cancer recurrence.  Tamoxifen is also a second-line endocrine adjuvant agent for postmenopausal women who cannot use aromatase inhibitor therapy due to intolerable side effects.
Tamoxifen acts as an estrogen agonist in the uterus and stimulates excessive proliferation of endometrium. Therefore, tamoxifen use is associated with endometrial polyps in premenopausal women, and endometrial hyperplasia and cancer in postmenopausal women. These effects will continue throughout the duration of therapy and resolves once the treatment is discontinued. Even with all these possible complications, benefits of tamoxifen to improve the survival from breast cancer outweighs the risk of endometrial cancer.

In postmenopausal women, tamoxifen has some estrogen-like activity on the bone, which can increase bone mineral density and thereby reduce the incidence of osteoporosis significantly.  However, tamoxifen is generally not a first-line agent for osteoporosis in treatment due to the marked risk of endometrial cancer.

Dysplasia of the cervical transformation zone is typically caused due to chronic infection by human papillomavirus, and tamoxifen has no known effects on the cervix.

Tamoxifen is not associated with any increased risk for adenomyosis, which is characterised by ectopic endometrial tissue in the myometrium.

Intimal thickening of the coronary arteries is a precursor lesion for atherosclerosis. Tamoxifen helps to decrease blood cholesterol level and thereby protect against coronary artery disease.

Tamoxifen is an estrogen antagonist on breast tissue and is used in the treatment and prevention of breast cancer, but it also acts as an estrogen agonist in the uterus and increases the risk of development of endometrial polyps, hyperplasia, and cancer.

There are a few differential diagnoses to think of in a patient that presents such as this one. Pre-eclampsia, cholecystitis, and fatty liver could all cause pain and tenderness, but cholecystitis would not normally cause the hypertension and proteinuria seen in this patient and neither would acute fatty liver of pregnancy. The more likely explanation is pre-eclampsia which must always be considered in the presence of these symptoms and signs. This process is particularly severe in the presence of pain and tenderness under the right costal margin due to liver capsule distension.

Chronic renal disease could cause the hypertension and mild proteinuria seen, but it would not usually produce the pain and tenderness that this patient has unless it was complicated by severe pre-eclampsia.

Biliary cholestasis does not usually produce pain.

Chromosomal abnormalities are the most common cause of first trimester miscarriage and are detected in 50-85% of pregnancy tissue specimens after spontaneous miscarriage.

A 20 weeks pregnant patient has developed goitre along with thyrotoxicosis, where the diagnosis of thyrotoxicosis has already been established.
Ultrasound of the thyroid and a radioisotope scan to differentiate between “hot” and “cold” nodules are the confirming investigations for goitre. A nodule composed of cells that do not make thyroid hormone and the nodule which produces too much thyroid hormone are respectively called as cold and “hot” nodules.

Due to the risk of fetal uptake of the isotope which leads to the damage of fetal thyroid, radioisotope or radionuclide Technetium uptake scan is contraindicated in pregnancy.

Fine needle aspiration cytology is required to establish a histopathological diagnosis in case of all cold nodules.

So ultrasound of the thyroid gland is the mandatory investigation to be done in this case as it will show diffuse enlargement, characteristic of the autoimmune disease, or multinodularity, which is suggestive of autonomous multinodular goitre.

Woman in the given case is taking a full bottle of Whisky every day. As per standards, a small glass of Whisky (1.5 Oz) is equivalent of a standard drink and a bottle definitely exceeds 12 standard drinks. This makes her fetus at significant risk for fetal alcohol syndrome (FAS) which is associated with many congenital malformations. Low-set ears, midfacial hypoplasia, elongated philtrum, upturned nose and microcephaly along with skeletal and cardiac malformations are the congenital malformations commonly associated with fetal alcohol syndrome.

Health risks of benzodiazepines during pregnancy has not been clearly established, but there are inconsistent reports of teratogenic effects associated with fetal exposure to benzodiazepines. Neonatal abstinence syndrome of delayed onset can be associated with regular use of benzodiazepine in pregnancy.

Use of Amphetamine in controlled doses during pregnancy is unlikely to pose a substantial teratogenic risk, but a range of obstetric complications such as reduced birth weight and many these outcomes which are not specific to amphetamines but influenced by use of other drug and lifestyle factors in addition to amphetamine are found commonly among women who use it during pregnancy. Exposure to amphetamines in utero may influence prenatal brain development, but the nature of this influence and its potential clinical significance are not well established.

3,4- methylenedioxymetham phetamine(MOMA), which is an amphetamine derivative and commonly known as ecstasy, have existing evidences suggesting that its use during first trimester poses a potential teratogenic risk. So it is strongly recommended to avoided the use of ecstasy during 2-8 weeks post conception or between weeks four to ten after last menstrual period as these are the considered periods of organogenesis.

Role of cocaine in congenital malformations is controversial as cases reported of malformations caused by cocaine are extremely rare. However, it may lead to fetal intracranial haemorrhage leading to a devastating outcome.

Opiate addictions carry a significant risk for several perinatal complications, but it has no proven association with congenital malformation.

There is a high risk of developing HELLP syndrome in pre-eclamptic patients. Considering that she is complaining of right upper quadrant pain, a LFT should be done immediately.

Patient’s symptoms and signs are suggestive of round ligament strain, which is a normal finding during pregnancy, especially in the 2nd trimester, and it does not require any medical intervention.

Round ligament is a rope-like fibromuscular band which extends from the anterolateral aspect of uterus anteriorly between the layers of the broad ligament, and passing through the deep inguinal ring into the inguinal canal.
A sharp, sudden spasm in the right iliac fossa which lasts for a few seconds which is usually triggered by sneezing, coughing, laughing and rolling over in bed are the common presentations of a round ligament pain.

Ectopic pregnancy and rupture of ectopic pregnancy are two unlikely diagnosis in this patient as she is in the second trimester of her pregnancy, whereas both the mentioned conditions occur during the first trimester.

Although appendicitis presents with pain in right iliac fossa, the pain is not causes by coughing or sneezing. Also, there will be other symptoms like tenderness and rebound tenderness in right iliac fossa in case of appendicitis.

Repetitive late decelerations can be caused by fetal hypoxia which results in constriction of the vessels to circulate blood from the peripheries to more important organs of the body like the brain and heart etc.

A serious complication with a miscarriage is DIC, a severe blood clotting condition and is more likely if there is a long time until the foetus and other tissues are passed, which is often the case in missed abortion.

Presentation in the given case is classic for premature rupture of membranes (PROM) which was probably caused due to trauma during intercourse.
Premature rupture of membrane (PROM) is defined as the rupture of embryonic membranes before the onset of labor, regardless of the age of pregnancy. If occured before 37 weeks of gestation, it is termed as preterm PROM (PPROM.)

A sudden gush of watery fluid per vagina is the classic presentation of rupture of the membranes (ROM), regardless of gestational age, however nowadays many women presents with continuous or intermittent leakage of fluid or a sensation of wetness within the vagina or on the perineum. Presence of liquor flowing from the cervical os or its pooling in the posterior vaginal fornix are considered as the pathognomonic symptom of ROM. Assessment of fetal well-being, the position of the fetus, placental location, estimated fetal weight and presence of any anomalies in PROM and PPROM are done with ultrasonographic studies.

Retained semen will not result in the findings mentioned in this clinical scenario as it have a different appearance.

Infections will not be a cause for this presentation as it will be associated with characteristic features like purulent cervical discharge, malodorous vaginal discharge, etc. Pooling of clear fluid in the posterior fornix is pathognomonic for ROM.

Urine leakage is common during the pregnancy, but it is not similar to the clinical scenario mentioned above.

Absence of findings like cervical dilation and bulging membranes on speculum exam makes cervical insufficiency an unlikely diagnosis in this case.

The episiotomy is a technique originally designed to reduce the incidence of severe perineal tears (third and fourth-degree) during labour. The general idea is to make a controlled incision in the perineum, for enlargement of the vaginal orifice, to facilitate difficult deliveries.

Below is the classification scale for the definitions of vaginal tears:
First degree involves the vaginal mucosa and perineal skin with no underlying tissue involvement.
Second degree includes underlying subcutaneous tissue and perineal muscles.
Third degree is where the anal sphincter musculature is involved in the tear. The third-degree tear can be further broken down based on the total area of anal sphincter involvement.
Fourth degree is where the tear extends through the rectal muscle into rectal mucosa.

The given case can be diagnosed as round ligament pain, which is common during pregnancy. This happens as a result to the stretching of round ligament in pelvis to occupy the growing uterus. The round ligament pain usually gets worse with movements or straining and will be relieved by rest or warm application.

As the abdominal examination of patient is unremarkable, conditions like ovarian cyst rupture, ectopic pregnancy and intestinal obstruction are a very unlikely to be the diagnosis.

CDC urges all women of reproductive age to take 400 micrograms (mcg) of folic acid each day, in addition to consuming food with folate from a varied diet, to help prevent some major birth defects of the baby’s brain (anencephaly) and spine (spina bifida).

The use of lamotrigine during pregnancy has not been associated with an increased risk of neural tube defects; however, the recommendation regarding higher doses of folic acid supplementation is often, but not always, broadened to include women taking any anticonvulsant, including lamotrigine.

Patient in the given case is nine weeks pregnant, and she has been exposed to a herpes zoster rash because she is working as a hospital nurse and has no prior history of chickenpox.
The most appropriate next step in this case would be checking for Varicella-Zoster IgG antibodies which assures immunity to varicella infections. If VZV IgG is present no further action is needed, but if VZV IgG antibodies are absent, then she will need Varicella Zoster Immunoglobulins within ten days from the exposure to shingles.

Vascular spiders or angiomas, are of no clinical significance during pregnancy as these are common findings and are form as a result of hyperestrogenemia associated with normal pregnancies. These angiomas, as they will resolve spontaneously after delivery, does not require any additional workup or treatment.
Reassurance to the patient is all that is required in this case.

Hyperemesis gravidarum refers to intractable vomiting during pregnancy, leading to weight loss and volume depletion, resulting in ketonuria and/or ketonemia. There is no consensus on specific diagnostic criteria, but it generally refers to the severe end of the spectrum regarding nausea and vomiting in pregnancy.

Hormone changes wherein hCG levels peak during the first trimester corresponds to the typical onset of hyperemesis symptoms. It is well-known that the lower oesophageal sphincter relaxes during pregnancy due to the elevations in estrogen and progesterone. This leads to an increased incidence of gastroesophageal reflux disease (GERD) symptoms in pregnancy, and one symptom of GERD is nausea.

Hyperemesis gravidarum refers to extreme cases of nausea and vomiting during pregnancy. The criteria for diagnosis include vomiting that causes significant dehydration (as evidenced by ketonuria or electrolyte abnormalities, and the dry with coated tongue) and weight loss (the most commonly cited marker for this is the loss of at least five percent of the patient’s pre-pregnancy weight) in the setting of pregnancy without any other underlying pathological cause for vomiting.

The most common clinical findings in a postpartum women with endometritis are postpartum fever, with tachycardia relative to the rise in temperature, midline lower abdominal pain and uterine tenderness from the 2nd to 10th day of postpartum.

Most common risk factors for the development of postpartum endometritis are:
– Cesarean deliveries are considered as the most important risk factor for postpartum endometritis, especially those performed after the onset of labour.
– Young maternal age.
– Multiple digital cervical examinations.
– Prolonged rupture of membranes.
– Retention of placental products.
– Prolonged labour.
– Chorioamnionitis.
Advanced maternal age is not considered as a risk factor for development of postpartum endometritis.

This question is about the differential diagnoses that should be considered if a patient presents with postpartum fever. The work-up for such patients would usually involve vaginal swabs, midstream urine culture and sensitivity and an ultrasound scan of the wound to look for any presence of a haematoma. LSCS is a major surgery and one common cause of puerperal fever would be surgical site infection. It is not surprising that women who deliver via LSCS are at higher risk of developing post-partum fever compared to those who deliver vaginally. Other common causes include endometritis and UTI. Ultrasound examination of the pelvic deep venous system and the legs would also be done to look for any thrombosis. Deep vein thrombosis can occur due to immobility, however it is unlikely to present with fever.

Thyroxine requirement during pregnancy will increases by 25 to 30 percent, which is seen as early as fifth week of pregnancy.

Children born to those women whose hypothyroidism was inadequately treated during pregnancy, are at higher risk for developing neuropsychiatric impairments.

When a woman who is on thyroxine is planning to conceive, they are advised to increase their thyroxine dose by 30 percent at the time of confirmation of pregnancy.

During pregnancy TSH also should be monitored at every 8 to 10 weeks, with necessary dose adjustments.

Dose requirements of thyroxine will return to pre-pregnancy level soon after delivery and it will not change according to whether the mother is breastfeeding or not.

This is a case of a pregnant patient having vaginal bleeding. Given the patient’s presentation, the most likely cause of this patient’s antepartum haemorrhage is placenta praevia. The haemorrhage is unlikely to be due to a vasa praevia because a loss of 300mL would usually cause fetal distress or death, neither of which has occurred. Cervical malignancy is also unlikely as it typically would not have bleeding of this magnitude. A possible diagnosis would be a small placental abruption as it would fit with the lack of uterine tenderness and normal uterine size.

For the immediate management of this patient, induction of labour is contraindicated before the placental site has been confirmed. Also, induction should not be performed when the gestation is only at 33 weeks, especially after an episode of a small antepartum haemorrhage. An ultrasound examination of the uterus is appropriate as it would define whether a placenta praevia is present and its grade. It would also show whether there is any evidence of an intrauterine clot associated with placental abruption from a normally situated placenta.

If a placenta praevia is diagnosed by ultrasound, a pelvic examination under anaesthesia may be a part of the subsequent care, if it is felt that vaginal delivery might be possible. Usually it would be possible if the placenta praevia is grade 1 or grade 2 anterior in type. However, pelvic exam at this stage is certainly not the next step in care, and is rarely used in current clinical care.

A Papanicolaou (Pap) smear will be necessary at some time in the near future, but would not be helpful in the care of this patient currently.

Immediate Caesarean section is not needed as the bleeding has stopped, the foetus is not in distress, and the gestation is only 33 weeks.

Genital herpes can be asymptomatic or have mild symptoms that go unrecognized. When symptoms occur, genital herpes is characterised by one or more genital or anal blisters or ulcers. Additionally, symptoms of a new infection often include fever, body aches and swollen lymph nodes.

HSV-2 is mainly transmitted during sex through contact with genital or anal surfaces, skin, sores or fluids of someone infected with the virus. HSV-2 can be transmitted even if the skin looks normal and is often transmitted in the absence of symptoms.

In rare circumstances, herpes (HSV-1 and HSV-2) can be transmitted from mother to child during delivery, causing neonatal herpes. Neonatal herpes can occur when an infant is exposed to HSV during delivery. Neonatal herpes is rare, occurring in an estimated 10 out of every 100 000 births globally. However, it is a serious condition that can lead to lasting neurologic disability or death. The risk for neonatal herpes is greatest when a mother acquires HSV for the first time in late pregnancy.

Fetal lie refers to the relationship between the long axis of the foetus relative to the long axis of the mother. If the foetus and maternal column are parallel (on the same long axis), the lie is termed vertical or longitudinal lie.

Fetal presentation means, the part of the foetus which is overlying the maternal pelvic inlet.

Position is the positioning of the body of a prenatal foetus in the uterus. It will change as the foetus develops. This is a description of the relation of the presenting part of the foetus to the maternal pelvis. In the case of a longitudinal lie with a vertex presentation, the occiput of the fetal calvarium is the landmark used to describe the position. When the occiput is facing the maternal pubic symphysis, the position is termed direct occiput anterior.

Fetal attitude is defined as the relation of the various parts of the foetus to each other. In the normal attitude, the foetus is in universal flexion. The anatomic explanation for this posture is that it enables the foetus to occupy the least amount of space in the intrauterine cavity. The fetal attitude is extremely difficult, if not impossible, to assess without the help of an ultrasound examination.

A fundal height measurement is typically done to determine if a baby is small for its gestational age. The measurement is generally defined as the distance in centimetres from the pubic bone to the top of the uterus. The expectation is that after week 24 of pregnancy the fundal height for a normally growing baby will match the number of weeks of pregnancy — plus or minus 2 centimetres.

A fundal height that measures smaller or larger than expected — or increases more or less quickly than expected — could indicate:
– Slow fetal growth (intrauterine growth restriction)
– A multiple pregnancy
– A significantly larger than average baby (fetal macrosomia)
– Too little amniotic fluid (oligohydramnios)
– Too much amniotic fluid (polyhydramnios).

Twin gestations are at increased risk for postpartum haemorrhage (PPH). A number of maternal and peripartum factors are associated with PPH requiring blood transfusion in twin gestations. Reducing the rate of caesarean delivery in twin pregnancies may decrease maternal hemorrhagic morbidity.

CVS has decreased in frequency with the recent increased uptake of cell-free DNA screening. It remains the only diagnostic test available in the first trimester and allows for diagnostic analyses, including fluorescence in situ hybridization (FISH), karyotype, microarray, molecular testing, and gene sequencing. CVS is performed between 10 and 14 weeks’ gestation. CVS has been performed before 9 weeks in the past, though this has shown to increase the risk of limb deformities and, therefore, is no longer recommended.

The given case scenario describes a typical case of measles in a pregnant woman, which is confirmed by serologic studies. Positive lgM in serology is suggestive of acute infection, while a negative lgG confirms that the infection is in early phase without any seroconversion.
Conservative management of the symptoms and its potential complications is the only management plan therapeutically available after contracting measles. ‘Notification’ and contact tracing are the other very important issues to be considered.
Measles is a notifiable disease and healthcare professionals are mandated on reporting all the identified cases of measles to the authorized public health units. The main objective of this notification is to conduct a contact tracing.

MMR vaccine is not useful once measles is contracted, as the vaccine is used for prevention of measles and as prophylaxis in post-exposure cases. For those with contact to a case of measles, MMR vaccine within 72 hours of contact may have a protective effect, but all measles-containing vaccines like MMR and MM RV are contraindicated throughout pregnancy even as prophylaxis.

As the circulating maternal antibodies will cross placenta and enters into the fetal circulation, a positive test does not confirm infection in the fetus. So serologic testing of the fetus is not useful.

NHIG is not useful in treating an established case of measles, as it is used as a post-measles exposure prophylactic for patients such as pregnant women, premature babies, etc who are contraindicated to MMR vaccine.

As both symptoms and lgM levels indicate measles infection, repeating measles-specific serologic test is not useful in this case. In general no test is indicated, unless its result has an impact on the further management of the case or any prognostic value.

In this pregnant patient with an antepartum haemorrhage at 37 weeks of gestation, her clinical presentation points to a placenta previa. Her bleeding has stopped, the uterus is of the expected size and non-tender, and the fetal head is still mobile above the pelvic brim which are all findings that would be consistent with a placenta praevia. An ultrasound examination would be done to rule-out or diagnose the condition.

An Apt test on the blood is necessary to ensure that this is not fetal blood that would come from a ruptured vasa praevia. Although this diagnosis would be unlikely since the bleeding has stopped. If there was a vasa praevia, there would be fetal tachycardia or bradycardia, where a tachycardia is often seen first but then bradycardia takes over late as fetal exsanguination occurs.

In a placental abruption with concealment of blood loss, the uterus would be larger and some uterine tenderness would be found on exam.

A cervical polyp could bleed after sexual intercourse and a speculum examination would be done to exclude it. However, it would be unlikely for a cervical polyp to cause such a large amount of blood loss. A heavy show would also rarely have as heavy as a loss of 200mL.

In most cases reported, puerperal hematomas arise due to bleeding lacerations related to operative deliveries or episiotomy, and in rare cases from spontaneous injury to a blood vessel in the absence of any laceration/incision of the surrounding tissue. Vulval, vaginal/paravaginal area and retroperitoneum are considered the most common locations for puerperal hematomas.

Most puerperal hematomas are diagnosed based on the presence of characteristic symptoms and physical examination findings:
VuIvar hematoma usually presents as a rapidly developing, severely painful, tense and compressible mass which is covered by skin of purplish discoloration. A vulvar hematoma can also be an extension of a vaginal hematoma which was dissected through a loose subcutaneous tissue into the vulva.
Vaginal hematomas often present with rectal pressure, were hemodynamic instability caused due to bleeding into the ischiorectal fossa and paravaginal space are the first signs and can result in hypovolemic shock. In these cases a large mass protruding into the vagina is often found on physical examination.
Retroperitoneal hematomas are asymptomatic initially and extend between the folds of broad ligament. Patients suffering will often present with tachycardia, hypotension or shock due to the significant accumulated of blood in the retroperitoneal space. Unless the hematoma is associated with trauma, patients will not present with pain, only signs will be a palpable abdominal mass or fever.

Treatment of hematoma depends mostly on the size and location:
Non-expanding hematomas which are <3cm in size can be managed conservatively with analgesics and application of ice packs. An expanding hematoma or those greater than 3cm is managed effectively with surgical exploration under anesthesia, were an incision is made to evacuate the hematoma. The surgical site should not be sutured and vagina is often packed for 12-24 hours, an indwelling urinary catheter also may be indicated. In the given case, patient presents with a large haematoma (>3cm) which needs surgical excision and evacuation.

Aspiration of the hematoma is not an appropriate treatment. If surgical intervention is indicated excision and evacuation is the preferred option, followed by vaginal packing for 12-24 hours.

With the help of molding, the fetal head changes its shape as the skull bones overlap. This helps in smooth delivery of the foetus through the birth canal.

In high-risk pregnancies, continuous monitoring of foetal heart rate is considered mandatory.

However, in low-risk pregnancies, cardiotocograph (CTG) monitoring provides no benefits over intermittent auscultation.

A significant issue with CTG monitoring is that apparent abnormalities are identified that usually have minimal clinical significance, but can prompt the use of several obstetric interventions such as instrumental deliveries and Caesarean section. In low risk patients, such interventions may not even be required.

CTG monitoring has not been shown to reduce the incidence of cerebral palsy or other neonatal developmental abnormalities, nor does it accurately predict previous foetal oxygenation status unless the CTG is significantly abnormal when it is first connected.

Similarly, CTG cannot accurately predict current foetal oxygenation unless the readings are severely abnormal.

Therefore, there is no evidence to support routine admission CTG (correct answer).

Elements of the Apgar score include colour, heart rate, reflexes, muscle tone, and respiration. Apgar scoring is designed to assess for signs of hemodynamic compromise such as cyanosis, hypoperfusion, bradycardia, hypotonia, respiratory depression or apnoea. Each element is scored 0 (zero), 1, or 2. The score is recorded at 1 minute and 5 minutes in all infants with expanded recording at 5-minute intervals for infants who score 7 or less at 5 minutes, and in those requiring resuscitation as a method for monitoring response. Scores of 7 to 10 are considered reassuring.

Umbilical cord prolapse (UCP) occurs when the umbilical cord exits the cervical opening before the fetal presenting part. It is a rare obstetric emergency that carries a high rate of potential fetal morbidity and mortality. Resultant compression of the cord by the descending foetus during delivery leads to fetal hypoxia and bradycardia, which can result in fetal death or permanent disability.

Certain features of pregnancy increase the risk for the development of umbilical cord prolapse by preventing appropriate engagement of the presenting part with the pelvis. These include fetal malpresentation, multiple gestations, polyhydramnios, preterm rupture of membranes, intrauterine growth restriction, preterm delivery, and fetal and cord abnormalities.

The occurrence of fetal bradycardia in the setting of ruptured membranes should prompt immediate evaluation for potential cord prolapse.

In overt prolapse, the cord is palpable as a pulsating structure in the vaginal vault. In occult prolapse, the cord is not visible or palpable ahead of the fetal presenting part. The definitive management of umbilical cord prolapse is expedient delivery; this is usually by caesarean section.

Patient mentioned above is a known case of type 2 diabetes which makes her at high risk of having neural tube defects. She should be advised to start taking a high dose of (5mg) folic acid supplement daily for at least 1-month prior to conception and it should be continued upto 12 weeks of her pregnancy.

Folate, which is a water-soluble B vitamin, is usually obtained from diet or through supplementation. For those patients with a history of type 2 diabetes mellitus, who are planning for pregnancy, high doses are recommended to prevent any possible neural tube defects.

Vitamin A is not safe and should be avoided in pregnancy due to chances for toxicity.

Vitamin C and iron are not considered as essential vitamins to be taken during pregnancy.

Organisms frequently associated with obstetric sepsis include: beta haemolytic streptococci, Gram-negative rods such as Escherichia coli, Streptococcus pneumoniae and influenza A and B.

E. coli is the most common sepsis pathogen in pregnancy.

Patient mentioned in the case has developed thyrotoxicosis during pregnancy. TSH level should be tested, and if the result shows any suppressed or elevated TSH level, then it is mandatory to check for free T4 level.

Alcohol exposure during pregnancy results in impaired growth, stillbirth, and fetal alcohol spectrum disorder. Fetal alcohol deficits are lifelong issues with no current treatment or established diagnostic or therapeutic tools to prevent and/or ameliorate some of these adverse outcomes.

Alcohol readily crosses the placenta with fetal blood alcohol levels approaching maternal levels within 2 hours of maternal intake. As there is known safe level of alcohol consumption during pregnancy, and alcohol is a known teratogen that can impact fetal growth and development during all stages of pregnancy, the current recommendation from the American College of Obstetricians and Gynaecologists, Centre for Disease Control (CDC), Surgeon General, and medical societies from other countries including the Society of Obstetricians and Gynaecologists of Canada all recommend complete abstinence during pregnancy.

This patient most likely has preeclampsia, which is defined as an elevated blood pressure and proteinuria after 20 weeks gestation. The patient needs further evaluation, including a 24-hour urine for quantitative measurement of protein, blood pressure monitoring, and laboratory evaluation that includes haemoglobin, haematocrit, a platelet count, and serum levels of transaminase, creatinine, albumin, LDH, and uric acid- A peripheral smear and coagulation profiles also may be obtained- Antepartum fetal testing, such as a nonstress test to assess fetal well-being, would also be appropriate.

→ Ultrasonography should be done to assess for fetal intrauterine growth restriction, but only after an initial laboratory and fetal evaluation.
→ It is not necessary to start this patient on antihypertensive therapy at this point. An obstetric consultation should be considered for patients with preeclampsia.
→ Delivery is the definitive treatment for preeclampsia- The timing of delivery is determined by the gestational age of the foetus and the severity of preeclampsia in the mother. Vaginal delivery is preferred over caesarean delivery, if possible, in patients with preeclampsia.

No adverse reactions in breastfed infants have been reported from maternal warfarin use during lactation, even with a dose of 25 mg daily for 7 days. There is a consensus that maternal warfarin therapy during breastfeeding poses little risk to the breastfed infant.

Patients with a threatened abortion should be managed expectantly until their symptoms resolve. Patients should be monitored for progression to an inevitable, incomplete, or complete abortion. Analgesia will help relieve pain from cramping. Bed rest has not been shown to improve outcomes but commonly is recommended. Physical activity precautions and abstinence from sexual intercourse are also commonly advised. Repeat pelvic ultrasound weekly until a viable pregnancy is confirmed or excluded. A miscarriage cannot be avoided or prevented, and the patients should be educated as such. Intercourse and tampons should be avoided to decrease the chance of infection. A warning should be given to the patient to return to the emergency department if there is heavy bleeding or if the patient is experiencing light-headedness or dizziness. Heavy bleeding is defined as more than one pad per hour for six hours. The patient should also be given instructions to return if they experience increased pain or fever. All patients with vaginal bleeding who are Rh-negative should be treated with Rhogam. Because the total fetal blood volume in less than 4.2 mL at 12 weeks, the likelihood of fetal blood mixture is small in the first trimester. A smaller RhoGAM dose can be considered in the first trimester. A dose of 50 micrograms to 150 micrograms has been recommended. A full dose can also be used. Rhogam should ideally be administered before discharge. However, it can also be administered by the patient’s obstetrician within 72 hours if the vaginal bleeding has been present for several days or weeks.

This patient has developed clinical features like hypertension and proteinuria consistent with Pre-eclampsia. So the patient should be sent to an obstetrician for urgent review, it is not appropriate in such cases to postpone urgent specialist reviews as it could lead to serious complications.

Labetalol though is safe in pregnancy and is considered as an option to treat hypertension, it could be given in the emergency department.

Pulmonary embolism (PE) is a treatable disease caused by thrombus formation in the lung-vasculature, commonly from the lower extremity’s deep veins compromising the blood flow to the lungs.
Computed tomography of pulmonary arteries (CTPA) and ventilation-perfusion (V/Q) scan are the two most common and widely practiced testing modalities to diagnose pulmonary embolism.

Pulmonary ventilation (V) and Perfusion (Q) scan, also known as lung V/Q scan, is a nuclear test that uses the perfusion scan to delineate the blood flow distribution and ventilation scan to measure airflow distribution in the lungs. The primary utilization of the V/Q scan is to help diagnose lung clots called pulmonary embolism. V/Q scan provides help in clinical decision-making by evaluating scans showing ventilation and perfusion in all areas of the lungs using radioactive tracers.

Ventilation-perfusion V/Q scanning is mostly indicated for a patient population in whom CTPA is contraindicated (pregnancy, renal insufficiency CKD stage 4 or more, or severe contrast allergy) or relatively inconclusive.

It is essential to notice the important details mentioned in the case scenario. These would be the details about her menstruation, a smaller than dates uterus and an open cervix. A smaller than expected uterine size could be caused by her passing out some tissue earlier or it could be due to the foetus having been dead for some time. The finding of an open cervix would be in line with the fact that she had passed out some fetal tissue or it could signify that she is experiencing an inevitable miscarriage (while all fetal tissue is still kept within her uterus).

The likely diagnoses that should be considered for this case would be miscarriage (threatened, incomplete, complete and missed), cervical insufficiency, and ectopic pregnancy. A smaller than dates uterus and an open cervix makes threatened abortion an unlikely diagnosis. Her clinical findings could be expected in both an incomplete abortion and a complete abortion.
In ectopic pregnancy, although there would be a smaller than dates uterus, the cervical os would usually be closed. Cervical insufficiency is probable due to an open os but the uterine size would be expected to correspond to her dates, making it also less likely than a miscarriage.

Since she most likely has had a miscarriage (be it incomplete or complete), the next best step would be to do a per vaginal ultrasound scan which could show whether or not products of conception are still present within the uterine cavity. If present, it would be an incomplete miscarriage which would warrant a dilatation and curettage; if absent, it is a complete miscarriage so D&C would not be needed.

In view of her open cervix and 12 weeks of amenorrhea, there is no indication for a pregnancy test nor assessment of her beta-hCG levels. Cervical ligation would only be indicated if the underlying issue was cervical incompetence, which is not in this case.

A well contracted uterus excludes an atonic uterus. Delivery of large baby by a primigravida can cause cervical +/- vaginal tears which can lead to PPH.

The correct answer is Obstetric Cholestasis.
The characteristics (elevated bile acids, conjugated bilirubin, and alkaline phosphatase (ALP) levels) are typical with obstetric cholestasis, which affects roughly 3-4 percent of pregnant women in Australia. Obstetric cholestasis is diagnosed when otherwise unexplained pruritus occurs in pregnancy and abnormal liver function tests (LFTs) and/or raised bile acids occur in the pregnant woman and both resolve after delivery. Pruritus that involves the palms and soles of the feet is particularly suggestive.
Liver function tests and bile acid levels measurements are used to validate this diagnosis.
All of the other diagnoses are theoretically possible, but unlikely.
On liver function tests, hepatitis A and acute fatty liver of pregnancy (which is frequently associated with severe vomiting in late pregnancy) usually show substantially worse hepatocellular damage.
Pre-eclampsia is connected with hypertension and proteinuria (along with changes in renal function and, in certain cases, thrombocytopenia), while cholelithiasis is associated with obstructive jaundice and pale stools due to a stone in the CBD.

Placental abruption is commonly defined as the premature separation of the placenta, which complicates approximately 1% of births. During the second half of pregnancy abruption is considered an important cause for vaginal bleeding and is mostly associated with significant perinatal mortality and morbidity.
Clinical presentation of abruption varies from asymptomatic cases to those complicated with fetal death and severe maternal morbidity. Classical symptoms of placental abruption are vaginal bleeding and abdominal pain, but at times severe cases might occur with neither or just of one of these signs. In some cases the amount of vaginal bleeding may not correlates with the degree of abruption, this is because the severity of symptoms is always depend on the location of abruption, whether it is revealed or concealed and the degree of abruption.
Diagnosis of abruption is clinical and the condition should be suspected in every women who presents with vaginal bleeding, abdominal pain or both, with a history of trauma, and in those women who present with an unexplained preterm labor. All causes of abdominal pain and bleeding, like placenta previa, appendicitis, urinary tract infections, preterm labor, fibroid degeneration, ovarian pathology and muscular pain are considered as differential diagnosis of abruption.

In the given case patient has developed signs and symptoms of placental abruption, like severe vaginal bleeding with abdominal pain, whose management depends on its presentation, gestational age and the degree of maternal and fetal compromise. As the presentation is widely variable, it is important to individualize the management on a case-by-case basis. More aggressive management is desirable in cases of severe abruption, which is not appropriate in milder cases of abruption. In cases of severe abruption with fetal death, as seen in the given case, it is reasonable to allow the patient to have a vaginal delivery,regardless of gestational age, as long as the mother is stable and there are no other contraindications.
The uterus is contracting vigorously, and labor occurs rapidly and progresses, so amniotomy is mostly sufficient to speed up delivery. There is a significant risk for coagulopathy and hypovolemic shock so intravenous access should be established with aggressive replacement of blood and coagulation factors. Meticulous attention should be paid to the amount of blood loss; general investigations like complete blood count, coagulation studies and type and crossmatch should be done and the blood bank should be informed of the potential for coagulopathy. A Foley catheter should be placed and an hourly urine output should be monitored.
It is prudent to involve an anesthesiologist in the patient’s care, because if labor does not progress rapidly as in cases like feto-pelvic disproportion, fetal malpresentation, or a prior classical cesarean delivery, it will be necessary to conduct a cesarean delivery to avoid worsening of the coagulopathy.
Bleeding from surgical incisions in the presence of DIC may be difficult to control, and it is equally important to stabilize the patient and to correct any coagulation derangement occuring during surgery. The patient should be monitored closely after delivery, with particular attention paid to her vital signs, amount of blood loss, and urine output. In addition, the uterus should be observed closely to ensure that it remains contracted and is not increasing in size.
Immediate delivery is indicated in cases of abruption at term or near term with a live fetus. In such cases the main question is whether vaginal delivery can be achieved without fetal or maternal death or severe morbidity. In cases where there is evidence of fetal compromise, delivery is not imminent and cesarean delivery should be performed promptly, because total placental detachment could occur without warning.

Vaginal spotting, malodorous vaginal discharge and no signs of trauma like lacerations are the clinical features of vaginal foreign bodies in prepubertal girls. The most common object found as foreign body is toilet paper and its management includes warm irrigation and vaginoscopy under sedation/anesthesia.

Common cause of vulvovaginitis in prepubertal girls are vaginal foreign bodies. Although other objects like small toys, hair bands, etc can be occasionally found, the most common vaginal foreign body is toilet paper. Symptoms like malodorous vaginal discharge, intermittent vaginal bleeding or spotting and urinary symptoms like dysuria are caused due to the chronic irritation caused by the foreign body (the whitish foreign body in this case) on the vaginal tissue.

An external pelvic examination is performed with the girl in a knee-chest or frog-leg position in cases of suspected vaginal foreign body. An attempt at removal, after application of a topical anesthetic in the vaginal introitus, using vaginal irrigation with warm fluid or a swab can be done in case of an easily visualized small foreign body like toilet paper. In cases were the age of the girl or the type of foreign body prohibit adequate clinical evaluation the patient should be sedated or given a general anesthesia for examination using a vaginoscope and the foreign body should be removed.

In cases where child abuse or neglect is suspected Child Protective Services should be contacted. Vaginal or rectal foreign bodies can be the initial presentation of sexual abuse; however in otherwise asymptomatic girls with no behavioral changes, urinary symptoms and vulvar or anal trauma, presence of toilet paper is not of an immediately concerning for abuse.

To evaluate pelvic or ovarian masses CT scan of the abdomen and pelvis can be used; but it is not indicated in evaluation of a vaginal foreign body.

Patients in there prepubertal age have a narrow vaginal introitus and sensitive hymenal tissue due to low estrogen levels, so speculum examinations should not be performed in such patients as it can result in significant discomfort and trauma.

Topical estrogen can be used in the treatment of urethral prolapse, which is a cause of vaginal bleeding in prepubertal girls. This diagnosis is unlikely in this case as those with urethral prolapse will present with a beefy red protrusion at the urethra and not a material in the vagina.

Prepubertal girls with retained toilet paper as a vaginal foreign body will present with symptoms like malodorous vaginal discharge and vaginal spotting secondary to irritation. Initial management is topical anaesthetic application and removal of foreign body either by vaginal irrigation with warm fluid or removal with a swab.

This patient presents with signs and symptoms similar to clinical features of placental abruption.

Any trauma during the last trimester of pregnancy could be dangerous to both mother and fetus. By force of deceleration, motor vehicle accidents can result in placental separation. Also when subjected to strong acceleration-deceleration forces such as those during a motor vehicle crash uterus is thought to slightly change its shape. Since the placenta is not elastic and amniotic fluid is not compressible, such uterine distortion caused due to acceleration-deceleration or direct trauma will result in abruptio placentae due to shear stress at the utero-placental interface.

A painful, tender uterus which is often contracting is characteristic of placental abruption and the condition will lead to maternal hypovolemic hypotension and consequent fetal distress which is presented as fetal bradycardia and repetitive late decelerations. Vaginal bleeding, abdominal pain, contractions, uterine rigidity with tenderness, and a nonreassuring fetal heart rate (FHR) tracing are the clinical features diagnostic of abruption. However, a significant abruption can occasionally be asymptomatic or associated with minimal maternal symptoms in the absence of vaginal bleeding. Therefore the amount of vaginal bleeding is not always an appropriate indicator to the severity of placental abruption, this is because, in cases bleeding could be very severe or it may be concealed in the form of a hematoma in between the uterine wall and the placenta.

Sharp or blunt abdominal trauma can lead to uterine rupture or penetrating injury, since there is no reported abdominal trauma to the patient, uterine rupture is less likely to happen in this case. Severe abdominal pain with tenderness, cessation of contractions and loss of uterine tone are the most common symptoms characteristic of Uterine rupture. It will also be associated with mild to moderate vaginal bleeding along with fetal bradycardia or loss of heart sound. In this case uterus will be less tense and tender in comparison to placental abruption

Symptoms like low blood pressure, tachycardia and fetal bradycardia can be justified by ruptured spleen and liver laceration, but not the tense, tender and contracting uterus.

The diagnosis of placenta previa cannot be considered with the given clinical picture as it presents with sudden, painless bleeding of bright red blood and there will not be any uterine tenderness.

Normal labour is characterized by spontaneous onset, rhythmical uterine contractions along with vertex presentation. Cervical dilatation starts from the 1st stage of labour and intensity of the uterine contractions increases with passing time. Bleeding occurs after the child is expelled and the average loss is about 250-500 ml in a normal vaginal delivery.

The period from attaining a complete cervical dilation of 10 cm to fetal delivery is considered as the second stage of labor. In the given case patient have achieved an excellent fetal descent to +3 due to her average-sized infant of 3.4 kg, suitable pelvis (no fetal molding or caput, suggesting no resistance against the bony maternal pelvis), and a favorable fetal position of left occiput anterior. 
But with no further fetal descent the patient fulfills the following criterias suggestive of second-stage arrest like:
≥3 hours of pushing in a primigravida without an epidural or ≥4 hours pushing with an epidural, as in this patient
OR
≥2 hours of pushing in a multigravida without an epidural or ≥3 hours pushing with an epidural.

As continued pushing without any effect will lead to complications like postpartum hemorrhage, limiting the chances of spontaneous vaginal delivery, it is better to manage this case by operative vaginal delivery procedures like vacuum-assisted delivery, to expedite delivery. maternal exhaustion, fetal distress, and maternal conditions like hypertrophic cardiomyopathy, in which the Valsalva maneuver is not recommended are the other indications for performing an operative vaginal delivery.

Fundal pressure is the technique were external pressure is applied to the most cephalad portion of the uterus, were the applied force is directed toward the maternal pelvis. The maneuver was not found to be useful in improving the rate of spontaneous vaginal deliveries.

Epidurals will not arrest or affect spontaneous vaginal delivery rates, instead they just lengthen the second stage of labor. Also an appropriate analgesia is a prerequisite to use in operative vaginal delivery.

Manual rotation of an infant to a breech presentation for breech vaginal delivery is called as internal podalic version. It is contraindicated in singleton deliveries due to the high risk associated with breech vaginal delivery in regards to neonatal mortality and morbidity.

The ideal fetal head position in vaginal delivery is occiput anterior (OA) as the flexed head in this provides a smaller diameter and facilitates the cardinal movements of labor. The occiput posterior (OP) position, in contrast to OA, presents with a larger-diameter head due to the deflexed position. So the chance for spontaneous vaginal delivery will be decreased if fetal head is rotated to OP position.

A lack of fetal descent after ≥4 hours of pushing in a primigravida with an epidural (≥3 hours without) or ≥3 hours in a multigravida with an epidural (≥2 hours without) is defined as second stage arrest of labor.  The condition is effectively managed with operative vaginal delivery procedures like vacuum-assisted delivery. Other common indications for operative vaginal delivery are maternal exhaustion, fetal distress, and maternal conditions where the Valsalva maneuver is not recommended.

Decreased pregnancy-associated plasma protein (PAPP-A) in the first trimester of pregnancy is an indication to carry out further diagnostic testing for Down syndrome.

Antenatal tests available for screening Down syndrome are divided into two types:
– Screening tests includes maternal serum screening and ultrasound which are safe to conduct with relatively low predictive values.
– Diagnostic tests like chorionic villous sampling and amniocentesis are confirmative but carries higher risk of miscarriage as 1 in 100 and 1 in 200 respectively.

a) Serum screening tests for Down syndrome during first-trimester includes:
1. Pregnancy-associated plasma protein (PAPP-A) will be decreased in case of Down syndrome.
2. Free ß-human chorionic gonadotropin (HCG) will be increased in cases of Down syndrome.
If these screening tests are combined with first-trimester ultrasound nuchal translucency, it is found to be more accurate than doing only one of these tests.

b) Second-trimester serum screening tests for identifying Down syndrome:
1.Alpha-fetoprotein will be decreased.
2.Unconjugated oestriol will be decreased.
3.Free ß-HCG will be increased
4.Inhibin A will be increased.
These tests combined with maternal age and ultrasound results will provide more accurate predictive values.

Analysis of presentation shows the patient has developed hyperemesis gravidarum.
She is in early shock, presented as sinus tachycardia and hypotension, with ketonuria and requires immediate fluid resuscitation and anti-emetics. The first line fluid of choice is administration of normal saline 0.9%, and should avoid giving dextrose containing fluids as they can precipitate encephalopathy and worsens hyponatremia.

The most appropriate management of a pregnant patient in this situation is administration of metoclopramide as the first line and Ondansetron as second line antiemetic, which are Australian category A and B1 drugs respectively. The following also should be considered and monitored for:
1. More refractory vomiting.
2. Failure to improve.
3. Recurrent hospital admissions.

Steroids like prednisolone are third line medications which are used in resistant cases of hyperemesis gravidarum after proper consultation.

The Australasian Diabetes in Pregnancy Society recommends a 50 or 75 g glucose challenge at 26–28 weeks in all pregnant women. An OGTT should be performed if the test result is abnormal: 1 hour values after a 50 or 75 g glucose challenge exceeding 7.8 or 8.0 mmol/L respectively.

If a woman has had gestational diabetes, a repeat OGTT is recommended at 6–8 weeks and 12 weeks after delivery. If the results are normal, repeat testing is recommended between 1 and 3 years depending on the clinical circumstances.

There is an association between 20 to 30% increase in the risk for developing pyelonephritis during later pregnancy and untreated cases of bacteriuria in pregnancy. This is due to the physiological changes occurring to urinary tract during pregnancy, it is also found that untreated bacteriuria can be associated with even preterm birth and low birth weight. Risk of symptomatic urinary tract infection (UTI) during pregnancy can be reduced by antibiotic treatment of asymptomatic bacteriuria

The most common pathogen associated with asymptomatic bacteriuria is Escherichia coli, which accounts to more than 80% of isolates and the second most frequently cultured uropathogen is Staphylococcus saprophyticus. Other Gram-positive cocci, like group B streptococci, are less common. Gram-negative bacteria such as Klebsiella, Proteus or other Enterobacteriaceae are the other organisms involved in asymptomatic bacteriuria.

Although the context patient is asymptomatic, her urine dipstick shows positive nitrite and leukocyte, suggestive of urinary tract infection, so oral antibiotics like cephalexin or nitrofurantoin are advisable. Normally a five day course of oral antibiotic will be sufficient for the treatment of uncomplicated UTI or asymptomatic bacteraemia in pregnant women. As the patient is currently at her 38 weeks of gestation nitrofurantoin is contraindicated so it is best to prescribe her with Oral Cephalexin. This is because nitrofurantoin is associated with an increased risk of neonatal jaundice and haemolytic anaemia, so should not be used close to delivery, that is after 37 weeks of gestation or sooner if early delivery is planned.

Acute pyelonephritis should be treated with Intravenous antibiotic treatment, guided by urine culture and sensitivity reports as soon a available. A course of minimum of 10-14 days with IV + oral antibiotics is recommended as treatment for pyelonephritis, along with an increased fluid intake as intravenous fluids in clinically dehydrated patients. Even though urinary alkalisers are safe in pregnancy, prescription of urinary alkalisers alone is not recommended due to its low effectiveness compared to antibiotics, also as it can result in a loss of treatment efficacy urinary alkalisers should never be used in combination with nitrofurantoin.

At any stage of pregnancy, if Streptococcus agalactiae, a group B streptococcus [GBS], is detected in urine the intrapartum prophylaxis for GBS is usually indicated.

Bradycardia of <100 bpm for more than 5 minutes or <80 for more than 3 minutes is always considered abnormal. The given case describes fetal bradycardia detected on fetal heart auscultation and the most common causes for severe bradycardia are prolonged cord compression, cord prolapse, epidural and spinal anesthesia, maternal seizures and rapid fetal descent. Immediate management including identification of any reversible causes for the abnormality and initiation of appropriate actions like maternal repositioning, correction of maternal  hypotension, rehydration with  intravenous fluid,  cessation of oxytocin, tocolysis for excessive uterine activity, and initiation or maintenance of continuous CTG should be considered in clinical situations where abnormal fetal heart rate patterns are noticed. Consideration of further fetal evaluation and delivery if a significant abnormality persists are very important. The next step in this scenario where the baby is in 1+ station, with an abnormal fetal heart rate detected on auscultation would be to perform a confirmatory cardiotocography (CTG) and if the CTG findings confirm the condition despite initial measures obtained, prompt action should be taken. Cord compression or prolapse should come on the top of the differential diagnoses list as the the mother shows normal general conditions, but since the cervix is 8 cm dilated, 100% effaced and the fetal head is already engaged, cord prolapse would be unlikely; therefore, repeating vaginal exam is not as important as confirmatory CTG. However a vaginal exam should be done, if the scenario indicates any possibility of cord prolapse, to exclude cord compression or prolapse. NOTE– In cases of severe prolonged bradycardia, immediate delivery is recommended, if the cause cannot be identified and corrected.

Between 18-20 weeks of gestation is the best time to perform an ultrasound for the identification of any physical or anatomical abnormalities including neural tube defects.

Maternal serum screening for Down syndrome is best performed between 15-17 weeks of pregnancy and this screening includes analysis of alpha fetoprotein, estriol, and beta-HCG in maternal blood. Conducting tests on accurate dates is necessary to obtain reliable results.

Amniocentesis which is very accurate for the diagnosis of chromosomal anomalies including Down syndrome, is best performed between 16-18 weeks of gestation and it carries a risk of 1 in 200 for miscarriage. Rh negative women will need Rh D immunoglobulin (anti-D).

Chorionic villus sampling is best performed between 10-12 weeks of gestation and carries a 1 in 100 risk of miscarriage, this test is also very much accurate for diagnosis of chromosomal anomalies. Rh negative women need Rh D immunoglobulin (anti-D).

It is best to perform rubella screen before conception than during pregnancy, this is because rubella vaccine is not recommended to be given to a pregnant mother as its a live vaccine.

These are the six routine blood tests that every mum-to-be has to undergo around week 7 of pregnancy: Full Blood Count, Blood Typing, Hepatitis B Screening, Syphilis Screening, HIV Screening and Oral Glucose Tolerance Test (OGTT)

Immediate treatment for infants with suspected meconium aspiration syndrome is to clear/suction the airway. Intubation and tracheal toileting have remained a matter of debate till the most recent times. All neonates at risk of MAS who show respiratory distress should be admitted to a neonatal intensive care unit and monitored closely. The treatment is mainly supportive and aims to correct hypoxemia and acidosis with the maintenance of optimal temperature and blood pressure.

Urologic injury is the most common injury at the time of either obstetric or gynaecologic surgery, with the bladder being the most frequent organ damaged. Risk factors for bladder injury during caesarean section include previous caesarean delivery, adhesions, emergency caesarean delivery, and caesarean section performed during the second stage of labour.

Shoulder dystocia is a complication associated with fetal macrosomia and may result in neurological dysfunction. Fetal macrosomia is generally defined as birth weight – 4,000 g. It occurs in about 10% of pregnancies and one of the most important predictors of fetal macrosomia is previous macrosomic infant(s). The recurrence rate of fetal macrosomia is above 30%. Other risk factors are maternal diabetes, multiparity, prolonged gestation, maternal obesity, excessive weight gain, male foetus, and parental stature- Not all cases of fetal macrosomia lead to shoulder dystocia and the occurrence of this complication is only 0.5%-1% of all pregnancies.

To make clinical decision regarding management of the patient, it is important to understand that there are other factors that lead to shoulder dystocia, such as the mother’s anatomy. While statistics suggest that there’s a tendency to choose elective Caesarean delivery for suspected macrosomia, it is believed that most of procedures are unnecessary, as evidence has shown the number of complications are not reduce- Also while it is logical to consider induction of labour at the 37th week of pregnancy, it is associated with increased Caesarean deliveries because of failed inductions. The recommended course of action is watchful waiting till the patient goes in labour.

→ Induce labour at the 37th week of gestation is not the best course of action, as it is associated with high failure rate, which often leads to Caesarean delivery.
→ Schedule elective Caesarean delivery is considered unnecessary in patients who do not have diabetes. Statistics have shown no evidence that Caesarean delivery reduces the rate of complications.
→ Serial ultrasound for fetal weight estimation is incorrect. The strategies used to predict fetal macrosomia are risk factors, Leopold’s manoeuvres, and ultrasonography. Even when they are combined, they are considered inaccurate; much less ultrasonography alone.
→ At this point, blood glucose control in pregnancies associated with diabetes seems to have desired results in preventing macrosomia- A weight loss program is usually not recommended- Instead, expectant management should be considered.

From the options given, option A is correct as primary pulmonary hypertension is considered a contraindication to pregnancy.
The patient should be educated about the possible risks and increased maternal mortality in such cases. This restriction is due to the fact that symptoms of Pulmonary hypertension gets worse during pregnancy which results in high maternal mortality.
Termination of pregnancy may be advisable in these circumstances mostly to preserve the life of the mother.
Sudden death secondary to hypotension is also a commonly dreaded complication among patients with pulmonary hypertension during pregnancy.

Lower abdominal pain can be caused by any of the conditions listed in the answers.
A urinary tract infection is the most likely cause.
Unless it was an abdominal ectopic or an interstitial pregnancy, an ectopic pregnancy.
will almost definitely have shown up before the 15th week of pregnancy.
A retroverted gravid uterus may impinge at 15 weeks of pregnancy, however, this is unlikely to be linked to a temperature of 37.8°C.
It’s also possible that it’s the source of acute urine retention.
Complications of the corpus luteum cyst normally manifest themselves considerably earlier in pregnancy, and severe appendicitis is far less likely to be the source of discomfort than a urinary tract infection.

Mitral stenosis is the most common cardiac condition affecting women during pregnancy and is poorly tolerated due to the increased intravascular volume, cardiac output and resting heart rate that predictably occur during pregnancy.

Young women may have asymptomatic mitral valve disease which becomes unmasked during the haemodynamic stress of pregnancy. Rheumatic mitral stenosis is the most common cardiac disease found in women during pregnancy. The typical increased volume and heart rate of pregnancy are not well tolerated in patients with more than mild stenosis. Maternal complications of atrial fibrillation and congestive heart failure can occur, and are increased in patients with poor functional class and severe pulmonary artery hypertension.

Breakthrough bleeding, breast tenderness, nausea, bloating, amenorrhea, hypertension, venous thromboembolic disease, increased risk of cervical cancer with decreased risk of ovarian & endometrial cancer, liver disorders like hepatic adenoma and increase in triglycerides due to estrogen component are the common side effects & risks of using combination oral contraceptives.

Patient in the given case mentioned symptoms of primary dysmenorrhea, which is recurrent lower abdominal pain associated with menstruation. Combination estrogen-progestin oral contraceptive pills (OCPs) are considered as the first-line treatment for dysmenorrhea in sexually active patients as OCPs help to reduce pain by thinning the endometrial lining, reducing prostaglandin release and by decreasing uterine contractions.
Nausea, bloating and breast tenderness, are considered as the early side effects of OCPs and will usually improve with continued use. The most common side effect is breakthrough bleeding which is usually associated with lower estrogen doses and other adverse effects caused by the pills include hypertension, increased risk of cervical cancer and venous thromboembolism. Although common perception considers weight gain as a side effect, several studies have shown that no significant weight gain is associated with OCPs, particularly with low-dose formulations.  Considering this, the patient should be reassured that her weight gain is not associated with regular use of OCPs.

In patients who are not sexually active, nonsteroidal anti-inflammatory drugs are considered as the first-line treatment for primary dysmenorrhea. As stopping contraception will increase this Patient’s risk of unintended pregnancy this is not advisable to her.

Switching the patient to a copper intrauterine device (IUD) will decrease systemic side effects, but as its inflammatory reaction in the uterus may increase pain symptoms, copper IUD is not recommended for patients with dysmenorrhea.

As Medroxyprogesterone will increase body fat and decrease lean muscle mass resulting in weight gain is not a good option for this patient. Also medroxyprogesterone due to its risk of significant loss of bone mineral density, is not recommended for adolescents or young women. So it can be used in this age group only if other options are unacceptable.

Presence of estrogen component is the main reason behind the side effects of combination OCPs. Progesterone-only pills have relatively fewer side effects but as they do not inhibit ovulation, they are less effective for treating dysmenorrhea and for contraception.

Combination oral contraceptive pills are the first-line therapy for primary dysmenorrhea in sexually active patients.  Its side effects include breakthrough bleeding, hypertension, and increased risk of venous thromboembolism. Researches proves that weight gain is usually not an adverse effect of OCPs.

Atenolol is considered teratogenic and has two main risks: fetal bradycardia and neonatal apnoea. ACE inhibitors and angiotensin II receptor blockers are also known to be teratogenic (even though large-scale studies are difficult to conduct during pregnancies).

Non-severe Hypertension and asymptomatic at ≥ 20w
(BP ≥ 140/90 and < 160/110mmHg)
• Urine dipstick analysis
• Quantify 24hr urine protein excretion/U-PCR
• Start Methyldopa 500mg 8hrly
• Do Hb, Platelet count, s-Cr, AST/ALT, Urine specimen for MC&S
• If gestational hypertension is diagnosed and BP is well controlled, continue antihypertensive therapy and plan delivery at 38 weeks if all remains well in the interim

Hypertension with symptoms or severe features
• Admit in High care unit and nurse in left lateral
• Insert urinary catheter and IV line
• Administer IV Ringers lactate (total volume of IV fluid administered should not exceed
80mls/hr)
• Start Magnesium Sulphate
• Control BP
• Perform an ultrasound (if indicated) or assess clinically to determine fetal viability,
EFW (Estimated Fetal Weight) and liquor volume and, if possible
• If GA ≥ 34/40 or EFW ≥ 2200g expedite delivery
• If GA ≥ 26/40 and < 34/40, administer course of steroids to enhance fetal lung maturity
• If patient is stabilised, offer expectant management if < 34 weeks and eligible

Acute severe hypertension (DBP ≥ 110mmHg and or SBP ≥ 160mmHg)
• Administer Nifedipine (Adalat®) 10mg per os immediately
• Start maintenance therapy with Nifedipine (Adalat XL®) 30-60mg BD orally (maximum
120mg/day)
• Aim for DBP ≤ 110 and SBP ≤ 160mmHg
• If BP is still high after 30 minutes, repeat Nifedipine (Adalat®) 10mg orally every 30
minutes, for a maximum of three dosages or until BP < 160/110mmHg (contraindication:
tachycardia > 120 bpm, unable to swallow, cardiac lesion).
• If after 30 minutes BP is still high then give Labetalol 20, 40, 80, 80 and
80mg (max 300mg) as bolus doses at 10 minute intervals, checking BP every 10
minutes until BP < 160/110mmHg. Contra-indications: patients with asthma and
ischaemic heart disease. If BP monitoring is not achievable at 10 minute intervals then
patient should be transferred to ICU for a Labetalol infusion.

There is evidence that folic acid, iodine and vitamin D are important for reproductive outcomes. Folic acid and iodine supplementation is recommended for women planning to conceive and in pregnancy.

The recommended dose of folic acid for women without special considerations planning to conceive is 400-500 mcg. The recommended dose of folic acid for women with special considerations is 2-5 mg per day.

Women planning a pregnancy, including those with thyroid disease, should take iodine supplements in the dose of 150 mcg per day prior to and during pregnancy.

This woman has developed non-specific symptoms of cervical insufficiency, is a painless dilation of cervix resulting in the delivery of a live fetus during the 2nd trimester or premature delivery.

The following has been identified as the risk factors associated with increased incidence of cervical insufficiency:
– Congenital disorders of collagen synthesis like Ehlers-Danlos syndrome.
– Prior cone biopsies.
– Prior deep cervical lacerations, which is secondary to vaginal or cesarean delivery.
-Müllerian duct defects like bicornuate or septate uterus.
– More than three prior fetal losses during the 2nd trimester

From the given options, alcohol abuse is the only one not associated with increased incidence of cervical insufficiency.

Maternal hypothyroidism which is usually treated with thyroxine is not a contraindication for suppression of labour.
Suppression of labour known as tocolysis is contraindicated in situations like suspected foetal compromise, which is diagnosed by cardiotocograph warranting delivery, in cases of placental abruption, in chorioamnionitis, in severe pre-eclampsia, cases were gestational age is more than 34 weeks, in cases of foetal death in utero and in cases where palliative care is planned due to foetal malformations.

This patient has developed deep vein thrombosis during pregnancy and required anti-coagulation as part of treatment for up to 3-6 months. Enoxaparin, which is a low molecular weight heparin, is preferred over heparin due to the once or twice a day therapeutic dosing. Also monitoring of aPTT is not required in this case.

There is an association between Enoxaparin and an increased risk for epidural hematoma in women receiving epidural anaesthesia during labour. Considering that the patient mentioned is expected to go for delivery in 4 weeks and the possibility of her needing an epidural anaesthesia or general anaesthesia in case of undergoing a cesarean section, enoxaparin should be switched to unfractionated heparin, four weeks prior to the anticipated delivery. This is because of the fact that heparin can be antidoted with protamine sulphate.

Ultrasound has emerged as the more accurate method of assessing fetal gestational age, especially in the first trimester. Both transvaginal and transabdominal probe assessments are used to obtain a more accurate measurement of gestational age. Transvaginal is more helpful in first trimester pregnancies.

A transvaginal ultrasound exam should not be performed in a pregnant patient with vaginal bleeding and known placenta previa, a pregnant patient with premature rupture of membranes, and a patient who refuses exam despite informed discussion.

Sonographic assessment within the first 13 weeks and 6 days will provide the most accurate estimate of gestational age. Both transvaginal and transabdominal approaches may be used. However, the transvaginal approach may provide a more clear and accurate view of early embryonic structures. Although the gestational sac and yolk sac are the first measurable markers visible on ultrasound, these poorly correlate with gestational age.

If a mother has been abusing drugs during antenatal period, there are some contraindications to discharge her baby home. These conditions includes:
– excessive weight loss, which is greater than ten percent of birth weigh
– suspected baby neglect or abuse
– suspected domestic violence
– a court order preventing baby from being discharged home or if there is requirement for further assessment of withdrawal symptoms.

A 2-3 percentages weight loss during the early neonatal period is considered to be a normal finding and is therefore not considered as a contraindication to discharge the baby home.

This patient presenting with oligohydramnios in her third trimester and had reported an episode of sudden gush of fluid secondary to ruptured membrane which she had mistaken to be “urinary incontinence”.  Hence, the most likely cause of oligohydramnios in this patient will be premature preterm rupture of membrane (PPROM).

An amniotic fluid volume which is less than expected for gestational age is called as Oligohydramnios and is typically diagnosed by ultrasound examination. This condition can be qualitatively described as reduced amniotic fluid volume and quantitatively as amniotic fluid index ≤5 cm or a single deepest pocket <2 cm. Oligohydramnios either can be idiopathic or may have a maternal, fetal or placental cause. Fetal prognosis in this case depends on several factors like the underlying cause, the severity of loss ie. reduced versus no amniotic fluid state and the gestational age at which oligohydramnios occurred. As an adequate volume of amniotic fluid is critical for the normal fetal movements, for fetal lung development and for cushioning the fetus and umbilical cord from uterine compression, so pregnancies complicated with oligohydramnios are at higher risk for fetal deformation, pulmonary hypoplasia and umbilical cord compression.
Oligohydramnios is also associated with an increased risk for fetal or neonatal death, which can either be related to the underlying cause of reduction in amniotic fluid volume or due to the sequelae caused due to reduced amniotic fluid volume. The amniotic fluid volume reflects the balance between fluid production and movement of fluid out of the amniotic sac and the most common mechanisms behind oligohydramnios are fetal oliguria/anuria or fluid loss due to rupture of membranes; also reduction in the amount of lung fluid or increased swallowing do not play major roles in this. Idiopathic cases as in idiopathic oligohydramnios, may be due to alterations in the expression of water pores like aquaporin 1 and aquaporin 3, present in fetal membranes and placenta.

Causes of oligohydramnios
a) Maternal causes includes:
– Medical or obstetric conditions associated with uteroplacental insufficiency like preeclampsia, chronic hypertension, collagen vascular disease, nephropathy, thrombophilia.
– Intake of medications like angiotensin converting enzyme inhibitors, prostaglandin synthetase inhibitors, trastuzumab.
b) Placental causes are:
– Abruption of placenta
– Twin polyhydramnios-oligohydramnios sequence which is the Twin to twin transfusion
– Placental thrombosis or infarction
c) Fetal cases leading to oligohydramnios are:
– Chromosomal abnormalities
– Congenital abnormalities which are associated with impaired urine production
– Growth restriction
– Demise
– Post-term pregnancy
– Ruptured fetal membranes
– Infections
– Idiopathic causes

During First trimester: Etiology of oligohydramnios during the first trimester is often unclear. As the gestational sac fluid is primarily derived from the fetal surface of the placenta via transamniotic flow from the maternal compartment and secretions from the surface of the body of the embryo reduced amniotic fluid prior to 10 weeks of gestation is rare.

During Second trimester: Fetal urine begins to enter the amniotic sac and fetus begins to swallow amniotic fluid by the beginning of second trimester, therefore, during this period any disorders related to the renal/urinary system of the fetus begins to play a prominent role in the etiology of oligohydramnios. Some of such anomalies include intrinsic renal disorders like cystic renal disease and obstructive lesions of the lower urinary tract like posterior urethral valves or urethral atresia. Other common causes of oligohydramnios in the second trimester are maternal and placental factors and traumatic or nontraumatic rupture of the fetal membranes.

During Third trimester: Oligohydramnios which is first diagnosed in the third trimester is often associated with PPROM or with conditions such as preeclampsia or other maternal vascular diseases leading to uteroplacental insufficiency. Oligohydramnios frequently accompanies fetal growth restriction as a result of uteroplacental insufficiency.

Twin pregnancy is associated with a number of obstetric complications, some of them with serious perinatal consequences, especially for the second twin. The rate of perinatal mortality can be up to six times higher in twin compared to singleton pregnancies, largely due to higher rates of preterm delivery and fetal growth restriction seen in twin pregnancies. Preterm birth and birth weight are also significant determinants of morbidity and mortality into infancy and childhood. More than 50% of twins and almost all triplets are born before 37 weeks of gestation and about 15–20% of admissions to neonatal units are associated with preterm twins and triplets.

Incoordinate uterine action almost always results in fetal distress due to increased resting intrauterine pressure. All other statements can also cause fetal distress, however, these are not as common as incoordinate uterine action. Syntocin infusion for labour augmentation and administration of epidural anaesthetic for pain relief can also increase the risk of fetal distress.
Cardiotocograph (CTG) monitoring during labour is highly recommended in patients where the fetal head is found in the OP position. Moreover, it is mandatory when there is Syntocin infusion or epidural anaesthesia.

Unstable lie means that the foetus is still changing its position even at 36 weeks of gestation. A number of factors are responsible for this positioning such as multi gravida, placenta previa, prematurity and fibroids present in the fundus. Cervical fibroids have little association with unstable lie of the foetus.

Bacterial vaginosis (BV) affects women of reproductive age and can either be symptomatic or asymptomatic. Bacterial vaginosis is a condition caused by an overgrowth of normal vaginal flora. Most commonly, this presents clinically with increased vaginal discharge that has a fish-like odour. The discharge itself is typically thin and either grey or white.

Although bacterial vaginosis is not considered a sexually transmitted infection, women have an increased risk of acquiring other sexually transmitted infections (STI), and pregnant women have an increased risk of early delivery.

Though effective treatment options do exist, metronidazole or clindamycin, these methods have proven not to be effective long term.

BV recurrence rates are high, approximately 80% three months after effective treatment.

As the time of onset of fever is the 4th day of postpartum and absence of uterine tenderness on exam makes infection of vaginal laceration the most likely cause of this presentation.

Exquisite uterine tenderness will be experienced in case of endometritis and symptoms are expected to start much earlier like by 2-3 days of postpartum.

UTI is often expected on days one or two of postpartum, also there are no urinary symptoms suggestive of UTI

Breast engorgement usually develops by 7th -2st day of postpartum and in the given case it’s too soon for it to occur.

As it is expected during the first 2 hours postpartum, Atelectasis is unlikely to be the cause of symptoms in the given case.

The case is most likely diagnosed a threatened miscarriage.
A diagnosis of threatened miscarriage is made when there is uterine bleeding in the presence of a closed cervix and is confirmed by the sonographic visualisation of an intrauterine pregnancy with detectable fetal cardiac activity. Miscarriages may not always follow even though there was multiple episodes or large amounts of bleeding, therefore the term “threatened” is used in these cases.
At 7 to 11 weeks of gestation, about 90 to 96 percent cases of pregnancies, will not usually miscarry if they have presented with an intact fetal cardiac activity along with vaginal bleeding and if bleeding occurs at the later weeks of gestational age chances of success rate is higher.

Topic review:
– Inevitable miscarriages presents with a dilated cervix, increasing uterine bleeding and painful uterine contractions. The gestational tissues can often be felt or seen through the cervical os and its passage occurs within a short time.
– In Incomplete miscarriage, the membranes will rupture passing the fetus out, but significant amounts of placental tissue will be retained. This occurs most commonly in late first trimester or early second trimester. On examination, the cervical os will be opened and the gestational tissue can be observed in the cervix, with a uterine size smaller than expected for gestational age, but not well contracted. The amount of bleeding varies but can be severe enough to cause hypovolemic shock. There will be painful cramps
ontractions and ultrasound reveals tissue in the uterus.
– A missed miscarriage refers to the in-utero death of the embryo or fetus prior to 20th week of gestation, with retention of the pregnancy for a prolonged period of time. In this case, women may notice that symptoms associated with early pregnancy like nausea, breast tenderness, etc have abated and they don’t “feel pregnant” anymore.
Vaginal bleeding may occur but the cervix usually remains closed. Ultrasound reveals an intrauterine gestational sac with or without an embryonic/fetal pole, but no embryonic/fetal cardiac activity will be noticed.
– Complete miscarriage, usually occurs before 12 weeks of gestation and the entire contents of the uterus will be expelled resulting in a complete miscarriage. In this case, physical examination reveals a small, well contracted uterus with an open or closed cervix with scanty vaginal bleeding and mild cramping. Ultrasound will reveal an empty uterus with no extra-uterine gestation.

Cord entanglement, a condition unique to MoMo pregnancies, occurs in 42 to 80% of the cases and it has been traditionally related to high perinatal mortality. Umbilical cord entanglement is present in all monoamniotic twins when it is systematically evaluated by ultrasound and colour Doppler. Perinatal mortality in monoamniotic twins is mainly a consequence of conjoined twins, twin reversed arterial perfusion (TRAP), discordant anomaly and spontaneous miscarriage before 20 weeks’ gestation. Expectantly managed monoamniotic twins after 20 weeks have a very good prognosis despite the finding of cord entanglement. The practice of elective very preterm delivery or other interventions to prevent cord accidents in monoamniotic twins should be re-evaluated.

Antiphospholipid syndrome is the most important treatable cause of recurrent miscarriage. The mechanisms by which antiphospholipid antibodies cause pregnancy morbidity include inhibition of trophoblastic function and differentiation, activation of complement pathways at the maternal–fetal interface, resulting in a local inflammatory response and, in later pregnancy, thrombosis of the uteroplacental vasculature. This patient should be offered referral to a specialist clinic as she has had recurrent miscarriages. Low dose aspirin is one of the treatment options to prevent further miscarriage for patients with antiphospholipid syndrome.

Most common risk factors for spontaneous abortion are considered to be:
– Age above 35 years.
– Smoking.
– High intake of caffeine.
– Uterine abnormalities like leiomyoma, adhesions.
– Viral infections.
– Thrombophilia.
– Chromosomal abnormalities.
Conditions like subclinical thyroid disorder, subclinical diabetes mellitus and retroverted uterus are not found to cause spontaneous abortions.
The term retroverted uterus is used to denote a uterus that is tilted backwards instead of forwards.

Threatened abortion:
– Vaginal bleeding with closed cervical os during the first 20 weeks of pregnancy
– Occurs in 25% of 1st-trimester pregnancies
– 50% survival
More than half of threatened abortions will abort. The risk of spontaneous abortion, in a patient with a threatened abortion, is less if fetal cardiac activity is present.

The drug of choice for eclampsia and pre-eclampsia is magnesium sulphate. It is given as a loading dose of 4g i/v over 5 minutes, followed by an infusion for the next 24 hours at the rate of 1g/hr. If the seizures are not controlled, an additional dose of MgSO4 2-4gm i/v can be given over five minutes. Patients with eclampsia or pre-eclampsia can develop any of the following symptoms: persistent headache, visual abnormalities like photophobia, blurring of vison or temporary blindness, epigastric pain, dyspnoea and altered mental status.

The effects of smoking on the outcomes of pregnancy are well documented and include an increased risk of preterm premature rupture of the membranes (PPROM), preterm birth, low birth weight, placenta previa, and placental abruption. Many studies have shown that the risk of Sudden Infant Death Syndrome (SIDS) is increased by maternal smoking during pregnancy.

Penicillin is the treatment of choice for treating syphilis. For treatment of syphilis during pregnancy, no proven alternatives to penicillin exist. Treatment guidelines recommend desensitization in penicillin-allergic pregnant women, followed by treatment with penicillin. Syphilis in pregnancy is associated with mental retardation, stillbirth and sudden infant death syndrome; therefore it should be treated promptly.

– Data are insufficient to recommend ceftriaxone for treatment of maternal infection and prevention of congenital syphilis.
– Erythromycin and azithromycin should not be used, because neither reliably cures maternal infection or treats an infected foetus.
– Tetracycline and doxycycline are contraindicated in pregnancy and ceftriaxone is much less effective than penicillin.

Fetal heart rate tracings (FHR) under category I include all of the following:
– baseline rate 110– 160 bpm
– baseline FHR variability moderate
– accelerations present or absent
– late or variable decelerations absent
– early decelerations present or absent

The onset of fetal bleeding is marked by a tachycardia followed by a bradycardia with intermittent accelerations or decelerations. Small amounts of vaginal bleeding associated with FHR abnormalities should raise the suspicion of fetal haemorrhage. This condition demands prompt delivery and immediate reexpansion of the neonatal blood volume.

Pyelonephritis is the most common serious medical problem that complicates pregnancy. Infection is more common after midpregnancy, and is usually caused by bacteria ascending from the lower tract. Escheria coli is the offending bacteria in approximately 75% of cases. About 15% of women with acute pyelonephritis are bacteraemia- A common finding is thermoregulatory instability, with very high spiking fevers sometimes followed by hypothermia- Almost 95% of women will be afebrile by 72 hours. However, it is common to see continued fever spikes up until that time- Thus, further evaluation is not indicated unless clinical improvement at 48-71 hours is lacking. If this is the case, the patient should be evaluated for urinary tract obstruction, urinary calculi and an intrarenal or perinephric abscess. Ultrasonography, plain radiography, and modified intravenous pyelography are all acceptable methods, depending on the clinical setting.

All of the conditions that comprise fetal alcohol spectrum disorders stem from one common cause, which is prenatal exposure to alcohol. Alcohol is extremely teratogenic to a foetus. Its effects are wide-ranging and irreversible. Although higher amounts of prenatal alcohol exposure have been linked to increased incidence and severity of fetal alcohol spectrum disorders, there are no studies that demonstrate a safe amount of alcohol that can be consumed during pregnancy. There is also no safe time during pregnancy in which alcohol can be consumed without risk to the foetus. Alcohol is teratogenic during all three trimesters. In summary, any amount of alcohol consumed at any point during pregnancy has the potential cause of irreversible damage that can lead to a fetal alcohol spectrum disorder.

In general, diagnoses within fetal alcohol spectrum disorders have one or more of the following features: abnormal facies, central nervous system abnormalities, and growth retardation.

HELLP syndrome stands for haemolysis, elevated liver enzyme levels, and low platelet levels and is a very severe condition that can happen during pregnancy. Management of this condition requires immediate delivery of the baby.

For this pregnant patient who recently travelled overseas most likely has a deep venous thrombosis (DVT). It would also be expected that the patient would have oedema in the symptomatic leg and account for the swelling described.

Though they could cause unilateral leg pain, neither symphyseal separation nor sciatica due to a prolapsed intervertebral disc usually occur as early as 18 weeks of gestation. This patient’s symptoms also do not suggest either diagnosis.

Pain due to trauma would usually be maximal at the site where the trauma took place, which would be in the knee for this patient. Traumatic pain and house cleaning also would not cause the pain described or result in ankle swelling.

Uterine atony is the most common cause for postpartum haemorrhage and the conditions like multiple pregnancy, polyhydramnions, macrosomia, prolonged labour and multiparity are the most common risk factor for uterine atony.

Whereas less common causes for postpartum haemorrhage are laceration of genital tract, uterine rupture, uterine inversion and coagulopathy.

Among all the antiepileptic drugs sodium valproate carries the highest teratogenicity rate. The potential congenital defects caused by sodium valproate are as below:
– Neural tube defects like spina bifida, anencephaly
– Cardiac complications like congenital ventricular septal defect, aortic stenosis, patent ductus arteriosus, aberrant pulmonary artery
– Limb defects like polydactyly were more than 5 fingers are present, oligodactyly were less than 5 fingers are present, absent fingers, overlapping toes, camptodactyly which is presented as a fixed flexion deformity of one or more proximal interphalangeal joints,split hand, ulnar or tibial hypoplasia.
– Genitourinary defects like hypospadias, renal hypoplasia, hydronephrosis, duplication of calyceal system.
– Brain anomalies like hydranencephaly, porencephaly, arachnoid cysts, cerebral atrophy, partial agenesis of corpus callosum, agenesis of septum pellucidum, lissencephaly of  medial sides of occipital lobes, Dandy-Walker anomaly
– Eye anomalies like bilateral congenital cataract, optic nerve hypoplasia, tear duct anomalies, microphthalmia, bilateral iris defects, corneal opacities.
– Respiratory tract defects like tracheomalacia, lung hypoplasia,severe laryngeal hypoplasia, abnormal lobulation of the right lung, right oligemic lung which is presented with less blood flow.
– Abdominal wall defects like omphalocele
– Skin abnormalities capillary hemangioma, aplasia cutis congenital of the scalp.

Anticoagulant therapy is the standard treatment for deep vein thrombosis (DVT) but is mostly used in non-pregnant patients. In pregnancy, unfractionated heparin (UFH) and low molecular weight heparin (LMWH) are commonly used. Warfarin therapy is generally avoided in pregnancy because of its fetal toxicity.

Warfarin is contraindicated during pregnancy, but is safe to use postpartum and is compatible with breastfeeding. Low-molecular-weight heparin has largely replaced unfractionated heparin for prophylaxis and treatment in pregnancy.

Fetal attitude is defined as the relation of the various parts of the foetus to each other. In the normal attitude, the foetus is in universal flexion. The anatomic explanation for this posture is that it enables the foetus to occupy the least amount of space in the intrauterine cavity. The fetal attitude is extremely difficult, if not impossible, to assess without the help of an ultrasound examination.

Fetal lie refers to the relationship between the long axis of the foetus relative to the long axis of the mother. If the foetus and maternal column are parallel (on the same long axis), the lie is termed vertical or longitudinal lie.

Fetal presentation means, the part of the foetus which is overlying the maternal pelvic inlet.

Position is the positioning of the body of a prenatal foetus in the uterus. It will change as the foetus develops. This is a description of the relation of the presenting part of the foetus to the maternal pelvis. In the case of a longitudinal lie with a vertex presentation, the occiput of the fetal calvarium is the landmark used to describe the position. When the occiput is facing the maternal pubic symphysis, the position is termed direct occiput anterior.

In this case, induction of labour at 37 weeks of gestation was necessary due to the absence of spontaneous of labour 24 hours after rupture of membranes. High doses of Syntocin and large volume of fluids may be required particularly when induction is done before term.

Syntocin infusion can lead to uterine hypertonus and tetany which can result in fetal distress at any dosage. This is a common reason to decrease or stop the infusion and an indication for Caesarean delivery due to fetal distress

Uterine rupture can occur as a result of Syntocin infusion especially when the accompanying fluids do not contain electrolytes, which puts the patient at risk for water intoxication.

Maternal hypotension results from Syntocin infusion, not hypertension.

Clotting factor problem. Some of the more common disorders of coagulation that occur during pregnancy are von Willebrand disease, common factor deficiencies, platelet disorders and as a result of anticoagulants.

Patients with a threatened abortion should be managed expectantly until their symptoms resolve. Patients should be monitored for progression to an inevitable, incomplete, or complete abortion. Analgesia will help relieve pain from cramping. Bed rest has not been shown to improve outcomes but commonly is recommended. Physical activity precautions and abstinence from sexual intercourse are also commonly advised. Repeat pelvic ultrasound weekly until a viable pregnancy is confirmed or excluded. A miscarriage cannot be avoided or prevented, and the patients should be educated as such. Intercourse and tampons should be avoided to decrease the chance of infection. A warning should be given to the patient to return to the emergency department if there is heavy bleeding or if the patient is experiencing light-headedness or dizziness. Heavy bleeding is defined as more than one pad per hour for six hours. The patient should also be given instructions to return if they experience increased pain or fever. All patients with vaginal bleeding who are Rh-negative should be treated with Rhogam. Because the total fetal blood volume in less than 4.2 mL at 12 weeks, the likelihood of fetal blood mixture is small in the first trimester. A smaller RhoGAM dose can be considered in the first trimester. A dose of 50 micrograms to 150 micrograms has been recommended. A full dose can also be used. Rhogam should ideally be administered before discharge. However, it can also be administered by the patient’s obstetrician within 72 hours if the vaginal bleeding has been present for several days or weeks.

Patient mentioned in the given case has developed clinical features of cervical insufficiency and the possible treatment options include:
1- Cerclage, which is the technique used for the reinforcement of cervical ring with nonabsorbable suture material and is indicated based on ultrasonographic findings. It is the treatment of choice when cervical shortening is detected by ultrasonography before 22 to 24 weeks of gestation.

2- Vaginal progesterone is used to reduce the risk of preterm delivery in women who have a prior history of idiopathic preterm delivery or cervical shortening, which is confirmed in the current pregnancy also by ultrasonography.This method is applicable only to those women who do not meet the criteria for Cerclage.

All the other options of management are incorrect in the given case.

Adnexa refer to the anatomical area adjacent to the uterus, and contains the fallopian tube, ovary, and associated vessels, ligaments, and connective tissue. The reported incidence of adnexal masses in pregnancy ranges from 1 in 81 to 1 in 8000 pregnancies. Most of these adnexal masses are diagnosed incidentally at the time of dating or first trimester screening ultrasound (USS). Functional cyst is the most common adnexal mass in pregnancy, similar to the nonpregnant state. A corpus luteum persisting into the second trimester accounts for 13-17% of all cystic adnexal masses. Pain due to rupture, haemorrhage into the cyst, infection, venous congestion, or torsion may be of sudden onset or of a more chronic nature.