The clinical features of endometriosis include dyspareunia, dysmenorrhea, dysuria, dyschezia as well as infertility. Pain is characteristically long-term, cyclic (often occurring the same time as menses) and can get progressively worse over time. Laparoscopy remains the standard for diagnosis. There are many cases in which endometriosis is only discovered at the time of the workup for infertility.

There are many different reasons for performing a delivery by Caesarean section. The four major indications accounting for greater than 70 per cent of operations are: 1. previous Caesarean section 2. dystocia 3. malpresentation 4. suspected acute fetal compromise. Other indications, such as multifetal pregnancy, abruptio placenta, placenta praevia, fetal disease and maternal disease are less common. The chances of early postpartum haemorrhage are greatly reduced in C-section deliveries.

Urge incontinence is involuntary pee loss accompanied by a strong desire to urinate. The most common cause of urge incontinence is detrusor or bladder dyssynergia, which is characterized by an involuntary contraction of the bladder during urine distension.

Bladder training, eliminating excess coffee and fluid intake, biofeedback, and pharmacological therapy are all options for treating urge incontinence. Treatment with anticholinergic medicines (oxybutynin chloride), -sympathomimetic agonists (metaproterenol sulphate), Valium, antidepressants (imipramine hydrochloride), and dopamine agonists (Parlodel) has proven successful if conservative approaches fail.

The detrusor muscle will be relaxed by these pharmacologic drugs. Oestrogen therapy may improve urine control in postmenopausal women who are not on oestrogen replacement therapy. Kegel exercises can help women with stress urinary incontinence strengthen their pelvic musculature and improve bladder control.

The most consistent finding in obstructed labour is a 4cm head that is palpable on the abdomen. The bony part is usually palpated at the level of the ischial spine on pelvic examination.
When prolonged labour is suspected, a pelvic vaginal examination helps to differentiate obstructed labour from inefficient/incoordinate labour.

Findings in a pelvic examination:
Obstructed labour
moulding of fetal head ++
caput formation on the fetal head ++
cervical oedema – anterior lip oedema
fetal tachycardia ++
station of the head (relation to lowest part of ischial spines) – just at or above the IS
amount of head palpable above the pelvic brim when the lowest point of the head is at the IS – > 2 finger breadths (FB)

Inefficient or incoordinate labour
moulding of fetal head usually none
caput formation on fetal head +
absent cervical oedema
fetal tachycardia +
station of the head (relation to lowest part of ischial spines) – can be above or below IS
amount of head palpable above the pelvic brim when the lowest point of the head is at the IS – < 1 finger breadth (FB).

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.

CMV effects 1 in 200 pregnancies of which 30% will transmit the virus to the foetus and of which 30% foetus will be effected.

Fat necrosis is often a result of a trauma or surgery. In fat necrosis the enzyme lipase releases fatty acids from triglycerides. The fatty acids combine with calcium to form soaps. These soaps appear as white chalky deposits which are firm lumps with no associated discharge. The given case has a bruise which indicates prior trauma.

The pudendal nerve provides sensory innervation to regions of the anus, the perineum, the labia and the clitoris in women. The nerve is formed from the ventral rami of the S2-S4 sacral spinal nerves. The nerve is paired, each innervating the left and the right side of the body. Pudendal nerve blocks are indicated for analgesia of the second stage of labour, repair of an episiotomy or perineal laceration, and for minor surgeries of the lower vagina and perineum.

Firstline medical management of PCOS is with clomiphene.

Ovulation Disorders

WHO Group I : Hypothalamic pituitary failure (Stress, anorexia, exercise induced)
Management:
Increase BMI if <19 kg/m2
Reduce exercise if high levels
Pulsatile GnRH or Gonadotrophins with LH activity to induce ovulation

WHO Group II : Hypothalamic-pituitary-ovarian dysfunction (PCOS)
Management:
Weight reduction if BMI >30
Clomiphene/Clomiphene (1st line)
Metformin (1st line)
Clomiphene & Metformin (1st/2nd line)
Laparoscopic drilling (2nd line)
Gonadotrophins (2nd line)

WHO Group III : Ovarian failure
Management:
Consider IVF with donor eggs

Promethazine or Cyclizine are 1st choice options for management of nausea and vomiting in pregnancy according to NICE. Prochlorperazine is also appropriate 1st line.

A pH value below than 7.18 indicates acidosis which can result in hypoxic brain injury. In order to prevent brain injury, immediate delivery of the foetus should be planned. The normal range for a term baby is pH: 7.18 – 7.38, preterm pH: 7.14 – 7.4.

Closure of the uterus should be performed in either single or double layers with continuous or interrupted sutures. The initial suture should be placed just lateral to the incision angle, and the closure continued to a point just lateral to the angle on the opposite side. A running stitch is often employed and this may be locked to improve haemostasis. If a second layer is used, an inverting suture or horizontal suture should overlap the myometrium. Once repaired, the incision is assessed for haemostasis and ‘figure-of-eight’
sutures can be employed to control bleeding. Peritoneal closure is unnecessary. Abdominal closure is performed in the anatomical planes with high strength, low reactivity materials, such as polyglycolic acid or polyglactin. Diamorphine is advised for intra and post op analgesia and oxytocin is advised to reduce blood loss.

In the period immediately after the delivery of the placenta, known as the puerperium, the female reproductive system begins to undergo some physiological changes to return to a non-pregnant state. One of these changes is uterine involution. The myometrium contracts, constricting blood vessels which impedes blood flow. It is thought that the uterine tissues then undergo apoptosis and autophagy. It takes about 4-6 weeks for the uterus to decrease is size from about 1 kg to 60 grams.

Indications for FBS:
1. Pathological CTG in labour (cervix dilated >3 cm)
2. Suspected acidosis in labour (cervix dilated >3 cm)
Contraindications to FBS:
– Maternal infection e.g. HIV, HSV and Hepatitis
– Known fetal coagulopathy
– Prematurity (< 34 weeks gestation)
– Acute fetal compromise

A rare complication of pelvic inflammatory disease is Fitz Hugh Curtis syndrome which is perihepatitis leading to the formation of adhesions between the liver and the peritoneal surface. It is most commonly caused by chlamydia and gonorrhoea. Ophthalmia neonatorum is conjunctivitis which is also caused by these pathogens.

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.

The ovarian artery takes its origin directly from the aorta. While the uterine and the vaginal arteries are all branches of the internal iliac artery.

Despite the fact that pregnancy at her age is uncommon, the best advise you can give her is to take a pregnancy test.

If the test results show she is not pregnant, she can next decide whether to restart the oral contraceptive pill (0CP) or simply weep until the post-pill amenorrhoea goes away.

Although an increased follicle-stimulating hormone (FSH) level may indicate ovarian failure, it does not guarantee that no more periods will occur and does not rule out the possibility of a future pregnancy.

Obviously, she should be recommended to use a contraceptive method like condoms until the cause of her amenorrhoea is determined.
Other hormonal tests, such as luteinizing hormone and prolactin testing, may be required.

Turner syndrome is the most common chromosomal abnormality in females occurring in 1 in 2500 live births. It is characterised by short stature, webbed neck and wide carrying angle. It is also associated with renal, endocrine and CVS abnormalities. In this condition the ovaries do not completely develop and do not produce oestrogen or oocytes, thus no secondary sexual characteristic develop and neither does the girl starts menstruating.

Majority of the lymph from the ovaries drain into the para-aortic lymph nodes.

Level I: Evidence obtained from at least one properly designed randomized controlled trial. Level II-1: Evidence obtained from well-designed controlled trials without randomization. Level II-2: Evidence obtained from well-designed cohort or case-control analytic studies, preferably from more than one centre or research group. Level II-3: Evidence obtained from multiple time series designs with or without the intervention. Dramatic results in uncontrolled trials might also be regarded as this type of evidence. Level III: Opinions of respected authorities, based on clinical experience, descriptive studies, or reports of expert committees.

It has been found that it is possible for premenopausal hormones to persist for a period of time after attaining menopause. If one or a few ovarian follicles remain, they could produce oestrogen in response to the very elevated levels of FSH typically seen in menopause. In doing so, the woman can then bleed as a result of this physiological response. The symptoms seen in this vignette are consistent with the rise in oestrogen levels, likely due to follicular activity.

In the absence of any pathological findings such as endometrial carcinoma, this phenomenon would be the most likely cause of this post-menopausal bleed. Furthermore, it is unlikely for cervical cancer and endometrial cancer to present during the first few years following menopause. Atrophic vaginitis is unlikely to be associated with the other symptoms the patient presented with i.e. reduction in the intensity of hot flushes and breast enlargement. This patient was not stated to have any risk factors for endometrial hyperplasia such as obesity, late menopause and early menarche, which makes it a less likely diagnosis.

Lichen Sclerosis is a destructive inflammatory condition that effects the anogenital region of women. It effects around 1 in 300 women. It destroys the subdermal layers of the skin resulting in hyalinization of the skin leading to parchment paper appearance of the skin. It is associated with vulval cancer and it is estimated that the risk of developing vulval cancer after lichen sclerosis is around 3-5%.

With the high level of sensitivity and specificity of current tests to measure hCG in serum and urine, pregnancy can now be diagnosed before the time of the first missed menstrual period- For current serum hCG assays, the low threshold for detection is 10-25 IU/L, while for urine assays it is 25-50 IU/L, which corresponds to approximately the seventh day after conception. Because the levels of hCG in the blood and urine are very similar, the tests are equivalent. Urine testing may reveal a positive result as early as 3-4 days after implantation. By the time of the expected menstrual period, the test will be positive 98% of the time- If a test is negative more than 1 week after the expected time of the menstrual period, it is almost certain the patient is not pregnant. To cover these rare instances where a woman has a low hCG and conceived later than expected, the test should be repeated in 1 week for a definitive result.

Since ectopic pregnancy is not a life-threatening problem for the mother until 2 months after conception, a patient with a negative urine hCG does not require ultrasonography to exclude ectopic pregnancy. Patients with a suspected ectopic pregnancy and a negative urine hCG should be followed closely, as early laparoscopic intervention can improve the chances of future fertility.

The urinary bladder is composed of the transitional epithelium, followed by the lamina propria made up of the fibroelastic connective tissue. The muscularis layer covers the lamina propria which is made up of three poorly defined layers of smooth muscles; the inner longitudinal, middle circular and the outer longitudinal layer. The bladder is covered on the superior surface and the lateral surface by the peritoneum.

Gestational trophoblastic disorder is abnormal conception that is characterised by swollen and oedematous villi with proliferation of the trophoblasts. In a complete mole there is absence of fetal tissue, there is diffuse proliferation of trophoblastic tissue around hydropic villi and on USG it appears as a bunch of grapes or snow storm appearance.

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.

Risk factors of fibroids include early menarche, nulliparity, early exposure to oral contraceptives (one study showed 13-16 years old), diet rich in red meats and alcohol, vitamin D deficiency, hypertension, obesity, and/or history of sexual or physical abuse.

Smoking is associated with actual reduced risk due to an unknown mechanism.

Maternal disorders, such as diabetes, in-utero infections, drug usage, placental abnormalities and fetal conditions as congenital and chromosomal abnormalities, Rh iso-immunization, and multiple gestations, are generally associated with polyhydramnios. Congenital abnormalities such as duodenal, oesophageal, or intestinal atresia of the foetus are the most common malformations that typically cause gastro-intestinal obstruction and interfere with fetal swallowing and/or absorption resulting with polyhydramnios. However, in about 70% of cases, none of the aforementioned aetiologies are causes of polyhydramnios, and it is referred to as idiopathic or isolated.

If the patient has a negative Chlamydia screen then a stat dose of metronidazole monotherapy is appropriate. You do not know this patients Chlamydia status and therefore dual therapy with metronidazole + doxycycline or azithromycin is appropriate.