Top videos
CORRECTION: After review of this video, it is clear that this video is of a baby who is near full term (40 weeks) based on the size. Late trimester "abortions" are defined only to viability of a baby (24 weeks) A 24 week baby is much smaller than this baby shown and by definition this is not a late "abortion" procedure. The proper labeling of this video should be management of a deceased breech baby with "head entrapment" as this was almost certainly a naturally occuring delivery and an OB nightmare (Reviewed by Dr. Frederick Bright)
To avoid pupil constriction while accommodating, ask to the patient to fix on a distant object throughout your examination. Look for equal pupil sizes, and check again with the lights off. Anisocoria is not a feature of an afferent defect. They dilate again after the light is removed.
Your baby's sex is set at conception. At around 7 weeks, your baby's internal sex organs – such as ovaries and testes – begin to form in the abdomen. Male and female sex organs and genitalia look the same at this stage because they're derived from the same structures. At around 9 weeks, boys and girls begin to develop differently. In girls, a tiny bud emerges between the tissue of the legs. This bud will become the clitoris. The membrane that forms a groove below the bud separates to become the labia minora and the vaginal opening. By 22 weeks, the ovaries are completely formed and move from the abdomen to the pelvis. They already contain a lifetime supply of 6 million eggs. In boys, the bud develops into the penis and starts to elongate at around 12 weeks. The outer membrane grows into the scrotal sac that will later house the testicles. By 22 weeks, the testes have formed in the abdomen. They already contain immature sperm. Soon they'll begin their descent to the scrotum, but it's a long journey. They'll reach their destination late in pregnancy, or for some boys, after birth. If you're eager to find out whether you're having a girl or a boy, you'll have to wait until you're at least 17 weeks pregnant. That's when the genitals have developed enough to be seen on an ultrasound.
Identify the anatomy and explain the physiology of the scrotum on diagrams and sonograms.
Describe and demonstrate the protocol for sonographic scanning of the scrotum.
Identify and describe sonographic images of congenital abnormalities of the scrotum.
Identify and describe sonographic images of pathologies of the scrotum.
Identify and describe sonographic images of extratesticular disease processes.
Identify the anatomy and explain the physiology of the prostate on diagrams and sonograms.
Describe and demonstrate the protocol for transabdominal and endorectal sonographic scanning of the prostate.
Identify and describe sonographic images of benign and malignant pathologies of the prostate, including benign hyperplasia, prostatitis, carcinoma, and calculi.
Explain the technique for prostate biopsy.
Define the criteria for an ultrasound appearance of prostate tumor staging.
Explain the technique for radiation seed implantation.
Explain the Patient Privacy Rule (HIPAA) and Patient Safety Act (see reference).
Inguinal hernia Diagram of an indirect, scrotal inguinal hernia ( median view from the left). Diagram of an indirect, scrotal inguinal hernia ( median view from the left). By far the most common hernias (up to 75% of all abdominal hernias) are the so-called inguinal hernias. For a thorough understanding of inguinal hernias, much insight is needed in the anatomy of the inguinal canal. Inguinal hernias are further divided into the more common indirect inguinal hernia (2/3, depicted here), in which the inguinal canal is entered via a congenital weakness at its entrance (the internal inguinal ring), and the direct inguinal hernia type (1/3), where the hernia contents push through a weak spot in the back wall of the inguinal canal. Inguinal hernias are more common in men than women while femoral hernias are more common in women.