ABSTRACT
T-shaped uterus is a congenital uterine malformation (CUM), only recently defined by the ESGE ESHRE classification as Class U1a. The uterus is characterised by a narrow uterine cavity due to thickened lateral walls with a correlation 2/3 uterine corpus and 1/3 cervix. Although the significance of this dysmorphic malformation on reproductive performance has been questioned, recent studies reported significant improvement of life birth rates after surgical correction in patients with failed in-vitro fertilisation (IVF) or recurrent miscarriage. The classical surgical technique to treat a T-shaped uterus is by performing a sidewall incision with the micro scissor or bipolar needle, resulting in a triangular cavity. In this video article, we describe a new surgical technique with a step-by-step method combining three- dimensional ultrasound (3D-US) and hysteroscopic metroplasty in an office setting, using a 15 Fr office resectoscope (Karl Storz, Tuttlingen, Germany), to treat a T-shaped uterus by resecting the lateral fibromuscular tissue of the uterine walls. No complications occurred and the postoperative hysteroscopy showed a triangular and symmetrical uterine cavity without any adhesions.
ABSTRACT
The possibility that the analgesic action of calcitonin could be due to variations in beta-endorphin levels in both peripheral blood and cerebrospinal fluid was studied. A total of 40 microgram of synthetic salmon calcitonin was injected i. v. in four male volunteers undergoing minor operations under rachianesthesia. Beta-Endorphin was determined in blood and cerebrospinal fluid samples that were collected before and at regular intervals after calcitonin injection. No statistically significant variation in beta-endorphin levels was observed either in peripheral blood or cerebrospinal fluid. Since the injected calcitonin was free of contaminants (demonstrated by both high pressure liquid chromatography and radioimmunoassay of endorphin made on the injected preparation) and since an increase was observed in the immunoreactive calcitonin in cerebrospinal fluid following calcitonin i. v., self-analgesic action may be hypothesized, even though action through prostaglandins or other systems cannot be excluded.
