RCT BioVentures NE Invests in Dartmouth Endometriosis Technology.Health & Medical Writers CONCORD, Mass.--(BW HealthWire)--July 19, 2001 Boston venture development company, RCT RCT Randomized Controlled Trial RCT Regimental Combat Team (infantry regiment with their own artillery, engineers, medical and tanks) RCT Rollercoaster Tycoon RCT Randomized Clinical Trial RCT Rhondda Cynon Taff BioVentures NE, is investing in the development of a novel laboratory test and therapeutic agent developed at Dartmouth Medical School Dartmouth Medical School is the medical school of Dartmouth College, in Hanover, New Hampshire. The school is closely affiliated with Dartmouth-Hitchcock Medical Center (DHMC) in neighboring Lebanon, New Hampshire. in Hanover, N.H. to diagnose and treat endometriosis endometriosis (ĕn'dəmē'trē-ō`sĭs), a condition in which small pieces of the endometrium (the lining of the uterus) migrate to other places in the pelvic area. in women. Endometriosis is a painful, chronic disease affecting more than 5 million reproductive-age women in the United States and Canada and millions more worldwide. Dartmouth microbiologist and immunologist Grant R. Yeaman is exploring promising options that could improve the outlook for these women. The disease occurs when endometrial endometrial /en·do·me·tri·al/ (en?do-me´tre-il) pertaining to the endometrium. endometrial, n relating to the end-ometrium or cavity of the uterus. tissue that lines the uterus also grows in other sites throughout the pelvis or in the abdominal wall. This displaced tissue develops into growths or lesions that respond to the menstrual cycle menstrual cycle n. The recurring cycle of physiological changes in the uterus, ovaries, and other sexual structures that occur from the beginning of one menstrual period through the beginning of the next. the same way tissue of the uterine lining does: each month the tissue builds up, breaks down and sheds. Having no way to leave the body, the blood and tissue shed from endometrial growths causes internal bleeding and inflammation. This often leads to pain, infertility, adhesions, bowel problems and scarring. Currently, laparoscopic examination laparoscopic examination examination of the peritoneal cavity using a laparoscope. through an incision made in the abdominal wall is the only way to diagnose the disease. Further surgery to remove the tissue or hysterectomy hysterectomy (hĭstərĕk`təmē), surgical removal of the uterus. A hysterectomy may involve removal of the uterus only or additional removal of the cervix (base of the uterus), fallopian tubes (salpingectomy), and ovaries may follow the diagnosis. Since symptoms often continue, most women undergo several surgeries. The only approved therapies for treating endometriosis are hormone-regulating drugs. These address the monthly inflammation of the uterine tissue, but not the root cause of the disease and its associated pain. Moreover, they are not successful in a significant proportion of patients. As part of a research project funded by the Endometriosis Association in Milwaukee, Yeaman has discovered a common antigen com·mon antigen n. A hapten that occurs in the bacterial cell wall and is shared by most gram-negative bacteria. Also called heterogenic enterobacterial antigen. recognized by autoantibodies in endometriosis patients. If this antigen-antibody interaction drives the disease or its symptoms, the opportunity exists to develop a noninvasive diagnostic assay and a nonhormonal therapeutic for endometriosis. The RCT BioVentures NE investment in the Dartmouth technology initially supports continued research. It aims to help determine the exact nature and role of the suspected antigen and to evaluate it as a potential target for therapeutic intervention. The first stage of the work will be done at Dartmouth. Subsequent studies in an animal model of the disease will take place in collaboration with Kevin Osteen, director of the Endometriosis Association Research Program at Vanderbilt University in Nashville, Tenn. "Pioneering, early-stage technologies must be carefully nurtured and developed," said RCT BioVentures NE President Debra Peattie. "With this investment we intend to further Grant Yeaman's exciting new discoveries and to target development of an effective diagnostic and treatment of this devastating dev·as·tate tr.v. dev·as·tat·ed, dev·as·tat·ing, dev·as·tates 1. To lay waste; destroy. 2. To overwhelm; confound; stun: was devastated by the rude remark. disease." Research Corporation Technologies (RCT), based in Tucson, Ariz., and Debra Peattie formed RCT BioVentures NE in 1999. RCT has filed patent applications for the technology that are pending in the United States and other countries. |
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