תוצאת חיפוש

לאוניד צייטלין¹, שלמה וינטרוב¹, נחמיה בלומברג²

המח' לאורתופדיית ילדים, בית-חולים לילדים דנה¹, המח' לאורתופדיה ב'², המרכז הרפואי סוראסקי ת"א, והפקולטה לרפואה סאקלר, אוניברסיטת ת"א

אוסטאוגנזיס אימפרפקטה היא תסמונת תורשתית המתאפיינת בשבירות-יתר של העצמות ובצפיפות עצם נמוכה. הסיווג של Sillence (1978) מבוסס על חומרת ביטוי המחלה. מאז חלה התקדמות משמעותית בהבנת הבסיס המולקולתי, הגנטי וההיסטולוגי של המחלה, אשר הובילה להוספת קבוצות חדשות לסיווג הקיים. גישות טיפוליות חדשניות הכוללות שיקום, טיפול תרופתי וניתוח, עשויות להאריך את חייהם של החולים ולשפר את איכותם.

Clinical Mentorship as a Bridge to Life in the Treatment of Eating Disorders

Moria Golan^1,2, Tali Gogol-Ostrowsky¹

¹Shachaf-Eeting Disorders Intensive Treatment Center, Kibbutz Nasn. ²School of Nutritional Sciences, The Hebrew University of Jerusalem, Rehovot

The aim of this article is to describe a community-based multi-modality intensive treatment program, which demonstrates a significant reduction in symptoms of eating disorders while providing an opportunity to deal with the functional and social skills. Treatment is delivered through a multidisciplinary team. The uniqueness of the team is in the inclusion of clinical mentors. These are social workers, art therapists and graduate level psychology students who are trained to connect with clients in an informal, intensive manner (10-40 hours a week). The mentors focus on legitimizing healthy attitudes to food, eating and life, while highlighting the pain and loss associated with the disorder. The mentors serve as meal companion and calming figure, representing the healthy self-caring voice. The relationship established during the many hours spent together becomes a powerful experience, completely different from the isolation of the disorder. The treatment intervenes in most areas of life, focusing on an active search for possibilities, in contrast to the emptiness associated with the disorder.

This article presents the results and principles of a 2.5-year practice. Seventeen patients, ill for 6 years and more, completed this program more than a year ago. An assessment of their BMI and their general outcome using Eckert scales was performed. One year after completing the program, 76% of the patients were defined as recovered and 12% were almost recovered with only a few remaining symptoms. All of these patients function satisfactorily in the community, both in social and occupational aspects. Six percent were partially recovered and 6% suffered from regression during the first year of follow-up.

This treatment provides the intensity required in hospitalizations, while enabling patients to stay in the community and maintain those activities that survive the disorder. This program has proven to work well with chronic patients. Further data, not analyzed as yet, also indicates the efficacy of this treatment in acute cases.

Exhaustion of Motor Cortex after Head Injury Revealed by Trans-Cranial Magnetic Stimulation

M. Elron, G. Levi, M. Trovnick, J.F. Soustiel, H. Hafner, A. Chistyakov, M. Feinsod

Center for Treatment and Applied Research in Head Injury, Dept. of Neurosurgery, Rambam Medical Center and Rappaport Faculty of Medicine, The Technion, Haifa

We evaluated the pattern of motor evoked potentials elicited by single-pulse and slow-rate (1 Hz) repetitive, transcranial, magnetic stimulation (RTMS) in minor head injuries. The motor response to a single magnetic stimulus in patients with minor head injury was characterized by a significantly higher threshold than in healthy subjects. However, central and peripheral motor conduction was normal in all patients. A stable pattern of MEP throughout the RTMS session was the most prominent feature in the control group. A progressive decrease in MEP amplitude and irregular alternation of large and very small MEPs over the course of RTMS was observed in minor head injury. The higher threshold of the motor response and the abnormal patterns of MEP behavior revealed by RTMS may reflect impaired excitability and enhanced exhaustion of the motor cortex in patients with minor head injuries, which improve with time.

Ilizarov Reconstructive Surgery in Complex Problems of the Musculoskeletal System

H. Shtarker, G. Volpin, A. Lerner, H. Stein, S. Wientroub, D. Hendel

Depts. of Orthopedic Surgery, Western Galilee Hospital, Naharyia, Rambam Medical Center, Haifa, Dana Children Hospital, Tel Aviv-Sourasky Medical Center, and Rabin Medical Center (Golda Campus, and Hasharon Hospital), Petah Tikva

The Ilizarov technique is an important modality of reconstructive surgery for limb deformities, such as malunion and nonunion of fractures, persistent osteomyelitis, and bone loss following complex limb injuries, as well as in limb- lengthening procedures. It has received wide recognition in the Western world over the past decade. In MEDLINE we found 537 articles published between 1971-1995 that describe the use of this technique. Of these, only 18 were published between 1971-1975, while 261 were published between 1991-1995.

The present paper describes the developments and updates in this method, as a result of the large experience gained by the authors in a number of centers in Israel using this technique. The Ilizarov apparatus is a circular frame that allows accurate control, much more than any other external fixator, during correction of limb deformities and limb-lengthening. It is minimally invasive, and open techniques and use of internal hardware and bone grafts are not needed.

Based on our experience, we suggest that this method requires careful preoperative planning and meticulous surgical technique. More important, cooperation between surgeon and patient throughout the lengthy treatment is a prerequisite to ensure complete success, even in the most complicated cases.

Islet Autoantibody Assays in Type I Diabetes can Replace ICA Test

Daniel Lazar, Naomi Weintrob, Natalia Abramov, Sara Assa, Konstantin Bloch, Regina Ofan, Hadassa Ben-Zaken, Pnina Vardi

Institute for Pediatric Endocrinology and Diabetes, Schneider Children's Medical Center, Petah Tikva and Felsenstein Medical Research Center, Tel Aviv University

Islet cell antibodies (ICA) continue to serve as the basis of the principal serological test for definition of active autoimmunity of beta-cells. Its disadvantages are the need for human pancreatic tissue and difficulty in obtaining quantitative results. In the past decade biochemically-defined beta-cell antigens were described, leading to the development of sensitive and specific autoantibody assays, to predict insulin-dependent diabetes mellitus (IDDM). We examined the value of combined biochemically-based serological assays, such as autoantibodies to insulin (IAA), glutamic acid decarboxylase (GADA) and ICA512 (ICA512A) to replace the traditional ICA assay.

Blood samples of 114 newly diagnosed IDDM patients, aged 12‏5 yrs (range 2 months - 29 years) were tested for ICA (indirect immunofluorescence), IAA, GADA and ICA512A (radiobinding assay). The latter 2 assays were performed using recombinant human [35S]-labeled antigen produced by in vitro transcription/translation. We found that fewer sera scored positive for ICA and/or IAA (80.7%, 92/114) than for 1 or more of IAA, GAD, or ICA512 (88.6%, 101/114). We conclude that combined testing for IAA, GAD and ICA512 can replace the traditional ICA/IAA test to predict IDDM and is helpful in the differential diagnosis of insulin-dependent and noninsulin-dependent diabetes.