View clinical trials related to Diastasis, Muscle.
Filter by:Diastasis recti is characterized by an abnormal expansion of the gap between the medial sides of the rectus abdominis muscle and a lengthening of the linea alba (increased inter-recti distance). It is mainly caused by excessive intra-abdominal pressure. The abdominal muscles and connective structures expand from the growing uterus during pregnancy. Low back pain is a prevalent complaint that can result from various factors, including weakened core muscles and functional disability. The aim of the study would assess of combined effect of visceral manipulation and noble technique on Inter-rectal distance, low back pain and functional disability in post-partum females with diastasis recti.
Diastasis recti abdominis is a pathology that appears in a high percentage of women during the postpartum period. However, there is little evidence about its treatment. The present protocol aims to evaluate the efficacy of radiofrequency as an alternative for the treatment of abdominal diastasis along with abdominal exercises compared to the only intervention through abdominal exercise. An aleatory clinical testing will be conducted where 44 women diagnosed with diastasis recti abdominis in the postpartum period will be recruited. A common exercise protocol will be applied for two groups of participants, and both of them will have to be able to carry out the activities autonomously at home. In addition, control sessions will be held weekly for both groups where one of the groups, the control group (n=22), will receive radiofrequency therapy with the machine in athermic mode, while the other group, the experimental group (n=22), will receive a weekly session under the established diathermy protocol. The sessions will last 30 minutes and will take place for 10 consecutive weeks. Three variables will be evaluated: the width of the diastasis measured in centimeters, life quality measured using the Short form (36) questionnaire, and the perception of the pain measured with the visual analogue scale. Three evaluations will be done: at the beginning of the study, after ten weeks and three months later.
Background Postpartum diastasis of the rectus abdominis muscles (DRAM) has gained increasing attention as a condition that may affect abdominal trunk function but that may be alleviated by surgery. Most techniques for surgical reconstruction of DRAM are, however, associated with high costs, postoperative pain and risk of surgical complications. The aim of the present study is to evaluate a Minimal Incision Repair of Rectus Abdominis Diastasis (MIRRAD) in a randomized controlled open label trial. Altogether 120 women will be included. Population Postpartum women with DRAM of at least 2 cm. Intervention Plication of Linea alba through a 3-5 centimeter long incision at the level of the umbilicus Control Plication of the entire Linea alba through a low transverse incision. Outcome Primary outcome: Abdominal function rated with the Disability Rating Index Secondary outcomes: Operative time, postoperative stay, surgical complications, sick leave, persisting pain orated with the Ventral Pain Hernia Questionnaire, cosmetic outcome rated with BODY-Q Follow-up Follow-up one month and one year after surgery Significance If the study shows that MIRRAD is equally effective as plication of the entire Linea alba one year after surgery, it may be introduced as a standard technique for DRAM. If it is not as effective, it may still be an alternative with advantages in terms of cost benefit and the possibility to perform it as a daycare procedure.
Diastasis Rectus abdominis is a common condition in pregnant and postpartum women, where the connective tissue between the two muscle bellies of the rectus abdominis muscle is stretched and weakened, causing an increased inter-rectus distance. Treatment of this condition aim to reduce the inter-rectus distance, and conservative treatment including therapeutic exercise is the primary treatment of choice. To date, there is no generally accepted protocol of therapeutic exercises for this condition, and the evidence as to which exercise modality is the most effective and feasible in reducing the inter-rectus distance in women presenting with diastasis rectus abdominis is both sparse and weak. As this condition occur during the last two trimesters of pregnancy and as there is a paucity of high-quality studies on a pregnant population, investigators will conduct a randomized controlled trial on the effect of a specific exercise program during pregnancy on diastasis rectus abdominis. 100 pregnant women in gestation week 25 presenting with diastasis rectus abdominis of ≥ 28 mm will be included. Participants will be allocated to either an intervention group or a control group by block randomization. The intervention group will participate in a 12-week specific exercise program, consisting of two group sessions and two self-managed sessions weekly. The control group will not participate in any exercise intervention; however, participants will be recommended to follow national guidelines for general exercise during pregnancy. Participants will be assessed prior to intervention, post intervention at gestation week 37, and 6 weeks, 6 and 12 months postpartum. The primary outcome measure will be change in the inter-rectus distance in mm, measured by two-dimensional ultrasonography.
Diastasis rectus abdominis (DRA) is defined as an excessive separation between the two abdominal rectus muscles. It is generally quantified by the inter-recti distance. In postpartum women, the prevalence of diastasis is 60% six weeks after delivery. The increase in the inter-recti distance has been associated with a decrease in strength and endurance of the trunk flexors and rotators (p < 0.05). Exercise during pregnancy has been shown to be helpful in the treatment of DRA. Nevertheless, there is still not strong evidence to establish what kind of exercise should be recommended during pregnancy and in postpartum. The aim of this study is to compare the morphological and functional changes of the linea alba during four exercises. Inter-recti distance, linea alba thickness and distortion index will be measured at rest, as well as during 4 exercises (draw in maneuver, crunch, pelvic floor muscle contraction and a "de Gasquet" exercise). Subgroup analysis will be performed to determine if the presence or absence of an abdominal diastasis has an influence on these outcomes. A cross-sectional pilot study will be carried out. The main outcome measure will the inter-recti distance. Secondary outcomes will be the thickness of linea alba and distortion index.