It is mostly the case for those functions related to cell adhesion, oxidative stress management and cellular matrix constitution, processes that mediate intra- or inter-cell signaling, cell growth and proliferation and DNA or RNA processing, synthesis and repair.
Measures to mitigate low adhesion may include vegetation management, fitting sanders to rolling stock, rail head treatment trains or more radical options such as linear motor technology [51, 52].
To determine the frequency of intrauterine adhesions (IUA) after conservative management, medical evacuation, and surgical evacuation for spontaneous abortion.
The intraoperative findings were recorded during the surgical operations, which include type and location of IUD, site of uterine perforation, surgical management, and pelvic adhesion.
Therefore, well-designed prospective, randomized, multicentered clinical trial will be needed to evaluate the potential therapeutic outcome of IUD for the management of intrauterine adhesions.
The management of peritoneal fibrosis and adhesion itself is usually not effective enough to restore the peritoneal function to its original level.
To analyze the risk of postoperative adhesions in women who undergo laparoscopic surgical management of deep endometriosis infiltrating the uterosacral ligaments (USL).
The management of moderate to severe adhesions is challenging, and the prognosis of severe disease remains poor.
Rats are widely established for adhesion research, as the pre- and postoperative management is favourable compared to larger animals [ 13– 15].
Management options are: positioning; nasopharyngeal airway (NPA); tongue-lip adhesion (TLA); mandibular distraction (MDO); and tracheostomy.
To investigate a new method for management of massive postpartum hemorrhage in cases of abnormal placenta adhesion.
