Method for laparoscopic myectomy
The invention relates to medicine, namely to gynecology and vascular surgery. Perform puncturing of the femoral arteries. Install into them the conductors of balloon catheters. Balloon catheters are inserted with a contralateral access below the bifukation of the common iliac artery into both internal iliac arteries. Inflate balloons to 6 atm, inject Veress needles through umbilical access and impose CO2 pneumoneum. A trocar and a laparoscope are introduced into the abdominal region, and three trocars are inserted into the right and left hypogastric regions above the womb. Spend the incision capsules myoma node and its excision. The myometrium defect is sutured and the myoma node is removed from the abdominal cavity. The balloon catheter is blown off and the guidewire is removed, an arteritomic opening is sutured. At the same time, before the incision of the capsule of the myometrical node is performed, 0.1 ml of epinephrine solution is injected into the capsule of the node with 5 ml of oxytocin solution. Then cut off 2/3 of the node and injected 10 ml of oxytocin intravenously. After reducing the node's bed, it is squeezed into the wound. The method allows to reduce the time of minimally invasive surgical intervention, reduce the risk of accidental opening of the uterus.
On October 4, the Research and Educational Resource Center (REC) of innovative technologies of immunophenotyping, digital spatial profiling and ultrastructural analysis (molecular morphology) opened at the RUDN.
RUDN University scientists conducted a comprehensive soil and environmental survey and took more than 80 soil samples in Zaryadye Park. An assessment of the physicochemical, microbiological, and ecotoxicological properties of soils made it possible to develop recommendations and a plan for the care of soils in analogous landscapes in the park.
RUDN University chemist with colleagues from India and Korea created a nanofilter for water purification from synthetic dyes. The graphene-based composite can quickly remove up to 100% of harmful compounds from water, and it can be used up to seven times without losing efficiency. In addition, the synthesis of the nanofilter itself is economical and environmentally friendly.
On October 4, the Research and Educational Resource Center (REC) of innovative technologies of immunophenotyping, digital spatial profiling and ultrastructural analysis (molecular morphology) opened at the RUDN.
RUDN University scientists conducted a comprehensive soil and environmental survey and took more than 80 soil samples in Zaryadye Park. An assessment of the physicochemical, microbiological, and ecotoxicological properties of soils made it possible to develop recommendations and a plan for the care of soils in analogous landscapes in the park.
RUDN University chemist with colleagues from India and Korea created a nanofilter for water purification from synthetic dyes. The graphene-based composite can quickly remove up to 100% of harmful compounds from water, and it can be used up to seven times without losing efficiency. In addition, the synthesis of the nanofilter itself is economical and environmentally friendly.