FACTOR ANALYSIS OF THE COMPETENCIES OF PERSONAL RESOURCES OF SPECIALIST.

The problem of the professional competencies and importance of specialists in their activities are presented in this article. The target concept that is analyzed in the article is professional competence. The results of the research were collected a sample of 4 professions: doctors, psychologists, military and pedagogue, because in the last year they were working in the crisis conditions in our country.

Minimally invasive micro sclerostomy (MIMS) procedure in the treatment of open-angle glaucoma.

Background: To evaluate the safety and efficacy of the Minimally Invasive Micro Sclerotomy (MIMS) procedure in the management of uncontrolled open-angle glaucoma.

Methods: A prospective, open-label, single-arm clinical evaluation with intra-subject comparisons performed at the Ophthalmologic Center after S.V.

THE PROBLEM OF COMPETENCIES MODELING IN THE SOCIAL-PSYCHOLOGICAL CRISIS CONDITIONS.

This article delves into a profoundly significant subject: competency modeling, now an imperative for maintaining high-quality professional standards in Armenia. The contemporary landscape, shaped by post-pandemic and post-war repercussions, alongside the prominence of online education, necessitates an exploration of new prerequisites for professional expertise. The article introduces a meticulously crafted three-level model (3/2) of professional psychosocial abilities, meticulously curated to guide the trajectory of professional development - from personal growth to a pinnacle of professionalism.

Aqueous Angiographic Outflow Improvement after Trabecular Microbypass in Glaucoma Patients.

Purpose: To study changes in aqueous humor outflow (AHO) patterns after trabecular micro-bypass (TMB) in glaucoma patients using intraoperative sequential aqueous angiography.

Design: Prospective comparative case series.

Subjects: Fifteen subjects (14 with glaucoma and 1 normal).

Self-organizing behavior in a lattice model for co-evolution of virus and immune systems.

We propose a lattice model for the co-evolution of a virus population and an adaptive immune system. We show that, under some natural assumptions, both probability distribution of the virus population and the distribution of activity of the immune system tend during the evolution to a self-organized critical state.