New Physical and Neurophysiological Rehabilitation Programmes for Women of Childbearing Age.

HONCHARUK, Nataliia; TAMOZHANSKA, Ganna; KORYTKO, Zoryana; RUSYN, Ljudmyla; VASYLIEVA, Nataliia; ADAMENKO, Oksana; MAKSYMCHUK, Borys

The article describes physical and neurophysiological rehabilitation of women of childbearing age with extragenital pathology, the most common oncologic pathologies of female genitalia. The article aims to develop a programme of physical and neurophysiological rehabilitation for women of childbearing age with extragenital pathology who underwent ovariectomy and evaluate its effectiveness. The authors observed 100 women aged between 18 and 45: the control group (CG) - 50 women and the experimental group (EG) - 50 women; each group was also divided into two age sub-groups - 18-29 years old and 30-45 years old. The exercise therapy included physical and neurostimulation rehabilitation measures: calisthenic routine, static and dynamic breathing exercises, shallow breathing, some elements of muscle relaxation and autogenic training, dosed walking inside the ward, going up the stairs, as well as dosed walking using treadmills, pelvic floor exercises. Methods of studying rehabilitation effectiveness are the following: instrumental methods (heart rate monitoring; arterial tonometry; respiratory rate measuring; spirometry); functional tests (hypoxic Stange and Genchi tests; orthostatic tests; clinostatic tests); laboratory research methods (clinical blood tests). The article proves that the employed methods of physical rehabilitation helped to increase indicators of the cardiovascular and respiratory systems in EG patients aged between 18 and 29 3-5 days earlier and EG patients aged between 30 and 45 - 3-4 days earlier than that in CG. It proves the effectiveness of the developed programme of physical rehabilitation for women of childbearing age with extragenital pathology who underwent ovariectomy.

CHILDBEARING age; MEDICAL rehabilitation; TREATMENT programs; KEGEL exercises; EXERCISE therapy; RESPIRATORY organs

BRAIN: Broad Research in Artificial Intelligence & Neuroscience, 2023, Vol 14, Issue 1, p346

2068-0473

Academic Journal

10.18662/brain/14.1/424