The project won the competition for grants from the President of the Russian Federation for the development of civil society.
Project implementation period: 2019-2020 гг.
As part of the grant implementation, the Education Centre of FSBI "NMRC RB" of the Ministry of Health of Russia developed a free educational course "Fundamentals of rehabilitation of oncological patients" (+72 points of continuous medical education). The speakers were Russia's leading experts in oncology and rehabilitation.
Points of continuous medical education are awarded in the following specialities: oncology, paediatrics, general medical practice (family medicine), therapy, endocrinology, physiotherapy, neurology, obstetrics and gynaecology, surgery, pulmonology, otorhinolaryngology, paediatric oncology, traumatology and orthopaedics, gastroenterology, urology, physical therapy, coloproctology.
- Principles and approaches to rehabilitation of cancer patients;
- Stage-by-stage principle of organising rehabilitation of oncological patients;
- The main stages and principles of rehabilitation of oncological patients;
- General principles of using physical rehabilitation methods in the treatment of oncological patients;
- Special aspects of rehabilitation of patients with lung cancer;
- Special aspects of rehabilitation of patients with tumours of female genital organs;
- Special aspects of rehabilitation of oncological patients with head and neck tumours;
- Rehabilitation of oncological patients with tumours of the gastrointestinal tract;
- Rehabilitation of oncological patients with bone and soft tissue tumours;
- Rehabilitation of children after antitumor treatment.
As part of the grant implementation, the Education Centre of FSBI "NMRC RB" of the Ministry of Health of Russia developed a free educational course "Fundamentals of rehabilitation of oncological patients" (+72 points of continuous medical education). The speakers were Russia's leading experts in oncology and rehabilitation.
At present, more than 350 specialists have already completed the training. Training is conducted on the platform «Teleoncorehab Study».
The project was supported by the Foundation for assistance to small enterprises in science and technology (Foundation for assistance to innovations).
Project implementation period: 2019-2020 гг.
Grant receiver Gilmutdinova I.R. – head of the biomedical technologies department, Ph.D. (Medicine), transfusiologist
A new bioplastic material based on a soluble form of extracellular matrix, namely collagen, elastin and hyaluronic acid, has been developed. The material is plastic, non-cytotoxic and biocompatible, stable for several days at 370 C. The high porosity can promote high gas exchange between the skin and the external environment, while creating an optimal microenvironment for cells that promote the growth of 3D structured tissue. Thus, the obtained biomaterial meets all the requirements for modern tissue-engineered structures, which creates a prerequisite for its use in such fields of medicine as combustiology, plastic surgery and traumatology.
R.D. Mustafina, a 5th year student, under the supervision of P.S. Eremin, head of the cell technologies laboratory of FSBI "NMRC RB" of the Ministry of Health of Russia, worked for 6 months to develop the formula of an "ideal" wound coating.
Interim results of the ongoing work on the project "Development of bioplastic material based on extracellular matrix" were presented at the VII international research and practice conference "Biotechnology: science and practice" held in Sebastopol (16-20 September 2019.).
- Gilmutdinova I.R., Eremin P.S., Menshutina N.V., Lovskaya D.D. Personalized bioplastic material based on soluble decellularised form of extracellular matrix for regenerative medicine // Materials of the International Forum "Biotechnology: state and prospects of development". 2018. pp. 288-291.
- Gilmutdinova I.R., Eremin P.S. Organospecific bioplastic material based on a soluble form of stabilised extracellular matrix // Modern problems of medicine and public health, Collection of scientific papers. Moscow, 2019. pp. 7-9.
- Gilmutdinova I.R., Mustafina R.D., Eremin P.S. Study of biological properties of wound coating based on extracellular matrix components. Genes and Cells. 2019. Vol. 14. No. S. p. 62.