Successful R&I in Europe th European Networking Event 2-3 March, 2017

With whom we want to cooperate?

As partners, we would like to cooperate with companies and ndividuals which work 1. fundamental science, 2. practical medical, 3. areas of the industry which are directly related to biomedicine and rheology

Our area -RHEOLOGY- multidisciplinary and crossdisciplinary science

RBC

Type of staz staz i ncreased blood flow in arterioles obstruction of blood flow in venules violation rheologycal properties in capillaries <Δ P Δ P=cons

Erythrocytes aggregability index To this end we used the so-called Georgian technique. Blood samples were centrifuged and about 0.1 ml blood was diluted 1:200 in own plasma in the pipettes preliminary rinsed with 5% sodium citrate solution without addition of any other anticoagulants to the blood under study. Following standard mixing the diluted blood was placed into a glass chamber 0.1 mm high. The quantitative index of erythrocyte aggregation, which was assessed with a special program at the TAS-plus, represented itself the relationship of the aggregated and unaggregated red cells.

Erythrocytes Deformability Index Evaluation of erythrocytes deformability was performed with an aid of the nucleopore membrane filter method, which is based on assessing velocity of the erythrocytes passage through the very small pores (5 μm, which is a diameter of the smallest capillary) of the filter, at constant pressure (10 cm of water column) and temperature (37°C). [Reid H. L.].

Blood plasma viscosity Blood plasma viscosity was examined in the capillary viscometer at 37 ̊ C (Diameter mm). Displacement of plasma samples was induced by the gravity force related to the difference of niveaux of the plasma under study. For evaluation of the plasma viscosity in centipoises (cp) we determined the calibration factor (F). Blood plasma viscosity was calculated by multiplying the time for plasma displacement through the capillary by the instrument calibration factor. Systemic hematocrit Hct was assessed with centrifuging the blood sample in the standard hematocrit centrifuge, at 8000rpm, for 10 min

Current issues of modern rheology can be determined by close contacts with pharmacologists, doctorsbiology, physics, chemistry, cybernetics, health managers, evidence-based medicine experts, economists, lawyers representatives of other fields of science and technology Multidisciplinary and crossdisciplinary communication

Our experience and interest was formed by working in the area: Study of functions and construction of cells; Rational organization of human life and the problem of life prolonging; Clinical medicine and propaedeutics, laboratory diagnostics, physiology and pathphysiology; Reproduction, modeling, constructing of biological processes and organism functions, based on prototypes (Bionic); Astronautics (study of the effects and immediate impact of cosmic space on a living organism, determination of adaptation mechanisms towards cosmic factors, determination of participation of rheology in stress caused by zero gravity); Pharmacology. Research in the field of rheology is one of the main innovative areas of biology and medicine.

We will present a business plan at the event: - How to reduce the cost of blood tests in patients with various diseases? - How to achieve maximum therapeutic effect in patients with various diseases?

Our report will present data about pharmacological drugs' affect on rheology of body fluids. Our presence at the event is the exchange of information with foreign colleagues, future partners. We hope with the help of Event to find a partner to continue the innovative collaborative work. I hope that Brokerage Еvent will replace the mediation for me and my Georgian colleagues.