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Eurosummer School on biorheology and Symposium

5^th Eurosummer School on Biorheology and Symposium on micro and nanomechanics and mechanobiology of cells, tissues and systems Varna, September 1 – 5, 2015

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Scientific Lecture

of Professor George Manolis, Aristotle University, Thessaloniki, will take place on 19.08.2015, hall 200 (in the Institute of Mechanics), from 2.00 PM

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Graphene Flagship partnership

The Institute of Mechanics (OLEM) enters with a successful project in the Graphene Flagship

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Announcements

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Institute of Mechanics - BAS is looking for Yes appointed

Researcher R3 in the “Monitoring Laboratory, non-destructive control, testing and characterization on mechatronic systems "

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INVITATION

Request for associated partner in project proposals Center of Competence at thematic area “Mechatronics and Clean Technologies” leaded by Institute of Mechanics – BAS.

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Theme 2

BIODYNAMICS, BIORHEOLOGY AND MICRO- AND NANOMECHANICS OF CELLS, TISSUES, BIOLOGICAL SYSTEMS AND MEDICAL MATERIALS

Project team:

Staff	room	phone: (+359 2)	e-mail
Prof. Dr. Nadia Mladenova Antonova	112	979 6413	antonova@imbm.bas.bg
Prof. DSc Svetoslav Ganchev Nikolov	107	979 6411	S.Nikolov@imbm.bas.bg
Assoc. Prof. Dr. Ivan Edisonov Jordanov	107	979 6411
Assoc. Prof. Dr. Miglena Kirilova-Doneva	328	979 6454	m.kirilova@imbm.bas.bg
Assoc. Prof. Sergey Nikolov Ranchev	402	979 6410	serg_ran@abv.bg
Assist. Prof. Dr. Ivan Mirchev Ivanov	112	979 6413	iivanov@imbm.bas.bg
Assist. Prof. Dr. Elitca Mihailova Petrova	120	979 6409	ely@imbm.bas.bg
Assist. Prof. Dr. Eugeni Vladimirov Koytchev	110	979 2006	koytchev@imbm.bas.bg
Assist. Prof. Dr. Vasilka Krumova Paskova	112	979 6413	v.kostova@imbm.bas.bg
Assist. Prof. Dr. Momchil Nenov	107	979 6411	m.nenov@imbm.bas.bg
Kamen Nikiforov Hristov	314	979 6320
PhD Students
Assist. Anika Svilenova Aleksandrova	104	979 6378	a.alexandrova@imbm.bas.bg

Study of rheological and electrical behaviour of blood and its formed elements under steady and non-steady flow and the relationship with the structuring and local mechanical characteristics of the erythrocytes aimed to improve the methods and enhance the diagnostic tools in patients with diabetes, cerebrovascular diseases, atherosclerosis etc; Mathematical modelling based on experimental data aimed to:
- discover the dynamic nature and quantitative predictions of singnalling pathways response and disturbances thereof.
- determine the concentration and modifications of the proteins involved in intra-cellular singaling cascades regulating growth, division, differentiation and apoptosis in diseases as cancer, diabetes, Alzheimer's and Parkinson's.
- discover potential targets for medication.

Study of visco-elastic behaviour of human abdominal fascia and its synthetic substitutes and finding a criterion defining the similarity of mechanical properties based on the relaxation behaviour of the materials aimed to improve the properties of hernial sails and treatment of orthopedic injuries and hernias. Biotechnological research of the dynamics of the cultivation of Acidithiobacillus ferrooxidans in different environments in view of their use in medicine and biotechnology. Study biofilm processes under the influence of environment and convective and diffusion transport of inert gases.

Task 1. Theoretical and experimental studies of mechanical and electrical properties of blood and blood formed elements

Task 2. Systems biology (molecular biodynamics)

Task 3. Biomechanics of tissues, biomaterials and processes

Projects supported: a joint research project on "Theoretical and experimental studies of mechanical and electrical properties of blood and blood formed elements" between the BAS and the ASCR

DAAD-National Fund for Scientific Investigation project DOO02/05.03.2009 " Identification, annotation and modelling the role of microRNAs in human cancer network "

Modified date:17-11-2022