Our projects

Research grants |  Current research projects |  Future direction

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Fullerenes С60 for antiamyloid treatment of Alzheimer’s disease.

The grant of Presidium of the Russian Academy of Sciences "Basic science for medicine", 2011

(Podolskiy I.Y.)


Microorganisms associated with hydrocarbon contaminated sites and reservoirs for

biofuel applications.

ISTC progect (International Science and Technology center) #4033, 2010-2012

(Dmitrieva V.A. - Center for Ecological Research and BioResources Development, CERBRD).


The functional mechanisms of hippocampus and related structures in norm and at a pathology.

Grant #2.1.1./3876 Ministry of education and science of The Rassian Federation, 2009-2010

(Goduhin O.V.)


Investigation of mechanisms of action of fullerenes on experimental models of Alzheimer's disease.

Russian Foundation for Basic Research, 08-04-01751-a, 2008-2010

(Podolskiy I.Y.)


Neurogenesis and a role of astroglial cells in neuronal plasticity during epileptogenesis in vivo.

Russian Foundation for Basic Research, 08-04-00072-a, 2008-2010

(Kraev I.V.)


Reversible retraction of dendritic spines as main principle of brain working. Three-dimensional

reconstructions of hippocampal synapses in vivo.

Russian Foundation for Basic Research, 08-04-00049-a, 2008-2010

(Popov V.I.)


Stereological analysis and 3-dimensional reconstruction of the neuronal structures in the hippocampal

formation of the rats brain in the process of development, neuroactive hormones- and stress-induced

morphofunctional reorganization.

Russian Foundation for Basic Research, 06-04-49613-a, 2006-2008

(Morenkov E.D.)


Reversible retraction of dendritic spines as main principle of brain working. Stereological analysis and

3D reconstructions mammal hippocampal synapses in vivo at different functional states.

Russian Foundation for Basic Research, 05-04-49635-a, 2005-2007

(Popov V.I.)


Three-dimensional organization of both synapses and neuronal network in dentate gyrus of rat

hippocampus in vivo on late phase of long-term potentiation.

Russian Foundation for Basic Research, 05-04-49634-a, 2005-2007

(Rogachevsky V.V.)


Artificial hypothermia as a protectional factor of gamma-irradiation effect on a mammal brain.

Russian Foundation for Basic Research, 03-04-49198-а, 2003-2005

(Ignat'ev D.A.)


Stereological analysis and 3-dimensional reconstruction of the neuronal structures, synaptic

connections and neuro-glial interactions in the hippocampal formation of the rodents brain

in the process of development and experimentally-induced morphofunctional reorganization.

Russian Foundation for Basic Research, 03-04-48747-а, 2003-2005

(Morenkov E.D.)


Structural and functional maturation of neural elements.

Russian Foundation for Basic Research, 03-04-48311-а, 2003-2005

(Sheiman I.M.)


Young scientists support.

Russian Foundation for Basic Research, 03-04-06130-mac, 2003

(Rogachevsky V.V.)


Ultrastructural analysis of oncostatic doses of gamma-irradiation on brain cells of mammals

(rat, ground squirrel) in the course of hypothermia.

Russian Foundation for Basic Research, 02-04-49050-а, 2002-2004

(Ignat'ev D.A.)


Reversible retraction of dendritic spines as main principle of brain working. Stereological

and 3D reconstruction of synaptic structures using serial ultrathin sections

Russian Foundation for Basic Research, 02-04-48890-а, 2002-2004

(Popov V.I.)


3D reconstruction and role of protein synthesizing system components in synaptic transmission

regulation in the CNS neurons in normothermic and hypothermic mammalians.

Russian Foundation for Basic Research, 02-04-48877-а, 2002-2004

(Gordon R.Y.)


Unbiased quantittaive stereological analysis and 3D reconstruction of cellular and subcellular

structures using serial section

Russian Foundation for Basic Research, 01-07-90034-а, 2001-2003

(Popov V.I.)


Study of biologically active substances from hibernators tissues.

Russian Foundation for Basic Research, 01-04-49864-а, 2001-2003

(Ignat'ev D.A.)


3D reconstruction and quantitative stereological analysis of

cellular and subcellular structures in c.n.s. synapses in dependence on their electrical activity

Russian Foundation for Basic Research, 01-04-48144-а, 2001-2003

(Popov V.I.)


Study of factors in ionic channels regulation in plasma membrane of electroexcitabile plant cells.

Russian Foundation for Basic Research, 99-04-48553-а, 1999-2001

(Berestovsky G.N.)


Microspectrum and ultrastructural analyses of reversible dissociation of protein synthesizing system

in differentiated mammalian cells in vivo and in vitro at different exogenous conditions.

Russian Foundation for Basic Research, 99-04-48296-а, 1999-2000

(Gordon R.Y.)


Reversible retraction of dendritic spines at different levels of CNS synaptic activity is the main

principle of brain working.

Russian Foundation for Basic Research, 98-04-48175-а, 1998-2000

(Popov V.I.)