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Nanoforum - Nanotech Regulatory Document Archive

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Details on the network <strong>Nanotech</strong>nology of Clusters in Oxide Matrix:<br />

The research activity is in the field of <strong>Nanotech</strong>nology (metal nanoclusters in oxide<br />

matrix, self-organised semiconductor nanocrystallites in porous structures,<br />

nanostructured ceramics, nanoscopic self-assembled structures) and nanoscience<br />

(physical-chemical processes in self-organising nanosystems, structure and morphology<br />

of nanomaterials, electronic excitations and magnetic interactions in nanostructures).<br />

The research and integration activities are directed to the development of fundamental<br />

knowledge on nanostructures making use of partners complementarities in scientific<br />

research work, controlled processing of multifunctional materials for heterogeneous<br />

catalysis, optoelectronic and photonic devices and spintronic technique, and efficient<br />

input of actual topics to educational process.<br />

Institute of Biochemistry, Vilnius<br />

Address: Mokslininku 12<br />

2600 Vilnius<br />

Lithuania<br />

General Contacts:<br />

Description:<br />

Contact Person:<br />

Homepage: www.bchi.lt<br />

Departments active in the nano(bio)technological field:<br />

Bioanalysis, Bioelectrochemistry and Biospectroscopy,<br />

Enzyme Chemistry, and Molecular Microbiology and<br />

Biotechnology.<br />

Institute of Biochemistry<br />

Director: Prof. Valdemaras Razumas<br />

Phone: +370-5-2729144<br />

Fax: +370-5-2729196<br />

E-mail: vrazumas@bchi.lt<br />

Institute of Biochemistry is a State Research Institute, which has specialised in:<br />

Research into biochemical and genetic principles of cell functioning (cell biology,<br />

gene engineering, biocatalysis, bioenergetics, theoretical and practical<br />

fundamentals of the biosensors and bioanalytical systems) and synthesis of the<br />

biologically active compounds.<br />

The nanotechnological activities at the Institute of Biochemistry are:<br />

• Redox and/or biocatalytically active self-assembled monolayers (SAM)<br />

• Enzymes for the SAM-based biosensors and other bioanalytical systems<br />

• Enzyme-based electrochemical and optical biosensors<br />

• Functionalized nanostructured amphiphilic aggregates (e. g., redact and<br />

biocatalytically active bicontinuous reversed cubic phases of lipids)<br />

Currently 41 people are involved in the field of nanotechnology.<br />

Spectroscopic facilities at the Institute of Biochemistry<br />

Institute of Biochemistry possesses the following equipment:<br />

124

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