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Molecular organization
& Structural Recognition. |
 |
The structural
basis of biological function. |
 |
Crystallographic
structure and modeling ofprotease system to understand differential
binding affinity, key to specificity in biology specially for
protease drug design protocol . Calotropin DII, a thiol Protease,
is solved and electron density map & final refinement is
completed. |
 |
Co-crystallization
and structure elucidation of small model complexes of amino
acids and nucleotides in their supramolecular association have
been done to understand molecular recognition in biology. |
 |
Difference in
cognate/noncognate tRNA - tRNA Synthetase interaction has been
linked to a conformational change. |
 |
Molecular basis
of cooperativity in l-repressor
operator system |
 |
Development of
a model for protein electron transfer. |
 |
Installation
of a functional 500 MHz FT-NMR Spectrometer for various structural
work. |
| Instrument |
Academic Institutes
(in Rs.) |
Industry
(in Rs.) |
| FT - NMR spectrometer - 500MHz |
No |
No |
| HPLC |
No |
No |
| FPLC |
No |
No |
| Refrigerated superseed Centrifuge |
No |
No |
| UV-VIS Spectrometer |
No |
No |
| Fluorescence Spectometer |
No |
No |
| Lyophiliser |
No |
No |
| PCR machine perkinelmer |
No |
No |
| Silicongraphics workstation(O2) |
No |
No |
| Column chromatographic with
UV monitor |
No |
No |
| Polarising Microscope |
No |
No |
| Bose Institute reserves the right
to limit usage of it's facilities to outside users.
|