About
Highlights
- Mathematical modeling and experiments demonstrate that mycobacteriophages can kill bacteria through non-lytic mechanisms. The information derived could lead to the development of new drugs for the treatment of TB
- A new approach towards information retrieval from dynamic multidimensional images using complex networks developed. The method can be used for non-invasive diagnosis of dry eye disease
- Key molecular regulators of early blight disease response in tomato have been revealed
- Mechanism of ganglioside GM2 mediated migration of tumor cells - a pivotal role of the integrin receptor
- delta-factor of Bacillus subtilis is not a subunit of RNAP but functions as a transcriptional factor
- Newly designed mASAL, a lectin like Protein conferring sheath blight resistance in transgenic rice
- Critical roles of Hsp90 in CRAF kinase stabilization and actin dependent translocation to the plasma membrane during MAPK signaling
Events
- 06/09/2017 02:30 PM
Prof. Nihar Ranjan Jana, National Brain Research Centre, Manesar, Haryana. Impairment of protein homeostasis in Huntingtons disease - 30/08/2017 02:00 PM
Prof. Ronald G. Prinn, Massachussetts Institute of Technology, Boston, USA. Climate change risk and the challenge of avoiding 2 degree centigrade warming - 22/08/2017 03:30 PM
Prof. V. Faye McNeill, Department of Chemical Engineering, Columbia University, New York, NY 10027. Colloquium on "Aqueous Chemistry in Atmospheric Aerosols: Impact on Air Quality" - 21/08/2017 02:00 PM
Zeiss Technical Representative, Carl Zeiss India Pvt. Ltd.. Zeiss Latest Products and Optimal Imaging Solutions - 18/08/2017 03:00 PM
Prof. Subrata Majumdar, Div. of Molecular Medicine, Bose Institute. Experiencing a Sweet Disease: Diabetes
Centenary
Bose Institute has conducted path breaking research in biological, chemical, physical and interdisciplinary sciences for over a century. On its centenary, the Institute celebrates its eventful past and vibrant present through research meetings and other programmes.
