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Center Code: 
cbcmt

2015

Sl.No Pub Year Authors Paper Title Journal Name ISSN No Vol No Issue No B Page E Page
1 2015 Kumarpranawa, Khan I., Saranya D., Raj A. Preparation and characterization of kidney stone phantoms with compression strength and dielectric property studies International Journal of ChemTech Research 0974-4290 8 5 153 157
2 2015

2014

Sl.No Pub Year Authors Paper Title Journal Name ISSN No Vol No Issue No B Page E Page
1 2014 Anbumani S., Nambiraj N.A., Dayalan S., Ganesh K., Anchineyan P., Bilimagga R.S. A brachytherapy plan evaluation tool for interstitial applications Advances in Bioinformatics 1687-8027 2014   - -
2 2014

cbcmt-Video Gallery

Dr. Paulo Lisboa

Dr. Paulo the Associate Dean Research from UNESP, Brazil, talks about his first visit to VIT.

Centre for Biomaterials, Cellular and Molecular Theranostics (CBCMT...

Year 2023 - 2024

Terasaki Institute for Biomedical Innovation

MoU signed on Nov 2022
Activities Planned: Product translation, Exchange of students, Commercialization, Organization of joint academic and scientific activities.

Cellular and Molecular Therapeutics Laboratory-cbcmt-facilities

This facility comprises of all the equipments and instruments needed to perform cellular studies and other molecular biology studies.

Lab in-charge: Dr. Loganathan Rangasamy, Email:loganathan.r@vit.ac.in

Medical Physics Laboratory-cbcmt-facilities

This laboratory has all the basic equipments needed to perform experiments related to medical physics applications. Medical Physics is the application of Physics concepts, theories and principles to medicine or health care.Some of the key areas of research include:

 

Biocorrosion and Biotribology Laboratory-cbcmt-facilities

Corrosion and wear are the major factors that affects the service period of an implant when exposed to the aggressive environment as in human body. Development of new materials and coatings to alleviate wear and corrosion are the major focus of biomaterials research to enhance the longevity of mankind. The major focus of this facility is to evaluate and understand the behaviour of widely used implant materials such as titanium and magnesium in simulated body conditions. The corrosion of coated and uncoated substrates are evaluated using ACM Gill potentiostat under controlled environment.

Mohan Varma Damu Seshadri

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