Dr. Sat Bhattacharya 1845 connecties

Founded and Co-coordinated a multitude of Local, Regional, National and International Educational Programs in US, Latin America, Africa and Asia. The society meets the Scientific Education and Developmental needs of young adults and Adolescents in Socio-Economically Disadvantaged areas. Encouragement is given to the Study of the Sciences, Maximize Learning and a Healthy Development. Emphasis is placed in their pursuit of Higher Education and Career Achievement by providing them with Knowledge, Skills, Guidance and Understanding.
Mobilized and led local, regional, national and global efforts at coordinating a multitude of efforts in education and socio-cultural events. This has lead to innumerable awards and recognition for the society and the cause to further increase understanding of science and education across socio-cultural and economic fora.
Experienced at coordinating Political and Community leaders, Heads of Governments, Diplomatic Counsel and other Dignitaries Globally.

Responsibilities: (a) devising new protocols and performing research and Clinical Studies on various Procedures for the Early Detection and Cure of Cancer in Prostate Cancer, Breast Cancer, Skin Cancer, Thyroid Cancer, Colorectal Cancer, Lung Cancer & others; (b) Setting up and maintaining facilities and coordinating activities related to research; (c) Training other Medical and Research Personnel in Molecular and Genetic Engineering Techniques.
Performing a Multitude of Projects related to the above-mentioned Molecular Approaches to Cancer Detection and Cure.

Research relating to the Study of Factors involved in Bone Growth and Development in Osteoporosis and Devising new Protocols. Performing a Multitude of Projects related to the above-mentioned Molecular Approaches to Bone Growth and Development in Osteoporosis.

Responsibilities: (a) Setting up and maintaining facilities and coordinating activities related to research; (c) Training Medical and Research Personnel in Molecular Genetic Techniques.
Projects: (a) Phagocytosis of Mycobacterium tuberculosis (M.tb.) by macrophage cell lines and by peritoneal cells; (b) maintaining and processing of various strains including Drug Resistant Mycobateria; (c) Immunoscreening of Cosmid Library harboring M.tb. antigens by: (i) ELISA and (ii) Immunoblot; (d) Standardizing various Immunoblots using Nonradioactive Detection. Assisted in Writing a National Institute of Health (NIH) Grant for Investigating the Molecular events ensuing Infection of HIV in cells.

Responsibilities: (a) Setting up and maintaining facilities and coordinating activities related to research; (c) Training other Medical and Research Personnel in Molecular and Genetic Engineering Techniques.
Projects: (a) Study of regulation of c-fos and jun-b in hypothalamic neurons by glucose involved in glucose metabolism; (b) study of the overlap between glucose receptive neurons GTG-sensitivity, GK-expressing or enkephelon expressing neurons; (d) addressing the hypothesis whether Obesity, Diabetes and Aging are associated with impairments in the Hypothalamic Glucose transduction mechanism. Also involved with other Gene Transfer Techniques using various Viral Vector Systems, for Insulin Gene Therapy Experiments.

Center for Research in Neurodegenerative Disorders,
Projects: Molecular Localization, primarily by In situ Hybridization of Genetic Messages of Specific Neuronal and Glial Proteins (NF-L, ChAT, GAP-43, bFGF, CNTF, Ta-1, VAMP and p65) known to be involved in Neuronal Repair after Neuronal Damage in facial nerve axotomised rats.

Projects: The Molecular Cloning and Study of Expression of Mouse Complement Factor I. Involved (a) in Screening Mouse Liver cDNA Library, and Isolating several clones positive for Factor I. Cloning and Subcloning for the purposes for further characterization, including DNA Sequencing. (B) Study of Factor I Gene Expression in vivo in mice by Immune modulators like LPS

Projects: (a) Production and Characterization of Monoclonal Antibodies against Japanese encephalitis (JE) Virus; (b) Maintaining various Hybridoma Cell Lines; (c) Production of Monoclonal Anti-Idiotypic Antibodies raised against JE Virus for the purposes of Developing a Vaccine; (d) Characterization of a Monoclonal Antibody against JE Virus that cross reacted with Histones.

Isolation and Characterization of Plasmids from the Bacterium Zymomonas mobilis.