M.C.Arunan
Behavioral assay:
1. Drosophila larval gustatory assay
2. Drosophila larval olfactory assay
3. E.worm gustatory assay
Learning & Memory:
1. Habituation/dishabituation in snail
2. Associative learning & memory
3. Short term memory paradigm
4. Long term memory paradigm
5. Decapitated Fly behavior
Organization of the Invertebrate nervous system: E. Worm, Snail, Drosophila V. N.chord squash prep & methelene blue staining E worm & snail ganglia Immunohisochemical techniqe- Staining of V. nerve chord neuron Chemosensory receptors: Drosophila Antenna, Wing and Leg
Dev. Neurobiology : Drosophila Imaginal discs Eye, antenna, Wing, Legs, Larval nervous system dissection; squash prep, immuno histochemistry of larval organs, Hemocytes and metamorphosis
Regeneration studies in E.Worm morphlogy, blastema dissociation, Histology Paraffin sections, Snail foot regeneration-histology, Transformation experiments in E.coli: Plasmid isolation and characterization- AGE & PCR Protein separation through PAGE with comassie /under transillumination - a comparison
Neurogenetics: Gal 4 UAS system, Enhancer trap system,P dysgenesis Culturing Dapnia, E. worm, Drosophila, snail
M. Rajadhyaksha :
Primary Investigator ofProject supported by BRNS, Department of Atomic Energy, India.(2005- 2008 )
Awarded short term Overseas Associateship byDepartment of Biotechnology to work at University of Louisville, Kentucky, USA. (2005-2006)
Visiting Scientist at National Institute of Health, Bethesda, Washington, USA. (2001 Aug-Oct)
As recognized guide for Ph.D. in `Applied Biology”, Mumbai University, Mumbai involved in guiding student for Ph.D.
H. Ramachandran :
Developmental aspects of neural retina, role of neurotransmitters in retina, changes induced during aging including clinical conditions like glaucoma.
Isozyme patterns of acetylcholine esterase activity in embryonic and ageing brain also their relevance to memory/Alzeimers.
Cell signaling in neurons and their physiological significance in understanding mental disorders/behaviour.
Developing simple Neurophrmacological model to understand mental disorder- currently working on Dictyostelium ( Fungi imperfecti)
Univ minor res. Grant awarded “ To study the effect of lithium on vertebrate retina” (2003)
Effect of melatonin on developing chick brain (2007)
Recent Publication:Effect of lithium on developmentally relevant neuronal enzymes in embryonic chick brain (H.Ramachandran & M.S. Rajadhyaksha
Toxicology International(Dec.2007)
H. Subramaniam :
Minor Research Grants
Y. Khan
Major Research Grant received from Lady Tata Memorial Trust for the project “To determine the role of TLR2 in nerve damage in leprosy” (2006-2008)
Minor Research Grant from Mumbai University
- “To study the effect of lithium on the cytoskeletal elements in neuroblastoma and glioma cells.’ (2005-2006)
- ‘To determine the protective effect of Lithium on in vitro astrocyte cultures exposed to different stress conditions’ (2001-2002)
Other Research Interests (student research awarded the LTMT scholarships)
- To study the effect of lithium on the differentiation of the C6 glioma cell line
- Estimation of NO in sera of leprosy patients as a predictive indicator of disease state and treatment efficacy
To study the effect of nanoparticles on neural cells in culture |