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Animal House

LAB INTRODUCTION

 

  • Registration No: - 602/PO/Re/S/02/CPCSEA
  • Date of Registration: -13/05/2014
  • Registration valid till: - 01/02/2026
  • Name of the Establishment: -Pushpagiri Medical College Sciences & Research Centre
  • Address of establishment: -Tiruvalla - 689 101 Kerala
  • Purpose of Registration: -Small Animal Research for Education purpose
  • Type of Animal House Facility: -Small Animal Facility

 

 

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Projects

  1. The Role of Electrical Stimulation in preventing neurolysis and sarcopenia in Denervated Muscles and Nerves in Adult Male Sprague Dawley(SD) Rats.
    PI: Dr Nebu George Thomas
  2. Development of plant-derived cellulose scaffolds incorporated with fish collagen intended for wound healing.
    PI: Dr Nebu George Thomas
  3. Fabrication of three-dimensional nanocellulose-based multifunctional materials for tissue engineering and regenerative medicine applications
    PI: Dr Nebu George Thomas
  4. Therapeutic application of polyherbal extract with guar gum-based Hydrogels for wound healing.
    PI: Dr Yogesh Dalvi
  5. Investigating the In Vivo Effects of Guar Gum-Based Hydrogels Infused with Glycyrrhiza glabra and Jasminum sambac on Diabetic Wounds: A Phyto therapeutic Approach
    PI: Dr Yogesh Dalvi
  6. Evaluating the Efficacy of Sodium Alginate Hydrogel Incorporating Glycyrrhiza glabra and Jasminum sambac Extracts for Diabetic Wounds: A Preclinical Study
    PI: Dr Yogesh Dalvi
  7. Cardioprotective effect of the polyherbal and mushroom extract on doxorubicin?induced toxicity in Rat model.
    PI: Dr Yogesh Dalvi
  8. Assessment of the anti-urolithic effect of water ethanolic extract of selected medicinal plant
    PI: Dr Yogesh Dalvi
  9. In vivo Biocompatibility Assessment of Natural and Synthetic Scaffolds and hydrogel in a Subcutaneous Rat Implant Model
    PI: Dr Yogesh Dalvi
  10. In vivo Biocompatibility Assessment of Natural and Synthetic Scaffolds and hydrogel in a Subcutaneous Rat Implant Model
    PI: Dr Yogesh Dalvi
  11. In vivo wound healing efficacy of scaffolds and hydrogels in Streptozotocin induced diabetic rat model
    PI: Dr Yogesh Dalvi
  12. Design, Synthesis and Anti Alzheimer’s Evaluation of Novel Small Molecular Hybrids
    PI: Dr Sasidhar (CSIR NIST collaborative work)
  13. Evaluation of in vivo biocompatibility and bone regeneration potential of novel 3D printed scaffolds
    PI: Dr Nebu George Thomas
  14. Development and validation of biomedical and cosmetic products from secondary fishery raw materials
    PI: Dr. Binsi P. K. Co-PI: Co-PI: Dr. Yogesh Bharat Dalvi
  15. Development and validation of biomedical and cosmetic products from secondary fishery raw materials funded by Central institute of fisheries technology, Cochin India Kerala.
    PI: Dr Nebu George
  16. In vitro biocompatibility assessment of demineralized fish bone intended for periodontal regeneration funded by Kerala State Council for Science, Technology and Environment.
    PI: Dr Nebu George
  17. Biobased Scaffolds, Membranes and Hydrogels for Improved Wound Healing and Bone Regeneration (BIOHEAL) - Swedish Research Link Grant in collaboration with Prof. AjiMathew, University of Stockholm, Sweden. Financed by: Vetenskapsrådet. Project-ID:2016- 05709. Budget: 1.17 MSEK. Timespan: 2017- 2019
  18. Fabrication of fish skin and collagen composite scaffolds loaded with drug molecules for simultaneous management of wounds and associated bacterial infections Funded by Oman Research council
    PI: Dr Nebu George

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