I, M.Saranya currently working as Tutor in Department of Pharmacology, Sri Ramachandra Medical college and Research Institute. I joined Sri Ramachandra Medical college and Research Institute as Demonstrator in 2015 .I have been worked has a Tutor in Madha medical college and Research Institute from 2012 to 2015. I was the In charge for various courses like M.Sc Renal and Neuro science ,BPT,BSc.(hons)BMS, BSc Trauma care management ,B.Sc. clinical Research , Allied Health Science in charge (2021 and 2022),B.Sc nursing ,B.Sc Optometry, BOT and B.Sc Sport Science in 2024 .I was coordinator and Developed Curriculum for B.Sc TCM for the subject Pharmacology (Request by Dr.MGR university Tamilnadu ) I was the Organising Secretary –PHARMAP 2022 Program conducted for Allied Health students and I was a Joint Organising secretary in Pharmfest-2019 and E-Pharmester in 2020 .Pursuing PhD in Faculty of Medicine in Medical Pharmacology. I have completed numerous course like I have been Resources person Aspire (Annual Sri Ramachandra Pharmacology Rapid Review Program) conducted yearly. I was the Store Indents-In charge for the Department from 2015 to till date. I have been a judge in cultural program and Resources person at various national conference.
| GATE-Young Faculty Research Grant 2021-2022
Project Name: Green Synthesis and characterization of Zinc Nanoparticle using extract of Bauhinia purpurea for Antiobesity effect. |
Project Description: Green Nanotechnology for nanoparticle synthesis using plant is gaining considerable interest among researchers as an Eco-Friendly alternative to conventional physical and chemical methods as this approach eliminates the use of toxic chemicals. In the present investigation , zinc oxide nanoparticles synthesizied using Bauhinia purpurea (ZnBP nanoparticles) as reducing agent .The synthetic biological method was found highly efficient,low and Eco-Friendly. The formation of (ZnBP nanoparticles) was confirmed by visual colour change of solutions and UV-visible spectroscopy. Biologically synthesized (ZnBP nanoparticles) have been characterizied by using different analytical methods such as particle Size, Zeta potential ,UV-visible spectroscopy, Fourier transform infrared spectroscopy(FTIR),powder X-ray diffraction (XRD),Field Emission Scanning electron Microscopy (FESEM) and Transmittion Electronic Microscopy are the techniques indicated the efficient formation of (ZnBP nanoparticles. The effect of ZnBP nanoparticles was checked using well standardized Invitro method ,Insilico and Invivo methods Antioxidant and Antiobesity .Based on the Result, study will also reveals zinc oxide nanoparticles synthesizied using Bauhinia purpurea (ZnBP nanoparticles) which will exhibit a good Antioxidant and Antiobesity .
Project Description: Green Nanotechnology for nanoparticle synthesis using plant is gaining considerable interest among researchers as an Eco-Friendly alternative to conventional physical and chemical methods as this approach eliminates the use of toxic chemicals. In the present investigation , zinc oxide nanoparticles synthesizied using Bauhinia purpurea (ZnBP nanoparticles) as reducing agent .The synthetic biological method was found highly efficient,low and Eco-Friendly. The formation of (ZnBP nanoparticles) was confirmed by visual colour change of solutions and UV-visible spectroscopy. Biologically synthesized (ZnBP nanoparticles) have been characterizied by using different analytical methods such as particle Size, Zeta potential ,UV-visible spectroscopy, Fourier transform infrared spectroscopy(FTIR),powder X-ray diffraction (XRD),Field Emission Scanning electron Microscopy (FESEM) and Transmittion Electronic Microscopy are the techniques indicated the efficient formation of (ZnBP nanoparticles. The effect of ZnBP nanoparticles was checked using well standardized Invitro method ,Insilico and Invivo methods Antioxidant and Antiobesity .Based on the Result, study will also reveals zinc oxide nanoparticles synthesizied using Bauhinia purpurea (ZnBP nanoparticles) which will exhibit a good Antioxidant and Antiobesity .