Plant Biotechnology and Nanodiagnostics Lab

The main focus of our lab is on plant biotechnology, with emphasis on the conservation and restoration of
endangered plants (UN-SDG 15) using both in vitro and in vivo tissue culture techniques.
The established tissue culture methods enable us to isolate secondary metabolites, which can be employed for
various medicinal purposes.

We also work on genetic engineering aspects, wherein we isolate and characterize promoters and genes from medicinal
plants for different applications. We have recently isolated three promoters and characterized them in model plants.

Another major focus of our lab is in nanodiagnostics for plant pathology.
We have successfully demonstrated the use of functionalized gold nanoparticles for the development of visual detection
methods for:

  • Banana Bunchy Top Virus (BBTV)One patent awarded
  • Begomoviruses infecting chilli and tomato – One patent filed

We are further developing these diagnostic methods for various begomoviruses, as they are a large class
of plant viruses causing significant losses in agriculture due to their ability to infect a wide variety of crops.

Team

Current Members

  • Ms. Lavanya B. – Development of a visual detection method for the identification of begomovirus diseases in Abelmoschus esculentus
  • Mrs. Steffi Selvaranie E. – Isolation, expression, and functional characterization of cyp gene from Coleus aromaticus Benth
  • Ms. Janani K.In vitro propagation of Commiphora species (Guggul) and production of Guggulsterone
  • Ms. Janani M. – Studies on in vitro propagation of endangered Cinnamomum wightii and antimicrobial activity of its therapeutic compounds
  • Ms. Sangamithra B. – Detection of begomovirus using functionalized gold nanoparticles in Capsicum annum and Carica papaya

Past Members

  • Mrs. Lavanya R. – Development of a visual detection method for begomoviral detection in chilli and tomato plants
    (1 patent filed – 2019). Ph.D awarded – 2021
  • Mrs. Evangelene Christy S.M. – Cloning and characterization of three constitutive promoters from
    Plectranthus amboinicus (Lour.) Spreng (Awaiting Viva Voce)
  • Mrs. Kalaivani D. – Anti-melanoma and anti-melanogenic activity of Isorhamnetin isolated from
    Acalypha indica (Awaiting Viva Voce)

PAST PROJECTS

Co-PI for a project proposal titled “Production of eco-friendly pigments with antimicrobial potential from actinomycetes using agricultural waste as feedstock and its application in antimicrobial clothing for medical textile industry” was sanctioned July 2021. RGP/2019-20/BU/HECP-0021.

Admissions