National Botanical Research Institute
INTRODUCTION:
NBRI is a premier plant based multidisciplinary, state-of-art national R&D Centre of CSIR undertaking research from classical taxonomy to cutting edge areas of modern biology-including both applied and basic research in the fields of biochemistry, bioinformatics, biotechnology, conservation biology, cytogenetics, environmental sciences, ethnopharmacology, floriculture, microbiology, molecular biology and genetic engineering, pharmacognosy, pharmacy, physiology, phytochemistry, plant biodiversity, plant breeding, taxonomy and tree biology, for the conservation and sustainable utilization of the non crop plant genetic resources of the country.
The major areas of research are:
- Biomass Biology & Environmental Sciences
- Bioinformatics
- Biotechnology & Plants Physiology
- Botanic Garden & Floriculture
- Botanic Garden - Plant Conservation & Eco education
- Genetics & Plant Breeding and Agrotechnology
- Molecular Biology and Genetic Engineering
- Natural Product Development - Phytochemistry
- Pharmacognosy & Ethnopharmacology
- Plant Biodiversity & Conservation Biology
- Experimental Agro-fields
The following are the topics where research has been successfully carried out:
The areas where ongoing research is carried out are:
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A process of co-cultivating a fungal culture filtrate with a medicinal plant for the enhancement of biomass, active ingredient concentration and antioxidant activity of the plan
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Herbal black dye used in beautifying the hair and its applications
- Method of modulating antioxidants in functional foods by plant growth promoting rhizobacteria and uses thereof
- Recombinant chimeric G-protein of rabies virus produced in trangenic plants and a synthetic gene for development of vaccine
- Recombinant chimeric G-protein of rabies virus produced in trangenic plants and a synthetic gene for development of vaccine
- Recombinant chimeric G-protein of rabies virus produced in trangenic plants and a synthetic gene for development of vaccine
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A synergistic bionoculant composition comprising high temperature tolerant trichoderma isolates of accession noss NRRL 30595, NRRL 30596, and NRRL 30597 and a method of producing said composition
- Development of novel herbal combination used as a brain tonic and cognition based on traditional indigenous knowledge