Biotechnology techniques involving plant tissue culture and recombinant DNA technologies
are powerful tools that can complement conventional breeding and expedite Capsicum …

Chili pepper is an important horticultural crop that can surely benefit from plant
biotechnology. However, although it is a Solanaceous member, developments in plant cell …

Bacterial metabolites exhibit a variety of biologically active compounds including
antibacterial and antifungal activities. It is well known that Bacillus is considered to be a …

Background Agrobacterium tumefaciens T-37 can infect grapes and other fruit trees and
cause root cancer. Given the pollution and damage of chemical agents to the environment …

The effect of copper sulphate on differentiation and elongation of shoot buds from
cotyledonary explants of Capsicum annuum L. cv X-235 was investigated. Shoot buds were …

A novel micropropagation protocol was established for Capsicum frutescens L. cv.'Uchithi', a
pungent chilli cultivar, through induction of axillary shoot proliferation of in vitro raised …

In vitro regeneration from leaf, cotyledon and hypocotyl explants of six cultivars belonging to
three species of Capsicum was achieved by direct organogenesis. The cultivar Umorok …

This study evaluates the effectiveness of in vitro regeneration of 4 genotypes of pepper
(Capsicum spp.) that differ in origin and functional properties: California Wonder,(ATZ× …

In vitro direct multiple shoot formation from seedling explants of Indian high pungent
varieties of Capsicum annuum cv. Arka Abhir (AA) and Arka Lohit (AL) was successfully …

The application of modern biotechnology for improvement of chili pepper productivity
requires an efficient in vitro plant regeneration protocol. In this study, a reliable protocol was …