ISSN 2411-0272 (Online)
ISSN 2411-0485 (Print)
 
 
Home | Current Issue | Editorial Board | About Us
 

Home

Editorial Board
Archive
Current Issue
Author Guidelines
Submit a Manuscript
Track your manuscript
Reviewer Information
Reviewer's Form
Indexing
About Us
Contact Us

Nodule inhabiting non-rhizobial bacteria and their influence on growth of selected leguminous plants of Bangladesh


Mohammad Zabed Hossain1* and Per-Olof Lundquist2

1Department of Botany, University of Dhaka, Dhaka 1000, Bangladesh, E-mail:zabed@du.ac.bd, 2Department of Plant Biology and Forest Genetics, Swedish University of Agricultural Sciences (SLU), Uppsala Biocenter, 7080, Uppsala, Sweden

ABSTRACT: The present study aimed to identify non-rhizobial bacteria present in the root nodules of four legume plants viz. Arachis hypogaea L., Dolichos lablab L., Vigna mungo L., and Sesbania sesban L. grown in Bangladesh. Pure isolates of the bacteria obtained from the surface sterilized root nodules were identified by sequencing of 16S rRNA gene. A total of 13 isolates belonging to 10 genera under 7 families were obtained. Effects of these non-rhizobial bacteria on nodulation, plant height, shoot biomass, and leaf chlorophyll contents were compared in between A. hypogaeae L. and V. mungo L. Of all the isolates identified, Klebsiella sp. and Enterobacter sp. produced nodules in both V. mungo L. and A. hypogaea L. and Bacillus sp. produced nodules only in V. mungo L. Results also demonstrated that most of the isolates enhanced shoot height, shoot biomass and leaf chlorophyll contents in V. mungo L. but not in A. hypogaea L. Results of the present study are thus relevant for enhancing our knowledge about the beneficial use of non-rhizobial bacterial in growth and development of leguminous crops in order to secure sustainable agriculture.

KEYWORDS: Legumes, Non-rhizobial nodule bacteria, DNA sequencing, 16S rRNA gene

CITATION: Hossain, M. Z., Lundquist, P. 2016. Nodule Inhabiting Non-rhizobial Bacteria and Their influence on growth of selected leguminous plants of Bangladesh. Biores Comm. 2(1), 134-138.

CORRESPONDENCE: Mohammad Zabed Hossain, E-mail: zabed@du.ac.bd

 

 
 
Copyright (c) Bio Research.Com
All rights reserved.develop by YogSutrA