2018年11月1日 · Rhizobia are Gram-negative bacteria present in soil. They are distinguished from other prokaryotes by the ability to elicit nodules on roots and stems of leguminous plants …

2018年11月1日 · Culture collection centers act as repository of valuable microbial strains. In the changing global scenario, these centers are becoming Biological Resource Centres (BRCs), …

1994年1月1日 · Handbook for Rhizobia includes dozens of detailed protocols on topics ranging from isolation and maintenance of rhizobia to contemporary molecular biology methods, and is …

Rhizobia are famous for their potency to embed a symbiosis with legumes. They inhabit root nodules, where they reduce atmospheric nitrogen and make it available to the plant. The …

2021年10月8日 · In this chapter, we discuss various strategies used for the isolation of rhizobia and different identification techniques. The legume-nodulating bacteria, collectively called …

Rhizobia includes all bacteria that induce nodule formation on the roots of legume plants (Fabaceae) and fix atmospheric nitrogen for the host plant in exchange for carbon sources …

The legume symbiosis with rhizobia (root nodule bacteria) has been acknowl-edged as fundamental to sustainable agriculture because this intimate relationship between soil bacteria …

research, enhance value of strains, and control access to dangerous microorganisms. For adoption and popularizing use of rhizobium-legume technology, their isolat. on, identication, …

2020年12月4日 · Rhizobia is the collective term used to indicate a bacterium that has the ability to initiate root nodulation in legumes and fix nitrogen symbiotically. They are heterogeneous …

Legumes and their rhizobial symbionts are of prime importance due to their ability to improve the nitrogen fertility of soils. To discriminate rhizobia into species and subspecies, identification …