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Main Index >> Bacterial Taxonomy

Cyanobacteria
Division II Bacteria
Phototrophic Bacteria
Gliding Bacteria
Sheated Bacteria
Budding and OR Appendaged Bacteria
Spirochetes
Spiral and Curved Bacteria
Gram Negative Aerobic Rods and Cocci
Gram Negative Facultatively Anerobic Rods
Gram Negative Anerobic Bacteria
Gram Negative Cocci and Coccobacilli
Gram Negative Anaerobic Cocci
Gram Negative Chemolithotophic Bacteria
Methane Producting Bacteria
Gram Positive Cocci
Features of Gram Negative Cocci and Coccobacilli
Features of Nitrifying Bacteria
Characters of Bacteria Metabolising Sulphur and Sulphur Compounds
Characteristics of Methane Producing Bacteria
Characteristics of Family Micrococcaceae
Characters of Family Streptococcaceae
Characters of Family Peptococcaceae
Characters of Family Bacillaceae
Features of Coryneform Group of Bacteria
Whole Cell Sugar Patterns of Aerobic Actinomycetes
Major Constituents of Cell Wall Types of Actinomycetes
Groups of Actinomycetes Based on Whole Cell Sugar Pattern and Cell Wall Type
Nonlegume Nodule Bearing Plants with Frankia as Endophyte

Bacterial Taxonomy
Tabular Form of Bacterial Classification From David Bergey's Manual


The standard work for the classification of bacteria is Bergey's Manual of Determinative Bacteriology. The eighth edition published in 1974 (Eds. R. E. Buchanan and N. E. Gibbons) shows a much modified organisation from the seventh edition. The seventh edition of the manual classifies bacteria in the form of a complete hierarchy. The eighth edition groups the bacteria into19 sections on the basis of structure, genetic data and biochemical, nutritional, staining and ecological characteristics.

This change in approach in the identification and classification of bacteria is due to the application of three sets of experimental observational approaches

(I) light microscopic observations and staining methods have been employed to observe the behaviour of the nucleus

(2) The electron microscope has been used to extend the study of Comparative cytology to the ultra structural level of the ceIl

(3) Biochemical and biophysical techniques have been employed to further clarify the features of cellular organisation..

Endospore Forming Rods and Cocci
Gram Positive, Asporogenous Rod-Shaped Bacteria
Actinomycetes and Related Organsisms
Rickettsias
Mycoplasmas
Characters of Two Subgroup of Purple Bacteria
Characters of Cytophaga Group
Characteristics of Spiral and Curved Bacteria
Characteristics of Azotobacteraceae
Features of Genus Rhizobium
Host Range of Various Species of Rhizobium
Features of Enterobacteriaceae
Characteristics of Tribe Escherichieae
Features of Tribe Klebsielleae
Features of Family Vibrionaceae
Characters of Gram Negative Anaerobic Bacteria