Presented in 15 extensively illustrated volumes, it provides specific and exhaustive coverage of all the major invertebrate phyla, offering full accounts of their gross, histological, and ultrastructural anatomy. The 15 individual volumes are arranged phylogenetically, beginning with the protozoa, defined herein as the motile protists, and concluding with the invertebrate members of the phylum Chordata. Although gross and external anatomy are discussed in some detail, the emphasis of this work is consistently on functional invertebrate anatomy, particularly at the ultrastructural level. It does not remain limited to fundamental descriptions of anatomical structure but rather goes beyond that level to offer a compelling view of microscopic anatomy that relates structure to function in various organisms.

Presented in twenty extensively illustrated volumes, Microscopic Anatomy of Invertebrates provides specific and exhaustive coverage of all the major invertebrate phyla, offering full accounts of their gross, histological, and ultrastructural anatomy. The twenty individual volumes are arranged phylogenetically, beginning with the protozoa, defined herein as the motile protists, and concluding with the invertebrate members of the phylum Chordata.

Presented in twenty extensively illustrated volumes, Microscopic Anatomy of Invertebrates provides specific and exhaustive coverage of all the major invertebrate phyla, offering full accounts of their gross, histological, and ultrastructural anatomy. The twenty individual volumes are arranged phylogenetically, beginning with the protozoa, defined herein as the motile protists, and concluding with the invertebrate members of the phylum Chordata.

This volume is part of a multi-volume reference work on the functional anatomy of invertebrates. Arranged phylogenetically, the series begins with the protozoa, defined herein as the motile protists, and concludes with the invertebrate members of the phylum chordata.

Insecta, a class of arthropods, is the largest group of animals known (includes wasps, bees, and ants), whose members have three pairs of jointed legs and are characteristically divided into three anatomical portions. Presented in twenty extensively illustrated volumes, Microscopic Anatomy of Invertebrates provides specific and exhaustive coverage of all the major invertebrate phyla, offering full accounts of their gross, histological, and ultrastructural anatomy. The twenty individual volumes are arranged phylogenetically, beginning with the protozoa, defined herein as the motile protists, and concluding with the invertebrate members of the phylum Chordata.

The 15 illustrated volumes of this series provide specific and exhaustive coverage of all major invertebrate phyla, offering detailed accounts of their gross, histological and ultrastructural anatomy. The individual volumes are arranged phylogenetically, beginning with the protozoa (defined herein as motile protists) and concluding with the invertebrate members of the phylum Chordata.

Electron-Microscopic Structure of Protozoa mainly discusses the structure and taxa of protozoa. This text first discusses protozoa as cells, wherein the author emphasizes that these unicellular organisms be compared with a whole metazoan organism than with any of its component cells. This book then studies the protozoan superclass Rhizopoda, subphylum Actinopoda, slime molds, and subphylum Sporozoa, as well as toxoplasma. Phytoflagellates, zooflagellates, and ciliates are also tackled. This book concludes by explaining membrane differentiations, fibrous structures, and relationships of protozoa. This publication will be invaluable to biologists and other scientists interested in studying protozoa.