10 ENGLISH BOOKS RELATING TO «PSEUDOCOELOMATE»
Discover the use of
pseudocoelomate in the following bibliographical selection. Books relating to
pseudocoelomate and brief extracts from same to provide context of its use in English literature.
1
Morphology, Molecules, Evolution and Phylogeny in Polychaeta ...
Introduction The different basic designs of bilaterian body cavities, that is
acoelomate/pseudocoelomate vs. coelomate constructions (Fig. 1A–E), have
been employed to define body plans in several ways (see Rieger, 1985).
Recently the ...
Thomas Bartolomaeus, Günter Purschke, 2006
Pseudocoelomate. Aschelminthes. Phyla. Rlthough their form and structure may
vary considerably, the simplest metazoans to show a distinctive, fluid-filled body
cavity include phyla that biologists often group together under the name ...
Monroe W. Strickberger, 2000
3
Invertebrate Relationships: Patterns in Animal Evolution
Phylum Cellular cavity Musculature Designation lining (usual/possible)
Priapulida present? but both sides pseudocoelomate? anucleate? coelomate?
Chaetognatha larval present outer only? coelomate adult absent
pseudocoelomate ...
4
An Introduction to Zoology
Pseudocoelomate animals have a pseudocoel, which is a fully functional body
cavity. Tissue derived from the mesoderm, however, only partly lines the fluid-
filled body cavity of these animals. 3. Eucoelomate animals have a fluid-filled
body ...
Joseph Springer, Dennis Holley, 2012
Without any doubt, nematodes are the most important pseudocoelomate animals
in numbers and their impact on humans. Nematodes are abundant over most of
the world,yet most people are only occasionally aware of them as parasites of ...
Cleveland P. Hickman, Larry S. Roberts, Allan Larson, 2003
The distinguishing features of a Nematode are (a) triploblastic, pseudocoelomate
and flame cells (6) triploblastic, flame cells and cylindrical body (c) triploblastic,
pseudocoelomate and cylindrical body (d) diploblastic, pseudocoelomate and ...
7
Immune System Accessory Cells
A. NEMATODA Nematodes, which include 12,000 species (the majority of which
are parasitic) together with other pseudocoelomate phyla such as Rotifera, Gas-
trotricha, and Kinorhyncha (some of these representing the most primitive ...
Lubor Fornusek, Vaclav Vetvicka, 1992
8
Modern Text Book of Zoology: Invertebrates
Superphylum. Aschelminthes: The. Pseudocoelomate. Phyla. There are several
groups of animals in which the space inside the body is a pseudocoel. It is not a
true coelom because it is not lined with mesodermal epithelium, and represents a
...
9
SAT II: Biology E/M - The Best Test Preparation for the ...
SURVEY OF ACOELOMATE, PSEUDOCOELOMATE, PROTOSTOME, AND
DEUTEROSTOME PHYLA The acoelomates are animals that have no coelom (
body cavity). They include the phylum Platyhelminthes (flatworms) and the
phylum ...
10
The Invertebrates: Acanthocephala, Aschelminthes, and ...
472 CHAPTER XIV The Pseudocoelomate Bilateria — Phylum Entoprocta 521 I.
Historical 521 II. Characters of the phylum 521 III. Morphology and physiology
522 IV. Phylogenetic considerations 551 Bibliography 553 Index 555 CHAPTER
XII ...
Libbie Henrietta Hyman, 1940
3 NEWS ITEMS WHICH INCLUDE THE TERM «PSEUDOCOELOMATE»
Find out what the national and international press are talking about and how the term
pseudocoelomate is used in the context of the following news items.
Nikon Small World Winner Photo Shows a Unique View of the …
The species is called rotifers (or commonly known as wheel animals) and they are pseudocoelomate animals of microscopic and near-microscopic variety. «Softpedia, Oct 14»
A rotifer's a rotifer, no matter how small; Dr. Seuss teaches lessons …
They'll be likely to see amoebas (unicellular organisms), copepods (minuscule crustaceans) and rotifers (microscopic and near-microscopic pseudocoelomate ... «Lancaster Newspapers, Jul 14»
Randy Rotifers: Environmental Variation Prompts More Sex
A team of researchers found that they could make one breed of rotifers (Brachionus calyciflorus)—microscopic or near-microscopic "pseudocoelomate" animals ... «Scientific American, Oct 10»
