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BIOL EXAM 3

nematoda, arthropoda, echinodermata, chaetognatha

descriptionterm
a true cavity not completely surrounded by mesodermal tissue pseudocoelem
group of protostome animals with protective cuticle ecdysozoans
molting of protective outer layer ecdysis
protective outer layer secreted by epidermis found in ecdysozoans cuticle
characteristic of distinctive differences between sexes of a species sexual dimorphism
copulatory organ in males of Nematoda used for grasping female spicules
Anclystoma duodenale (old world hookworm) preferred space in host intestine
three modes of infestation of Anclystoma duodenale (old world hookworm) ingestion, inhalation, skin penetration
parasite of nematoda with three larval stages that moves through body into pharynx where they are swallowed into the intestine Anclystoma duodenale (old world hookworm)
Anclystoma caninum (dog hookworm) preferred space in host intestine
Ancystoma caninum (dog hookworm) effects anemia and low energy
parasite of nematoda with three larva stages that enters through a dog's feet or placenta Anclystoma caninum (dog hookworm) is a
Ascaris lumbricoides (giant intestinal roundworm) preferred space in host intestine or lungs
Ascaris lumbricoides (giant intestinal roundworm) mode of infestation ingestion
filarial parasite of nematoda that causes lymphatic filariasis and elephantiasis Wuchereria bancrofti
nematodan parasites that live in blood/lymph vessels that require a mosquito vector for the third (final) larval stage filarial worms
filarial nematodan parasite that prefers the lungs and heart of canines and is transferred by mosquitos Dirofilaria immitis (canine heart worm)
Nematodan parasite caused by drinking unfiltered water containing infected copepods (aquatic arthropods) that prefers human intestines; female goes down human leg and lays eggs through a hole in the skin Dracunculus medinensis
Arthropodan characteristic of repeating body segments metamerism
three tagmata of Arthropods cephalon, thorax, abdomen
Morphological characteristics of Arthropoda metamerism, jointed appendages
Biological characteristics of Arthropoda (at least two) complete digestion, open circulation, dorsal brain, double nerve chain
type of development when mother lays juveniles oviparous
type of development when mother lays eggs viviparous
Subphylum of Arthropoda characterized by chelicerae, pedipalps, four pairs of walking legs Chelicerata
marine class of Chelicerata with unsegmented shield, telson, book gills (no uropods) Merostomata
class of Chelicerata that includes Aranea (spiders), Scorpionida (scorpions), Acari (ticks) Arachnida
dioecious Subphylum of Arthropoda with oviparous development, antennae, mandibles, and two pairs of maxillae Myriapoda
carnivorous class of Arthropoda Chelicerata Myriapoda with unfused body segments and direct oviparous development Chilopoda
herbivorous class of Arthropoda Chelicerata Myriapoda with fused body segments and one larval stage Diplopoda
Ecdysozoan dioecious subphylum of Arthropoda that can be free living or parasitic with antennae and antennules, biramous appendages Crustacea
two larval stages present in Arthropoda Crustaceans (in order) nauplius, protozcea
tactile organs on cuticle of Arthropoda Crustaceans statocyst
Class and order of Arthropoda Crustacea that walks sideways with five pairs of walking legs and has chelicerae Malacostraca Decapoda
Class of Arthropoda Crustacea that is nearly microscopic, eats plankton, has nauplius larva, and keeps egg sacs on body until they hatch Copepoda
Class of Arthropoda Crustacea that cannot move in its adult form due to calcerous plates (barnacles) Thecostraca
dioecious subphylum of Arthropoda contianing only two classes that has complex development and over one million species Hexapoda
Two classes of Arthropoda Hexapoda Entognatha, Insecta
defining feature of Arthropoda Hexapoda Entognatha mouth parts contained inside head
Order of Arthropoda Hexapoda Insecta that is social with complex communications, castes, and queens Order Hymenoptera
hemimetabolous order of Athropoda Hexapoda Insecta with aquatic nymph (juvenile) stage (dragonflies and damselflies) Odonata
Order of Arthropoda Hexapoda Insecta with very aggressive females that is known for its predatorial front legs and mini brains in every body segmant (Praying Mantis) Mantodea
Order of Arthropoda Hexapoda Insecta commonly referred to as bugs Hemiptera
Hemimetabolous order of Arthropoda Hexapoda Insecta with four membranous wings and a sucker for their liquid diet (butterflies and moths) Lepidoptera
hermaphroditic marine planktonic phylum that is the branch between deuterostomes and protostomes with unsegmented bodies Chaetognatha
animals with internal fertilization by self hermaphrodites
Phylum with water vascular system and bilateral larva but radial adults Echinodermata
dioecious class of Echinodermata with five arms, suckers on tube feet, and aboral madreporite (can eject stomach) Asteroidea
Larval stages of Asteroidea in order Bipinnaria, brachiolaria
Larval stage of Asteroidea that uses biomineralization to metamorphosize into juvenile sea star (requires flat surface) Brachiolaria
Class of Echinodermata with a test (cannot regenerate) Echinoidea
Class of Echinodermata that is secondarily bilateral with tentacles and anus on oral side, ejects culvarian tubes and digestive track when scared Holothuroidea
type of development with morphological distinct larva and complete metamorphosis Holometabolous Development
type of development with gradual metamorphosis from nymph larvae to adults Hemimetabolous Development
Order of Arthropoda Hexapoda Insecta that is social with castes, kings, and queens, and builds mounds Isoptera
Order of Arthropoda Hexapoda Insecta with two wings and holometabolous development (mosquitoes, flies) Diptera
Order of Arthropoda Hexapoda Insecta with one pair of protective wings called elytra, one pair of wings for flight (beetles) Coleoptera
Order of Arthropoda Hexapoda Insecta with stridulatory file on hind legs (grasshoppers, locusts, crickets) Orthoptera
Created by: oclar11
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