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____Live bearing A. wyrd ____cloacal trees B. Slightly moveable joints ____ madr

ID: 96237 • Letter: #

Question

____Live bearing A. wyrd ____cloacal trees B. Slightly moveable joints ____ madreporite C. Fully moveable joints ____claspers D. water intake in lampreys ____spiracles E. membrane that collects metabolic waste ____ectotherms F. scutes ____ mesolecithal G. egg with large yolk ____neotenic H. sex fins ____allantois L sieve plate ____plastron M. chorion ____ calamous N. fibrous outer pericardium ____ precocial O. hemipenis ____omnivorous P. gives rise to blood cells ____ amphiarthrosis Q ventral shell of a turtle ____diarthroses R. inner layer of pericardium _____parietal pericardium S. live bearing _____ hematopoiesis T. respiratory organ of echinodermata U. Can eat anything V. quill W. gills retained in adult amphibian X. pelliceraeia Y. ready to move at birth Z. 'cold blooded'

Explanation / Answer

live bearing -> chorion (birth giving and not egg laying)

madreporite -> seive plate

claspers -> sex fins (part of male pelvic fins of sharks or rays under which they hold the female for copulation.)

neotenic -> gills retained in adult amphibians (morphological structures retained by adults)

allantois -> membrane that collects metabollic wastes (fluid filled membrane in womb which help in gaseous exchange and removal of liquid wastes.)

plastron -> ventral shell of turtle ( flat part of a turtle's shell at the ventral side)

precocial - > ready to move at birth (young one is ablie to fee itself just after getting born/hatched

omnivorous -> can eat anything (i.e eat plants as well as animals)

amphiartherosis -.> slightly moveable joints (eg. intervertabral disc)

diartheosis -> freely moveable joints (eg. in limbs)

perietal pericardium -> fibrbous outer pericardium (outer heart layer)

hematopoeisis -> gives rise to blood cell (process of forming blood cells from stem cells in the bone marrow)