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echinodermata - regeneration in invertebratesasteroids starfishes ophiuroids brittle stars and crinoids sea lilies can reproduce their lost arms and
arthropods - regeneration in invertebratesamong arthropods like insects crustaceans centipedes scorpions and spiders the capability of regeneration
segmentation in regenerating annelidsseveral worms as they grow continue to add new segments at the posterior end in these segmentation takes place
annelids - regeneration in invertebratesbetween the segmented worms both the polychaetes and oligochaetes have remarkable powers of regeneration
nemerteans - regeneration in invertebratesnemerteans as well possess remarkable regenerative ability as even a small fragment can regenerate into a
platyhelminthes flatworms - regeneration in invertebratesbetween flatworms the turbellarians mostly fresh water species and fresh water and
porifera - regeneration in invertebratessponges have immense regenerating ability and show two ways of doing so as displayed below a regeneration
protozoans - regeneration in invertebratesmost single celled animals such as protists ie protozoans regenerate very well if part of the cytoplasm is
comparison between regeneration and embryonic development by now you must have realized that the procedures of regeneration and embryonic development
problem of polarity in regeneration in planariansas in hydra flatworm regeneration as well appears to occur in a polar fashion there seems to be
process of regeneration in planariansregeneration in planarians has been broadly studied and considerable information regarding this phenomenon is
problem of polarity the control of polarity in regenerating coelentrates like hydra has received much attention for many years you are already aware
source of cells for regeneration it had been considered earlier that interstitial cells constitute a reserve of undifferentiated cells that provide
lens regeneration in amphibians it is an amazing fact that between all vertebrates only certain amphibians have the unique ability to regenerate lens
limb regeneration in anuran amphibianswe are already aware that the limb of adult frogs does not regenerate later than amputation though some
rule of distal transformation of blastemaan intriguing phenomenon characteristic of limb regeneration is that just only the part of the limb removed
role of hormones in regeneration several neurosecretory effects in regeneration are integrated into a neuroendocrine feedback system it is frequently
role of nerves - regeneration it has been seen that soon after amputation nerves invade the regeneration blastema if the stump is denervated by
role of wound epidermis and apical epidermal capearlier described that amputation the stump epidermal cells at the wound edge migrate over and
limb regeneration in amphibians in vertebrates the amphibians particularly the urodeles comprise spectacular power of regeneration this power of
morphallaxis - regenerationthis kind of regeneration takes place in plants sponges and coelenterates such as jelly fishes and hydra the missing parts
epimorphic regenerationin this sort of regeneration the lost part is reformed and restored via the growth of a bud or blastema from the remaining
reparative regeneration this type of regeneration as the name suggests involves repair of a wound or replacement of a body part removed intentionally
regeneration - development biologyregeneration has intrigued scientists for several generations and has resulting in voluminous literature on the
physiological regeneration this type of regeneration is a regular physiological function including the continuous replacements of cells and tissues