• Corpus ID: 18324231

The stucture and function of Eimer's organ in the mole.

@inproceedings{Marasco2006TheSA,
  title={The stucture and function of Eimer's organ in the mole.},
  author={Paul D. Marasco},
  year={2006}
}
I dedicate this dissertation to my wife Sue Marasco who has made considerable sacrifices to help me complete this project and move to the next step ii ACKNOWLEDGEMENTS I thank Kenneth Catania for his mentorship through this entire process. I look to Ken as the model for how to be an intelligent, productive and, above all, creative scientist. During my tenure in his laboratory he has always provided me with the freedom and autonomy to design and tailor my research projects to my interests while… 

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TLDR
The authors are of the opinion that the capsule and its lamellae have not only mechanical significance or the function of the transfer system and filter, but they form an important component (subsystem) of the whole metabolic system in the sensory corpuscle.
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TLDR
The star‐nosed mole possesses a conspicuous specialization of its snout in the form of 22 fleshy appendages that fan out from around the nostrils, making this structure perhaps the most sensitive tactile organ yet discovered for its size.
Nerve supply and distribution of cholinesterase activity in the external nose of the mole
TLDR
It is suggested that the organ of Eimer, the specialised nerve plexus deep to it and the surrounding blood sinus together constitute the touch receptor on a similar principle of transmission by leverage as in the tactile hair or the intermediate ridge of the papillary ridge.
Ultrastructure of the Eimer's organ of the star‐nosed mole
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TLDR
The nose of the star‐nosed mole consists of 22 fleshy appendages that fan out from around the nostrils and are covered with specialized epidermal sensory receptors called Eimer's organs, which are consistent with a mechanoreceptive function.
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TLDR
The Pacinian corpuscle has a framework of cytoplasmic lamellae arranged concentrically in the outer zone, and bilaterally in the core, and between these is an intermediate growth zone which provides a route whereby metabolites reach the active nerve ending, as well as the cells of the growth zone.
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TLDR
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TLDR
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TLDR
The epidermal sensory organs of members of the family Talpidae were investigated and compared to determine the range of sensory specializations and better understand how they evolved, and it is suggested that the evolution of Eimer’s organ is convergent with the mechanosensory push-rod of monotremes.
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TLDR
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TLDR
The myelination of nerve fibres from Pacinian corpuscles is described to describe the histological features of the nerve fibre, necessary for the full interpretation of the potentials mentioned above.
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