Lexicographical Neighbors of Axonic
Literary usage of Axonic
Below you will find example usage of this term as found in modern and/or classical literature:
1. Physiology and Hygiene for Secondary Schools by Francis Marion Walters (1909)
"The mon-axonic neurons are so called from their having but a single axon.
Di-axonic Neurons. — Neurons belonging to this i class have each a well-defined ..."
2. A Textbook of physiology by Winfield Scott Hall (1899)
"Among the curious forms of axonic terminals observed may be mentioned the "
climbing fibers " in the eere- bellar cortex, the " discs " in Meissner's ..."
3. A Compend of Human Physiology: Especially Adapted for the Use of Medical by Albert Philson Brubaker (1921)
"... the axonic process of which in many instances ascends the cord to different
levels or even as far as the brain, where its terminal branches come into ..."
4. A Manual of Dissection and Practical Anatomy: Founded on Gray and Gerrish by William Thomas Eckley, Corinne Buford Eckley (1903)
"axonic processes reach vestibular origin of auditory nerve in medulla. OTIC VESICLE
AND NEURO-EPITHELIA. Cells of Otic Vesicle. The majority are arranged as ..."
5. Journal of Nervous and Mental Disease by American Neurological Association, Philadelphia Neurological Society, Chicago Neurological Society, New York Neurological Association, Boston Society of Psychiatry and Neurology (1898)
"... and such anatomical connections are histogenetically referable to intercellular
bridges, (i) Two cells send a process (either dendritic or axonic) into ..."
6. Proceedings of the American Philosophical Society Held at Philadelphia for by American Philosophical Society (1908)
"... tibia and fibula unfused distally; pes par- axonic, digits II. and V.
equally reduced and small, digits III. and IV. large and of equal length; ..."
7. An introduction to the history of medicine by Fielding H. Garrison (1921)
"Upon these countless neurons the functional activity of the nervous system depends,
the nerve-fibers being nowise independent, but axonic and dendritic ..."