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Your search keyword '"Yochem, A."' showing total 209 results
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209 results on '"Yochem, A."'

201. The application of immuno-assays for serological detection of morbillivirus exposure in free ranging harbor seals (Phoca vitulina) and sea otters (Enhydra lutris) from the western coast of the United States

Author

Jessup, David A., Ferrick, David A., Jeffries, Steve, King, Donald P., Ham-Lamme, Kimberley D., Gulland, Frances M. D., Stott, Jeffrey L., Taylor, Bernadette C., Yochem, Pamela K., and House, Carol

Subjects
EPIDEMIOLOGY, HARBOR seal, MARINE mammals, SEA otter, THERAPEUTICS
Published
1999

205. LETTERS.

Author

Yochem, John, May, Brian, Vidal, Elena, and Bedford, Kent

Abstract

Several letters to the editor are presented in response to previously published issues including "Scenes in our Village," concerning vertical cameras by Brian May and Elena Vidal, and another about a stereo viewing machine, filled with more than 20 original Diablo cards, which can be found at The House on the Rock in Spring Green, Wisconsin.

Published
2006

206. A Novel Nondevelopmental Role of the SAX-7/L1CAM Cell Adhesion Molecule in Synaptic Regulation in Caenorhabditis elegans.

Author

Opperman, Karla, Moseley-Alldredge, Melinda, Yochem, John, Bell, Leslie, Kanayinkal, Tony, and Lihsia Chen

Subjects
*CAENORHABDITIS elegans, *CAENORHABDITIS, *CELL adhesion, *AUTISM research, *GENETICS of autism, *NEUROBEHAVIORAL disorders, *GENETICS
Abstract

The L1CAM family of cell adhesion molecules is a conserved set of single-pass transmembrane proteins that play diverse roles required for proper nervous system development and function. Mutations in L1CAMs can cause the neurological L1 syndrome and are associated with autism and neuropsychiatric disorders. L1CAM expression in the mature nervous system suggests additional functions besides the well-characterized developmental roles. In this study, we demonstrate that the gene encoding the Caenorhabditis elegans L1CAM, sax-7, genetically interacts with gtl-2, as well as with unc-13 and rab-3, genes that function in neurotransmission. These sax-7 genetic interactions result in synthetic phenotypes that are consistent with abnormal synaptic function. Using an inducible sax-7 expression system and pharmacological reagents that interfere with cholinergic transmission, we uncovered a previously uncharacterized nondevelopmental role for sax-7 that impinges on synaptic function. [ABSTRACT FROM AUTHOR]

Published
2015
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208. INSULIN SYRINGE CONTROL

Author

Yochem, Donald E.

Abstract

The instrument described here fulfills the need for a satisfactory device that will accurately control the amount of insulin that is drawn into the syringe. It maintains accurate control of the prescribed units and simplifies preparation for the injection. It is compact, inexpensive, and easy to use. This device enables the patient to remove the plunger easily for cleaning and sterilizing the syringe, without changing the adjustment of the control or detaching it from the syringe. It is not an automatic injecting device.Instrument to accurately control the amount of insulin that is drawn into the syringe. A, without spring, for use when the plunger need not be retracted. B, with spring, to permit retraction of plunger.This instrument consists of (see figure, A): (1) a clasp and stop that are readily adaptable to the syringe barrel, (2) a gauge piece that can be easily attached to or removed from

Published
1955
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