نتایج جستجو برای: buds

تعداد نتایج: 7007  

Journal: :Brain research. Developmental brain research 1993
B Oakley

The rat vallate papilla is bilaterally innervated by the IXth nerve whose axons are required for the normal development of its several hundred taste buds. Temporary denervation during the developmental sensitive period for taste buds prevented most vallate taste buds from forming. Specifically, removing one IXth nerve and crushing the other in 3 day old neonates eliminated axons from the vallat...

2003
Alfredo Mejía Marita Cantwell

The fruit of the prickly pear cactus (“Tuna blanca”, Opuntia amyclaea) has a sweet juicy pulp containing numerous hard-coated seeds, which limit the overall acceptability of the fruit. This study extended previous attempts to develop prickly pear fruits with reduced or smaller seed structures by applying gibberellic acid to floral buds. Solutions of gibberellic acid (GA3) were applied by sprayi...

Journal: :Neuron 1999
Linda A Barlow

mice. In particular, these types of studies have been performed using animals that have disrupted gustatory University of Denver Denver, Colorado 80208 innervation due to the lack of a particular neurotrophin, brain-derived neurotrophic factor (BDNF), or its principal receptor, trkB. BDNF is expressed in developing taste For the past century, studies of the development of taste papillae (Nosrat...

Journal: :journal of ornamental plants 2015
b. kavoosi s. eshghi m. rahemi y. emam

primary bud necrosis in grapevine is a physiological disorder observed in the compound buds. this study was conducted to investigate the anatomical changes in cv. askari grapevine in winter dormant buds. bud samples were taken from askari grapevine at sisakht vineyards, south-western of iran. compound buds were dissected and assessed under a binocular microscope at 10-40x magnification and a di...

Journal: :Archivum histologicum Japonicum = Nihon soshikigaku kiroku 1966
Y Hirata

The terminal buds (end buds, beaker organs) of the fish were first observed by LEYDIG (1851) under the name of "becherformiges Organ". Already in a few years after that, morphological details of the structure had been elucidated to the extent that reached almost the limit of the light microscopic observation, even estimated today (SCHULZE 1863, SCHWALBE 1868, NAGEL 1894 etc. See KOLMER 1927 for...

2015

The use of cotton buds for actively cleaning of the ears is common despite the old adage ‘do not put anything smaller than your elbow in the ear’. The cotton buds are commonly used to remove the ear wax. The frequently reported complications secondary to cotton bud use include wax impaction, otitis externa and tympanic membrane perforation. Not infrequently, cotton buds can lodge in the ear can...

Journal: :Plant & cell physiology 2000
Y Madoka H Mori

To elucidate the molecular mechanism of apical dominance, the expression patterns of genes that are preferentially expressed in dormant axillary buds of pea (Pisum sativum L. cv. Alaska) seedlings were investigated. We isolated two cDNA clones, cPsAD1 and cPsAD2 whose corresponding genes were named PsAD1 and PsAD2, from a cDNA library of dormant axillary buds using the differential display meth...

2013
Masato Kirino Jason Parnes Anne Hansen Sadao Kiyohara Thomas E. Finger

Taste buds are gustatory endorgans which use an uncommon purinergic signalling system to transmit information to afferent gustatory nerve fibres. In mammals, ATP is a crucial neurotransmitter released by the taste cells to activate the afferent nerve fibres. Taste buds in mammals display a characteristic, highly specific ecto-ATPase (NTPDase2) activity, suggesting a role in inactivation of the ...

Journal: :eNeuro 2015
Lingbin Meng Lisa Ohman-Gault Liqun Ma Robin F Krimm

Gustatory neurons transmit chemical information from taste receptor cells, which reside in taste buds in the oral cavity, to the brain. As adult taste receptor cells are renewed at a constant rate, nerve fibers must reconnect with new taste receptor cells as they arise. Therefore, the maintenance of gustatory innervation to the taste bud is an active process. Understanding how this process is r...

Journal: :Development 2009
Shoba Thirumangalathu Danielle E Harlow Amanda L Driskell Robin F Krimm Linda A Barlow

Mammalian taste buds have properties of both epithelial and neuronal cells, and are thus developmentally intriguing. Taste buds differentiate at birth within epithelial appendages, termed taste papillae, which arise at mid-gestation as epithelial thickenings or placodes. However, the embryonic relationship between placodes, papillae and adult taste buds has not been defined. Here, using an indu...

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