What's the difference between glabrous and smooth?

Glabrous


Definition:

  • (a.) Smooth; having a surface without hairs or any unevenness.

Example Sentences:

  • (1) Thus, the pattern of sensory innervation in the glabrous rat snout skin is similar to that found in other furred species described to date, but in addition, the sensory innervation of ridged skin in the rat also resembles that of epidermis organized into rete pegs.
  • (2) In the animals with partial denervation of a digit, the greatest disruption occurred when both ventral nerves to the glabrous skin were transected.
  • (3) The central axon of a primary afferent neuron that responded to indentation of the glabrous skin of the lower lip in a slowly adapting fashion was intra-axonally injected with horseradish peroxidase.
  • (4) On the basis of the onset and early peak latencies, two well-defined short and long latency neuronal clusters were found in the responses evoked from both glabrous and hairy skin; these were referred to as the SP1 and LP1 classes, respectively.
  • (5) This allows us to conclude that in the dog afferents from the glabrous skin of the central pad conduct centrally via the dorsal columns, susceptible to vitamin B6 intoxication, while muscle and hair receptor afferents ascend in the dorsal spinocerebellar and spinocervical tract, respectively, which are vitamin B6 resistant.
  • (6) Afferent activity of 111 single units from the glabrous skin area was recorded percutaneously in the median nerve of human subjects, using tungsten electrodes.
  • (7) Acral melanoma (for example, that arise from glabrous skin) has been reported to carry a grave prognosis.
  • (8) The central terminals of five rapidly adapting glabrous skin mechanoreceptors (RA), six hair follicle afferents (HFA), and four slowly adapting type I afferent fibres (SA I; two from glabrous and two from hairy skin) were recovered for detailed analysis.
  • (9) Epidermal Merkel nerve endings and other types of mechanoreceptors typically found in primate glabrous skin (lip or digit) are not present.
  • (10) Glabrous snout skin from young opossums was studied at birth (0 day) and postnatal days 1, 3, and 5.
  • (11) The clustering was not dependent on differences in the responses evoked from hairy and glabrous skin.
  • (12) The results indicate that the receptors in the human hairy skin do not differ considerably in their characteristics from the receptors in the human glabrous skin or from animal receptors in the hairy skin.
  • (13) Comparisons between the peripheral and the central representations of each nerve revealed that 1 mm2 of surface area of the superficial dorsal horn serves approximately 600-900 mm2 of hairy skin and roughly 300 mm2 of glabrous skin.
  • (14) Only when experimental shots at thick glabrous skin were performed, it could be established that long range shots led to intraepidermal gunshot deposit too.
  • (15) Acral melanoma a) has a strong racial predilection, b) carries a grave prognosis, and c) arises from glabrous skin.
  • (16) A gentle vibratory stimulus was delivered to the glabrous skin of the hand; it did not provoke awakening or change the sleep cycle of the macaque.
  • (17) Units with glabrous skin RFs were classified according to their response to a maintained mechanical stimulus as either rapidly adapting (n = 39) or slowly adapting (n = 6).
  • (18) During a period of 8 years 300 cases of dermatophytoses involving both hairy areas and the glabrous skin were found to be caused by M. canis.
  • (19) The resulting data indicate that Microsporum canis was the most wide-spread species (73.7%) among the isolated dermatophytes and keratinophilic fungi (Trichophyton rubrum, T. mentagrophytes, Epidermophyton floccosum and Scopulariopsis brevicaulis): 87.5% were isolated from hair and 65.9% from the glabrous skin.
  • (20) The probability of having no resting discharge, firing in bursts, or firing in single spikes was not related to cutaneous submodality [rapidly adapting (RA), slowly adapting (SA), Pacinian (Pc)], or to receptive field (RF) locus (glabrous versus hairy skin).

Smooth


Definition:

  • (superl.) Having an even surface, or a surface so even that no roughness or points can be perceived by the touch; not rough; as, smooth glass; smooth porcelain.
  • (superl.) Evenly spread or arranged; sleek; as, smooth hair.
  • (superl.) Gently flowing; moving equably; not ruffled or obstructed; as, a smooth stream.
  • (superl.) Flowing or uttered without check, obstruction, or hesitation; not harsh; voluble; even; fluent.
  • (superl.) Bland; mild; smoothing; fattering.
  • (superl.) Causing no resistance to a body sliding along its surface; frictionless.
  • (adv.) Smoothly.
  • (n.) The act of making smooth; a stroke which smooths.
  • (n.) That which is smooth; the smooth part of anything.
  • (a.) To make smooth; to make even on the surface by any means; as, to smooth a board with a plane; to smooth cloth with an iron.
  • (a.) To free from obstruction; to make easy.
  • (a.) To free from harshness; to make flowing.
  • (a.) To palliate; to gloze; as, to smooth over a fault.
  • (a.) To give a smooth or calm appearance to.
  • (a.) To ease; to regulate.
  • (v. i.) To flatter; to use blandishment.

Example Sentences:

  • (1) These immunocytochemical studies clearly demonstrated that cells encountered within the fibrous intimal thickening in the vein graft were inevitably smooth muscle cell in origin.
  • (2) Thus adrenaline, via pre- and post-junctional adrenoceptors, may contribute to enhanced vascular smooth muscle contraction, which most likely is sensitized by the elevated intracellular calcium concentration.
  • (3) In addition to their involvement in thrombosis, activated platelets release growth factors, most notably a platelet-derived growth factor (PDGF) which may be the principal mediator of smooth muscle cell migration from the media into the intima and of smooth muscle cell proliferation in the intima as well as of vasoconstriction.
  • (4) Peripheral eosinocytes increased by 10%, and tests for HBsAg, antiHBs, antimitochondrial antibody and anti-smooth muscle antibody were all negative.
  • (5) After vascular injury, smooth muscle cells proliferate, reaching a maximum rate at day 2.
  • (6) Recent studies have shown that an aberration in platelet-derived growth factor gene expression is unlikely to be a factor in proliferation of smooth-muscle cells.
  • (7) The Ta loop was a smooth, elongated ellipse in configuration and showed clockwise rotation in all planes, as did the P loop.
  • (8) This series of tests included tests for pathologic nystagmus, saccades, smooth pursuit, and optokinetic nystagmus, as well as bithermal caloric testing and rotational testing.
  • (9) It inhibits platelet and vascular smooth muscle activation by cGMP-dependent attenuation of the agonist-induced rise of intracellular free Ca2+.
  • (10) It is concluded that a Na-H antiport system in vascular smooth muscle regulates Na influx rate, contributes to intracellular pH regulation and influences basal levels of Na,K-pump activity.
  • (11) By 30 min after insemination, the surface of the egg is relatively smooth.
  • (12) An electrogenic sodium-potassium pump appears to contribute materially to the steady-state potential and to certain of the transient potential responses of vascular smooth muscle.
  • (13) Distribution patterns of phosphatidylserine and phosphatidylinositol in the smooth muscle as well as in the mucosa were different from those in the liver.
  • (14) Ultrastructural study of the uterine lesion demonstrated smooth muscle cells with only a few "autophagic" facuoles to cells nearly replaced by lysosomes.
  • (15) These early hyperplastic lesions revealed stellate-shaped dilated bile canaliculi lined by blebs and abnormally thick elongated microvilli, a decreased number of microvilli on the sinusoidal surface, a marked increase in smooth endoplasmic reticulum, large nucleoli, and bundles of pericanalicular microfilaments.
  • (16) We conclude that once daily doxazosin provides smooth and effective blood pressure control throughout a 24 h post-dose period.
  • (17) It is suggested that contractile responses to electrical stimulation in isolated sheep urethral smooth muscle are mediated by the sympathetic nervous system, mainly through release of noradrenaline stimulating postjunctional alpha 1-adrenoceptors.
  • (18) Four fractions enriched, respectively, in plasma membrane (PM), smooth endoplasmic reticulum (SER), rough endoplasmic reticulum (RER), and mitochondria were isolated from estrogen-dominated rat myometrium.
  • (19) From the findings of this study the authors recommend wide excision of colorectal smooth-muscle tumours whenever there is a suggestion of malignancy.
  • (20) All smooth strains of Brucella bear two lipopolysaccharide (LPS) antigens in a ratio that defines the classification of strains in serovars, A (A greater than M), M (M greater than A) and A.M (A = M).

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