(n.) An organ which, by its contraction, produces motion.
(n.) The contractile tissue of which muscles are largely made up.
(n.) Muscular strength or development; as, to show one's muscle by lifting a heavy weight.
(n.) See Mussel.
Example Sentences:
(1) The extents of phospholipid hydrolysis were relatively low in brain homogenates, synaptic plasma membranes and heart ventricular muscle.
(2) It was found that the skeletal muscle enzyme of the chick embryo is independent of the presence of creatine and consequently is another constitutive enzyme like the creatine kinase of the early embryonic chick heart.
(3) These immunocytochemical studies clearly demonstrated that cells encountered within the fibrous intimal thickening in the vein graft were inevitably smooth muscle cell in origin.
(4) We have amended and added to Fabian's tables giving a functional assessment of individual masticatory muscles.
(5) During the performance of propulsive waves of the oesophagus the implanted vagus nerve caused clonic to tetanic contractions of the sternohyoid muscle, thus proving the oesophagomotor genesis of the reinnervating nerve fibres.
(6) Muscle weakness and atrophy were most marked in the distal parts of the legs, especially in the gastrocnemius and soleus muscles, and then spread to the thighs and gluteal muscles.
(7) No monosynaptic connexions were found between anterodorsal and posteroventral muscles except between the muscles innervated by the peroneal and the tibial nerve.
(8) 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.
(9) 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.
(10) Further, the maximal increase in force of contraction was measured using papillary muscle strips from some of these patients.
(11) Peripheral eosinocytes increased by 10%, and tests for HBsAg, antiHBs, antimitochondrial antibody and anti-smooth muscle antibody were all negative.
(12) When subjects centered themselves actively, or additionally, contracted trunk flexor or extensor muscles to predetermined levels of activity, no increase in trunk positioning accuracy was found.
(13) A definite relationship between intelligence level and the type of muscle disease was found.
(14) After vascular injury, smooth muscle cells proliferate, reaching a maximum rate at day 2.
(15) In the absence of an authentic target for the MASH proteins, we examined their DNA binding and transcriptional regulatory activity by using a binding site (the E box) from the muscle creatine kinase (MCK) gene, a target of MyoD.
(16) Only the approximately 2.7 kb mRNA species was visualized in Northern blots of total cellular and poly(A+) RNA isolated from cardiac ventricular muscle.
(17) The variation of the activity of the peptidase with pH in the presence of various inhibitors was investigated in both control and insulted muscle fibres.
(18) 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.
(19) This sling was constructed bu freeing the insertion of the pubococcygeus and the ileococcygeus muscles from the coccyx.
(20) Their effects on various lipid fractions, viz., triglycerides (TG), phospholipids, free cholesterol, and esterified cholesterol, were studied in liver, plasma, gonads, and muscle.
Myologic
Definition:
(a.) Alt. of Myological
Example Sentences:
(1) He treats the facts also of an evolutionary myology point of view.
(2) The myological study of these species revealed the increase of the insertional areas for the cephalic muscles.
(3) In this article we review recent progress in basic myology which will be of interest to clinicians studying the heritable neuromuscular disorders.
(4) The three species examined in this study revealed only minor variations in vascular morphology; these variations appear to be correlated with myological differences among the three species.
(5) The osteology, arthrology and myology of the cervical column in the chicken (Gallus gallus L.) are described.
(6) Myology has greatly benefited from the recent unification of concepts in molecular, cellular, and developmental biology.
(7) The ratios can be applied to individual muscles, thus linking structural and functional myology in an exact way.
(8) In recognition that this foundation sets the stage for the rapid elucidation of the disease's pathogenesis, we review the experimental basis of such advances, with reference to relevant progress in basic myology, pathology, and molecular biology.
(9) Wagner tree analyses were conducted to assess the value of these myological characters in phylogenetic studies of platyrrhines.
(10) A certain centralization of myological diagnoses, therapy and rehabilitation seems appropriate.
(11) The myology of the fore-limb of the Aardvark, Orycteropus afer (Pallas 1766) (Tubulidentata, Mammalia) is redescribed on the basis of the dissection of two specimens.
(12) The section on myology comprises a detailed description of the occipito-cervical, ventral and dorsal subsystems of the cervical column.
(13) They begin with an evolutionary-myological study of m. extensor hallucis longus and of m. extensor digitorum longus, together with m. peroneus tertius.
(14) It reveals how the evolutionary myology can be used to prove the morphological evolution of any muscle.
(15) Recent evolutionary myological researches on the m. peroneus digiti IV and m. peroneus digiti V in Man have shown that these muscles had been at first an inseparable component of his peroneal musculature.
(16) The conclusion is that the osteological and myological adaptations of the flipper are designed to enable the penguin to progress very effectively through water, while the vascular adaptations provide a highly efficient mechanism for thermoregulation.
(17) Dissections, manipulation of ligamentary preparations, analysis of limb proportions, and quantitative aspects of forelimb myology are used to correlate forelimb morphology in fur seals and sea lions (sub-family Otariinae) with previously published data as to their locomotor function (English, '76a).
(18) The author presents the evolutionary myology as a complex research method by which the morphological transformation of human muscles could be proved.
(19) Muscular imaging (sonography, computed tomography, magnetic resonance imaging) has proved to be worthwhile for myologic diagnostic purposes during the past few years.
(20) The purpose of this paper is to describe in detail the shoulder myology of the La Plata River Dolphin, Pontoporia blainvillei, and to review the literature on cetacean shoulder myology.