(a.) Pertaining to a bone of the shoulder girdle in most birds, reptiles, and amphibians, which is reduced to a process of the scapula in most mammals.
(n.) The coracoid bone or process.
Example Sentences:
(1) One hundred and seventeen shoulders in 113 patients were treated surgically for recurrent anterior dislocation of the shoulder by the Latarjet procedure - transplantation of the coracoid process to the anterior border of the glenoid fossa.
(2) The eleven fractures of the acromiom, glenoid, or coracoid process resulted in loss of motion in ten of the eleven shoulders.
(3) Such subcoracoid impingement is relieved by resection of the inferolateral part of the coracoid tip and of the coracoacromial ligament.
(4) The thirty-eight fractures involving only the body, neck, or spine of thirty scapulae (without involvement of the acromion, glenoid, or coracoid process) were successfully treated with a sling and early active motion.
(5) The surgical treatment consists of fixation of the clavicula to the coracoid with screw figure-of-eight suture and suture or plastic of the ligament.
(6) The neurovascular bundle may be compressed at multiple sites: costoclavicular space, interscalene triangle, insertion of the pectoralis minor into the coracoid process.
(7) When a fracture of the coracoid process is identified by clinical examination and X-rays, one should always be aware of a possible acromioclavicular dislocation.
(8) Subcoracoid impingement appeared particularly likely during forward flexion of a shoulder with a coracoid tip close to the scapular neck and projecting far laterally.
(9) After healing of the acromioclavicular separation and the coracoid fracture the left shoulder was asymptomatic with a full range of motion.
(10) A patient with a fractured coracoid process in association with a dislocation of the shoulder is reported.
(11) Neurovascular bundle in the upper limbs may be compressed at the costo-clavicular space, interscalene triangle or at the insertion of the minor pectoralis muscle into the coracoid process.
(12) This paper describes a fracture of the scapula, extending around the coracoid process and through the glenoid cavity.
(13) 386), the cranial part of the muscular arch of the axilla (Cpa) was extended to the coracoid process by a tendon and attached to the abdominal part of the pectoralis major by two muscle bundles supplied by independent branches from Npc.
(14) Seventeen patients with complete separation of the acromioclavicular joint were operated on acutely with transposition of the coracoid tip to the clavicle.
(15) Most characteristic malformations of this syndrome were shown to include coracoid nose and hypertelorism, coloboma of the eyes, hypospadia, aplasia, hypoplasia and polycystosis of the kidneys, dystopia and dysplasia of the cerebellar gyri, shortening of H2 field of the Ammon's horn with imparied orientation of its neurons, sacral sinus, and retarded bone maturation.
(16) Subsets of the thoracic outlet compression syndrome were then codified; costoclavicular compression; compression under the coracoid process during hyperabduction; primary symptoms related to arterial compression; and the syndrome that appears when neural and arterial compression are absent but venous occlusion is present.
(17) With their typical echo, the head of the humerus and the coracoid-process facilitate the orientation.
(18) If coracoid mobilization is necessary, the musculocutaneous nerve and its twigs should be identified and protected, keeping in mind the variations in anatomy and the level of penetration.
(19) Complete acromioclavicular dislocation associated with fracture separation of the base of the coracoid process is uncommon.
(20) The reason for failure was excessively proximal attachment of the coracoid transplant in one case, while an objective diagnosis of multidirectional instability by reference to the autotraction test and stress roentgenograms was reached in the other three.
Mammal
Definition:
(n.) One of the Mammalia.
Example Sentences:
(1) The high amino acid levels in the cells suggest that these cells act as inter-organ transporters and reservoirs of amino acids, they have a different role in their handling and metabolism from those of mammals.
(2) Ernst Reissner studied the formation of the inner ear initially using the embryos of fowls, then the embryos of mammals, mainly cows and pigs, and to a less extent the embryos of man.
(3) The binaural characteristics of cells in MSO were different from those in nonecholocating mammals.
(4) The findings support our earlier suggestion that the kinetics of spermatogenesis in the quail are fundamentally similar to the pattern which has been described for mammals.
(5) So far, attempts to produce linolenic acid deficiency in mammals have not revealed an absolute requirement for n-3 fatty acids.
(6) Somewhat surprisingly then, in view of the mechanisms in mammals, birds do not seem to use this seasonal message in the photoperiodic control of reproduction.
(7) This indicates a functional relationship between material supplied via the rapid phase of axonal transport and an unimpaired transsynaptic signal transmission, previously not revealed in the central nervous system of mammals.
(8) Nucleus z in the rat was found to be similar in location to nucleus z in other mammals.
(9) Phyla as diverse as insects, birds, and mammals possess distinct HRAS and KRAS sequences, suggesting that these genes are essential to metazoa.
(10) The presence in lamprey kidney of a loop which is similar to Henle's loop in mammals and birds indicates that the development of the system of osmotic concentration conditioned by the formation in the kidney of the medulla and from a sharp increase in renal arterial blood supply.
(11) Investigations carried out in Pavlodar Province have shown that 7 species of ixodid ticks, Ixodes crenulatus, I. lividus, I. persulcatus, I. laguri laguri, Dermacentor marginatus, D. reticulatus, Haemaphysalis concinna, and one brought species, Hyalomma asiaticum, parasitize domestic animals and wild mammals.
(12) Ecologic studies of small mammals in Rocky Mountain National Park (RMNP) were conducted in 1974 in order to identify the specific habitats within the Lower Montane Forest that support Colorado tick fever (CTF) virus.
(13) Dictated by underlying physicochemical constraints, deceived at times by the lulling tones of the siren entropy, and constantly vulnerable to the vagaries of other more pervasive forms of biological networking and information transfer encoded in the genes of virus and invading microorganisms, protein biorecognition in higher life forms, and particularly in mammals, represents the finely tuned molecular avenues for the genome to transfer its information to the next generation.
(14) It encodes a homeobox gene closely related to the developmentally regulated homeotic genes of flies and mammals.
(15) Based on the fact that all hibernators, at their regulated minimal body temperature, display a uniform turnover rate, related to body weight, the hypothesis is developed that cold tolerance of mammals is generally limited by a common specific minimal metabolic rate, which larger organisms, because of their lower basal metabolism, already attain in less profound hypothermia.
(16) Based on morphological, virological, biochemical and molecular biological data, it is proposed that the presence of endogenous retrovirus particles in the placental cytotrophoblasts of many mammals is indicative of some beneficial action provided by the virus in relation to cell fusion, syncytiotrophoblast formation and the creation of the placenta.
(17) Thus, the possibility exists that androgen secretion in some chelonian systems may exhibit a high degree of LH specificity like that of mammals and birds.
(18) Chlorinated ethylenes are metabolized in mammals, as a first step, to epoxides.
(19) This agrees with previous ultrastructural observations that, in small mammals, neither basement membranes nor large connective tissue spaces are found inside enteric ganglia.
(20) In recent studies, we have found that Gal alpha 1----3Gal beta 1----4GlcNAc residues are abundant on red cells and nucleated cells of nonprimate mammals, prosimians, and New World monkeys, but their expression is diminished in Old World monkeys, apes, and humans.