(1) In the infant and small child, when most repairs are done, nose tip projection is due more to the alar dome component than to the columella.
(2) We conclude that the alar plate of the prosencephalon at 7-10 stage is not definitively determined and may retain an ability to differentiate into the optic tectum, whereas the prospective fate of the rhombencephalon has already been determined at 7-10 stage.
(3) Functional loss of the alar ligaments indicates a potential for instability which, however, must be determined in conjunction with other clinical findings, such as neurological dysfunction, pain and deformity.
(4) Conflicting guidelines for excisions about the alar base led us to develop calibrated alar base excision, a modification of Weir's approach.
(5) After transection of the left alar ligament, the percentage increases in neutral zones (NZ) and ranges of motion (ROM) were documented at both the C0-1 and C1-2 joints.
(6) For the same joint, cutting of the left alar ligament resulted in a significant increase in neutral zone in right lateral bending but not in left lateral bending, whereas there were no significant increases in the ranges of motion.
(7) The CD system using sacral pedicle and alar screws in the adult patient does not appear to offer advantages over alternative techniques for achieving arthrodesis to the sacrum for adult deformity.
(8) Comparing right and left axial rotations, after transection of the left alar ligament, showed greater percentage increases for the right, as compared to the left, axial rotation, at both C0-C1 and C1-C2 joints.
(9) In this case, there was bony avulsion of the alar ligament from the occipital condyle.
(10) In such cases, full-thickness resection of the alar bases is necessary.
(11) In the craniocervical joint, the alar and transverse ligaments provide much of the stability of the healthy spine.
(12) The removal of ear cartilage is performed via a posterior approach for the concha cartilage associated with a septum or an alar cartilage removal.
(13) Both the transverse and the alar ligaments consist of collagen fibers, with very few elastic fibers in the peripheral layer.
(14) Ruptures of the alar ligaments were typically involved in extended ruptures of the ligamentous apparatus (see Figure 6a involving the ligamentum apicis dentis, ligamentum transversum atlantis, m.atlanto-occipitalis anterior, m.tectoria, m.atlanto-axialis anterior et posterior).
(15) Where the inferior view shows a "tent tip" skyline, lateral crus advancement is required and can be achieved in asynchronous repairs by Pigott alar leapfrog at primary repair or by Potter V-Y advancement at the time of forked flap columella lengthening.
(16) Results of directly excising the alar rim and its indications are presented with adequate follow-up.
(17) This result does not agree with the long-held hypothesis that axial rotation is limited only by the alar on the side opposite rotation.
(18) The facial artery terminated as an angular facial artery in 34 (68%), a lateral nasal vessel in 13 (26%), and a superior labial vessel in 2 (4%); in 1 (2%) the facial artery terminated at the alar base.
(19) The purpose of this in vitro experimental study was to determine the role of alar ligaments in providing flexion, extension, and lateral bending stability to the upper cervical spine.
(20) Increases due to subsequent cutting of the right alar ligament were, on average, only 0.5 degrees and statistically not significant.
Alary
Definition:
(a.) Of or pertaining to wings; also, wing-shaped.
Example Sentences:
(1) A small group of pericardial cells was embedded in the adventitia along the mid-ventral side of the DV, and clusters of pericardial cells were found attached to the alary muscles.
(2) The alary muscles form an incomplete sheath around the heart with a mainly longitudinal fibre orientation, e.i.
(3) The alary muscles are striated with a sarcomere at rest measuring about 9 microns.
(4) Exposure to paraquat, a widely used herbicide, has been shown to produce a concentration dependent rapid, shallow breathing pattern in guinea pigs 18 hr following exposure (H. Burleigh-Flayer and Y. Alarie, 1987, Arch.
(5) The heart and alary muscles in Sphinx particularly their caudal extremity were also examined by transmission electron microscopy.
(6) Only one type of neuromuscular junction is abundant in the alary muscles but less frequently found in the heart.
(7) Contractions of the alary muscles attached to the ventral surface of abdominal segments VII and VIII served to expand the heart.
(8) Axons which innervate the alary muscle are either contained within invaginated folds of the sarcolemma of the muscle cells or the muscle cells send finger-like projections to envelop the axons.
(9) The development of the caudal entotympanic has impact on 2 structures in the occipital region: The Lamina alaris and the Processus paracondyloideus.
(10) The structure-activity relationships of the compounds studied are explained by a model (Abraham et al., 1990; Nielsen and Alarie, 1982) that relates the interaction of sensory irritants with a receptor protein in a lipid bilayer.
(11) Felis 1 shows a distinct Lamina alaris and a short Processus paracondyloideus.
(12) The RD50 values for chlorine and acrolein approximated those quoted by Alarie Y., whereas for ammonia exposure this value differed.
(13) The alary muscles of Locusta migratoria adults make up the major tissue of the dorsal diaphragm which separates pericardial and perivisceral sinuses in the abdomen.
(14) The organ is a tubule anatomically divided into an anterior aorta and a posterior heart, connected to the body wall through 8 pairs of alary muscles.
(15) The model can be applied to other groups with alary polymorphism.
(16) Seven pairs of alary muscles were found attached to the DV in the posterior abdominal segments.
(17) A migration-extinction model has been developed for the analysis of alary polymorphism and its adaptive significance in univoltine populations of water-striders (Gerris).
(18) The heart and alary muscles are multiterminally innervated by branches of the transverse segmental nerves.
(19) A cartilago alaris superior, which develops independently in situ, is present; in our stage it is associated with the wall of the capsule, but ventrolaterally it terminates freely and is not joined to any other element.