Extraocular muscles: Basic and clinical aspects of structure and function*
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Cited by (210)
Functional divergence of the sarcomeric myosin, MYH7b, supports species-specific biological roles
2023, Journal of Biological ChemistryHeavy eye syndrome: Myopia-induced strabismus
2021, Survey of OphthalmologyCitation Excerpt :For the purposes of consistency, we will use the term heavy eye syndrome. The striated muscle fibers of the extraocular muscles divide into both global and orbital layers.26 The global layer of each extraocular muscle becomes continuous with the tendon that inserts directly on the globe.25
Distinct segregation of the pathogenic m.5667G>A mitochondrial tRNA<sup>Asn</sup> mutation in extraocular and skeletal muscle in chronic progressive external ophthalmoplegia
2019, Neuromuscular DisordersCitation Excerpt :Such an unequal segregation of mutated and wild-type mtDNA molecules into EOM and SKM might happen at the time of the early embryological development as EOM and SKM originate from distinct precursor cell lines. EOM derives from the unsegmented paraxial head mesoderm and from the prechordal head mesoderm, whereas SKM arises from the somitic and lateral plate mesoderm [28,29]. Further consequences of the different patterns of the embryological EOM and SKM development are fundamental differences in their fiber type composition, myosin heavy chain expression and basic organization of their motor units, as described previously [30].
Observational learning of threat-related attentional bias
2024, Cognition and Emotion
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Presented in part in a workshop at the Joint Meeting of the American Assciation for Pediatric Ophthalmology and Strabismus and the Internationa Strabismological Association, Vancouver, British Columbia, Canada, June 1994.