functional anatomy of the shoulder joint
... 3. The coracohumeral ligament strengthens the capsule from above and stretches from the root of the coracoid process to the greater tuberosity of the humerus. ...
... 3. The coracohumeral ligament strengthens the capsule from above and stretches from the root of the coracoid process to the greater tuberosity of the humerus. ...
Quantitative Study of Muscle Spindles in
... The authors note that the presence of such a high spindle density of the suboccipital muscles, along with the paucity of tendon organs, suggests that these muscles do not cause joint movement, but rather sense and monitor upper cervical joint position and movement, sending afferent information into ...
... The authors note that the presence of such a high spindle density of the suboccipital muscles, along with the paucity of tendon organs, suggests that these muscles do not cause joint movement, but rather sense and monitor upper cervical joint position and movement, sending afferent information into ...
Comparison of Capillary Architecture between Slow and Fast
... is more important than the fiber diameter in determining skeletal muscle capillarity [31]. Our results indicate that the differences in capillarity associated with fiber types are responsible for the differences in the capillary volume of skeletal muscle. The capillaryfiber cytoarchitecture is arranged t ...
... is more important than the fiber diameter in determining skeletal muscle capillarity [31]. Our results indicate that the differences in capillarity associated with fiber types are responsible for the differences in the capillary volume of skeletal muscle. The capillaryfiber cytoarchitecture is arranged t ...
The Wrist Complex
... we think of it, is known as the Radiocarpal Joint. The Radiocarpal Joint consists of the bottom end (distal) of the Radius, the Radioulnar Disk and bones of the hand, (scaphoid, lunate and triquetrum). Because an articular disk is located between the Ulna and the top (proximal) row of carpals, the U ...
... we think of it, is known as the Radiocarpal Joint. The Radiocarpal Joint consists of the bottom end (distal) of the Radius, the Radioulnar Disk and bones of the hand, (scaphoid, lunate and triquetrum). Because an articular disk is located between the Ulna and the top (proximal) row of carpals, the U ...
RNA interference screening in Drosophila primary cells for genes
... combination (see Fig. S1 in the supplementary material), indicating that most primary myotubes in culture are derived from somatic muscle cells. Thus, we speculate that the fewer fusions observed in the primary culture might result from the dispersed distribution of myoblasts among other cell types. ...
... combination (see Fig. S1 in the supplementary material), indicating that most primary myotubes in culture are derived from somatic muscle cells. Thus, we speculate that the fewer fusions observed in the primary culture might result from the dispersed distribution of myoblasts among other cell types. ...
Drosophila Importin-a2 Is Involved in Synapse, Axon and Muscle
... Nuclear import is required for communication between the cytoplasm and the nucleus and to enact lasting changes in gene transcription following stimuli. Binding to an Importin-a molecule in the cytoplasm is often required to mediate nuclear entry of a signaling protein. As multiple isoforms of Impor ...
... Nuclear import is required for communication between the cytoplasm and the nucleus and to enact lasting changes in gene transcription following stimuli. Binding to an Importin-a molecule in the cytoplasm is often required to mediate nuclear entry of a signaling protein. As multiple isoforms of Impor ...
Skull and Face - Faculty of Science, Mahidol University
... • From hyoid bone to side of the tongue • Nerve, hypoglossal nerve ...
... • From hyoid bone to side of the tongue • Nerve, hypoglossal nerve ...
PhD értekezés tézisei
... In order to study the global conformational changes during ATP hydrolysis DSC technique was used. DSC is not structure examination method, therefore the results of DSC can give only information about the thermodynamic behaviour of the actomyosin complex, thus from the thermograms we can draw the co ...
... In order to study the global conformational changes during ATP hydrolysis DSC technique was used. DSC is not structure examination method, therefore the results of DSC can give only information about the thermodynamic behaviour of the actomyosin complex, thus from the thermograms we can draw the co ...
OLFACTORY AND OPTIC NERVE
... Sensory cranial nerves: contain only afferent (sensory) fibers – ⅠOlfactory nerve – ⅡOptic nerve – Ⅷ Vestibulocochlear nerve Motor cranial nerves: contain only efferent (motor) fibers – Ⅲ Oculomotor nerve – Ⅳ Trochlear nerve – ⅥAbducent nerve – Ⅺ Accessory nerve – Ⅻ Hypoglossal nerve Mixed ner ...
... Sensory cranial nerves: contain only afferent (sensory) fibers – ⅠOlfactory nerve – ⅡOptic nerve – Ⅷ Vestibulocochlear nerve Motor cranial nerves: contain only efferent (motor) fibers – Ⅲ Oculomotor nerve – Ⅳ Trochlear nerve – ⅥAbducent nerve – Ⅺ Accessory nerve – Ⅻ Hypoglossal nerve Mixed ner ...
MORPHOLOGICAL EVIDENCE OF NEUROMUSCULAR JUNCTION
... differences during morphological evaluations made at intervals of up to 6 months. Nevertheless, these authors found that the myoneural junctions become enlarged in two dimensions after muscle fiber growth. However, Smith and Rosenheimer [32] suggested that the myoneural junction does not change in si ...
... differences during morphological evaluations made at intervals of up to 6 months. Nevertheless, these authors found that the myoneural junctions become enlarged in two dimensions after muscle fiber growth. However, Smith and Rosenheimer [32] suggested that the myoneural junction does not change in si ...
Irregular organization in the human chromosomes - SPring-8
... In molecular biology textbooks, we often find a typical figure (Fig. 1(a)). To begin with, DNA is wrapped around histones and forms a "nucleosome" (10-nm fiber) structure. This nucleosome has been assumed to be folded into the regular "30-nm chromatin fiber." In one of the famous models, the "hierar ...
... In molecular biology textbooks, we often find a typical figure (Fig. 1(a)). To begin with, DNA is wrapped around histones and forms a "nucleosome" (10-nm fiber) structure. This nucleosome has been assumed to be folded into the regular "30-nm chromatin fiber." In one of the famous models, the "hierar ...
- Circle of Docs
... 1. the pectoral girdle is composed of the scapulae and clavicles 2. trapezius muscle a. the most superficial muscle of the back b. origin is from the superior nuchal line, external occipital protuberance, ligamentum nuchae, and the spinous processes of C7 - T12 c. the uppermost fibers insert on the ...
... 1. the pectoral girdle is composed of the scapulae and clavicles 2. trapezius muscle a. the most superficial muscle of the back b. origin is from the superior nuchal line, external occipital protuberance, ligamentum nuchae, and the spinous processes of C7 - T12 c. the uppermost fibers insert on the ...
Mechanisms of water-holding capacity of meat: The role
... muscle cells themselves. The endomysium lies above the muscle cell membrane (sarcolemma) and consists of a basement membrane that is associated with an outer layer (reticular layer) that is surrounded by a layer of fine collagen fibrils imbedded in a matrix (Bailey & Light, 1989). ...
... muscle cells themselves. The endomysium lies above the muscle cell membrane (sarcolemma) and consists of a basement membrane that is associated with an outer layer (reticular layer) that is surrounded by a layer of fine collagen fibrils imbedded in a matrix (Bailey & Light, 1989). ...
feet and ankle muscles
... down the outside of the lower leg wrapping under the outside of the ankle and continues along the bottom of the foot where it inserts at the base of the big toe on the plantar surface. ...
... down the outside of the lower leg wrapping under the outside of the ankle and continues along the bottom of the foot where it inserts at the base of the big toe on the plantar surface. ...
Neuroanatomy Part 1
... Medial Pectoral: Originates at C8 – T1 and innervates the pectoralis major and pectoralis minor muscles. Medial Brachial Cutaneous: Originates at C8 – T1 and innervates the skin of the medial and posterior aspect of the distal third of the arm. Medial Antebrachial Cutaneous: Originates at C8 – T1 an ...
... Medial Pectoral: Originates at C8 – T1 and innervates the pectoralis major and pectoralis minor muscles. Medial Brachial Cutaneous: Originates at C8 – T1 and innervates the skin of the medial and posterior aspect of the distal third of the arm. Medial Antebrachial Cutaneous: Originates at C8 – T1 an ...
Unit 9: Joints of the Upper Limb
... In this unit, the soft tissues are to be removed to expose the joints. If this is done in a systematic way, an excellent review can be accomplished at the same time. Note the insertion of the pectoralis major muscle on the greater tubercular crest of the humerus and the insertion of the pectoralis m ...
... In this unit, the soft tissues are to be removed to expose the joints. If this is done in a systematic way, an excellent review can be accomplished at the same time. Note the insertion of the pectoralis major muscle on the greater tubercular crest of the humerus and the insertion of the pectoralis m ...
T Molecular Basis of Muscle Structure C 12
... Flies that are heterozygous for an RLC null allele have reduced RLC expression and exhibit myofibrillar defects similar to those described for MHC null heterozygotes.24 RLC has been shown to undergo multiple phosphorylations during the final stages of IFM development, at or near eclosion.25 Replacem ...
... Flies that are heterozygous for an RLC null allele have reduced RLC expression and exhibit myofibrillar defects similar to those described for MHC null heterozygotes.24 RLC has been shown to undergo multiple phosphorylations during the final stages of IFM development, at or near eclosion.25 Replacem ...
The optic nerve (CN II) arises from axons of ganglion cells of the
... • fibers from the temporal half of the left eye and nasal half of the right eye The optic nerve (CN II) arises from axons of ganglion cells of the retina, which converge at the optic disc. The optic nerve leaves the orbital cavity by passing through the optic foramen (also called optic canal) of the ...
... • fibers from the temporal half of the left eye and nasal half of the right eye The optic nerve (CN II) arises from axons of ganglion cells of the retina, which converge at the optic disc. The optic nerve leaves the orbital cavity by passing through the optic foramen (also called optic canal) of the ...
Chapter 13
... – one or more interneurons integrate the information – efferent fibers carry impulses to skeletal muscles – skeletal muscles respond ...
... – one or more interneurons integrate the information – efferent fibers carry impulses to skeletal muscles – skeletal muscles respond ...
muscle - Yeditepe University Pharma Anatomy
... The blood supply of muscles is not as constant as the nerve supply and is usually multiple. Arteries generally supply the structures they ...
... The blood supply of muscles is not as constant as the nerve supply and is usually multiple. Arteries generally supply the structures they ...
Anatomy CAT1 Q 426
... 11. During opening of the mouth, which one of the following muscles is responsible to pull forward the neck of the mandible along with the articular disc? a. Masseter b. Temporalis c. Lateral pterygoid d. Medial pterygoid. e. Buccinator 12. Regarding the digastric muscle, choose the incorrect state ...
... 11. During opening of the mouth, which one of the following muscles is responsible to pull forward the neck of the mandible along with the articular disc? a. Masseter b. Temporalis c. Lateral pterygoid d. Medial pterygoid. e. Buccinator 12. Regarding the digastric muscle, choose the incorrect state ...
muscles of the eye
... ciliary processes. Accommodation of the Eye To accommodate the eye for close objects, the ciliary muscle contracts and pulls the ciliary body forward and inward so that the radiating fibers of the suspensory ligament are relaxed. This allows the elastic lens to assume a more globular shape. With adv ...
... ciliary processes. Accommodation of the Eye To accommodate the eye for close objects, the ciliary muscle contracts and pulls the ciliary body forward and inward so that the radiating fibers of the suspensory ligament are relaxed. This allows the elastic lens to assume a more globular shape. With adv ...
In Vitro and in Vivo Ultrastructural Changes Induced by Macrolide
... those in a cultured rat myoblast model, and attempted to confirm the lysosomal origin of the drug-induced vacuoles. Standard transmission electron microscopy and acid phosphatase cytochemistry techniques were used to evaluate ultrastructural changes in vivo and in vitro. Rats and dogs exposed to LY2 ...
... those in a cultured rat myoblast model, and attempted to confirm the lysosomal origin of the drug-induced vacuoles. Standard transmission electron microscopy and acid phosphatase cytochemistry techniques were used to evaluate ultrastructural changes in vivo and in vitro. Rats and dogs exposed to LY2 ...
structure of the thoracic wall
... of the vertebra immediately above . the neck is a constricted portion situated between the head & the tubercle. the tubercle is a prominence on the outer surface of the rib at the junction of the neck with the shaft . it has a facet for articulation with the transverse process of the numerically cor ...
... of the vertebra immediately above . the neck is a constricted portion situated between the head & the tubercle. the tubercle is a prominence on the outer surface of the rib at the junction of the neck with the shaft . it has a facet for articulation with the transverse process of the numerically cor ...
Myocyte
A myocyte (also known as a muscle cell) is the type of cell found in muscle tissue. Myocytes are long, tubular cells that develop from myoblasts to form muscles in a process known as myogenesis. There are various specialized forms of myocytes: cardiac, skeletal, and smooth muscle cells, with various properties. The striated cells of cardiac and skeletal muscles are referred to as muscle fibers. Cardiomyocytes are the muscle fibres that form the chambers of the heart, and have a single central nucleus. Skeletal muscle fibers help support and move the body and tend to have peripheral nuclei. Smooth muscle cells control involuntary movements such as the peristalsis contractions in the stomach.