questions
... 56. ______ The levator veli palatini (veli palati) muscle A. takes origin from the auditory tube and temporal bone. B. has a tendon which passes inferiorly and wraps around the hamulus of the medial pterygoid plate. C. is composed of smooth muscle D. A and C E. All of the above 57. ______ The paroti ...
... 56. ______ The levator veli palatini (veli palati) muscle A. takes origin from the auditory tube and temporal bone. B. has a tendon which passes inferiorly and wraps around the hamulus of the medial pterygoid plate. C. is composed of smooth muscle D. A and C E. All of the above 57. ______ The paroti ...
Large Intestine
... large amount of lymphoid tissue. • It varies in length from 8 to 13 cm. • The base is attached to the posteromedial surface of the cecum about 1 in. (2.5 cm) below the ileocecal junction. • The remainder of the appendix is free. • It has a complete peritoneal covering, which is attached to the mesen ...
... large amount of lymphoid tissue. • It varies in length from 8 to 13 cm. • The base is attached to the posteromedial surface of the cecum about 1 in. (2.5 cm) below the ileocecal junction. • The remainder of the appendix is free. • It has a complete peritoneal covering, which is attached to the mesen ...
WAPT - Human Anatomy
... Describe the process of myelination Describe the ventricular system Name the important sulci, gyri and fissures used to delineate the different lobes of the cerebral hemispheres Describe the topographical organization from the medial to the lateral side of the primary motor and sensory cortex that r ...
... Describe the process of myelination Describe the ventricular system Name the important sulci, gyri and fissures used to delineate the different lobes of the cerebral hemispheres Describe the topographical organization from the medial to the lateral side of the primary motor and sensory cortex that r ...
WAPT - Human Anatomy
... Describe the process of myelination Describe the ventricular system Name the important sulci, gyri and fissures used to delineate the different lobes of the cerebral hemispheres Describe the topographical organization from the medial to the lateral side of the primary motor and sensory cortex that r ...
... Describe the process of myelination Describe the ventricular system Name the important sulci, gyri and fissures used to delineate the different lobes of the cerebral hemispheres Describe the topographical organization from the medial to the lateral side of the primary motor and sensory cortex that r ...
Anatomy Lab – Exam 2
... Note – both the dorsal nerve and artery of the penis go deep to the perineal membrane before the penis ○ The deep dorsal vein of the penis does not accompany the other two until it gets to the penis Dorsal nerve of the penis – paired, most lateral Dorsal artery of the penis – paired, in middle ...
... Note – both the dorsal nerve and artery of the penis go deep to the perineal membrane before the penis ○ The deep dorsal vein of the penis does not accompany the other two until it gets to the penis Dorsal nerve of the penis – paired, most lateral Dorsal artery of the penis – paired, in middle ...
Anatomy Lab – Exam 2
... Note – both the dorsal nerve and artery of the penis go deep to the perineal membrane before the penis ○ The deep dorsal vein of the penis does not accompany the other two until it gets to the penis Dorsal nerve of the penis – paired, most lateral Dorsal artery of the penis – paired, in middle ...
... Note – both the dorsal nerve and artery of the penis go deep to the perineal membrane before the penis ○ The deep dorsal vein of the penis does not accompany the other two until it gets to the penis Dorsal nerve of the penis – paired, most lateral Dorsal artery of the penis – paired, in middle ...
SMAS AND ANATOMY OF
... Superficial to the SMAS, the fat lobules are divided by multiple fibrous septae that extend from it to the dermis. Deep to the SMAS is another layer of yellow fat between it and the investing layer of the parotid gland, the masseter muscle and, anteriorly, the muscles of facial expression. The SMAS ...
... Superficial to the SMAS, the fat lobules are divided by multiple fibrous septae that extend from it to the dermis. Deep to the SMAS is another layer of yellow fat between it and the investing layer of the parotid gland, the masseter muscle and, anteriorly, the muscles of facial expression. The SMAS ...
Thigh and Gluteal Regions
... The femoral artery is the principal vessel of the anterior compartment of the thigh. It is a continuation of the external iliac artery and enters the anterior thigh region just behind the mid point of the inguinal ligament. It then transcends through the femoral triangle and reach the adductor canal ...
... The femoral artery is the principal vessel of the anterior compartment of the thigh. It is a continuation of the external iliac artery and enters the anterior thigh region just behind the mid point of the inguinal ligament. It then transcends through the femoral triangle and reach the adductor canal ...
- University of Warwick
... First, as the diaphragm contracts it pulls the central tendon in a caudal direction, thus expanding chest volumes (piston-like action). At the same, it pushes the abdominal organs down and increases the intra-abdominal pressure which is transmitted across the apposition zone, pushing the lower ribs ...
... First, as the diaphragm contracts it pulls the central tendon in a caudal direction, thus expanding chest volumes (piston-like action). At the same, it pushes the abdominal organs down and increases the intra-abdominal pressure which is transmitted across the apposition zone, pushing the lower ribs ...
1. A 57-year-old male complains of intense chest pain, but tests rule
... norepinephrine are innervated by preganglionic fibers from the greater thoracic splanchnic nerve. The suprarenal medulla is directly innervated by preganglionic sympathetic fibers from the greater thoracic splanchnic nerve. These preganglionic fibers synapse on the cells of the adrenal medulla, caus ...
... norepinephrine are innervated by preganglionic fibers from the greater thoracic splanchnic nerve. The suprarenal medulla is directly innervated by preganglionic sympathetic fibers from the greater thoracic splanchnic nerve. These preganglionic fibers synapse on the cells of the adrenal medulla, caus ...
Anatomical Study of the Superior Gluteal Artery
... cutanous perforator are shown in Table 1. The penetrating main branches that ran through the gluteus maximus were found 1-4 branches per flap. Only one branch was mostly found in each flap (Table 2). The length of the penetrating main branch ranged from 3.0 to 8.7 cm (an average of 5.3 + 1.34 cm) an ...
... cutanous perforator are shown in Table 1. The penetrating main branches that ran through the gluteus maximus were found 1-4 branches per flap. Only one branch was mostly found in each flap (Table 2). The length of the penetrating main branch ranged from 3.0 to 8.7 cm (an average of 5.3 + 1.34 cm) an ...
Saladin 5e Extended Outline
... 3. Triangular (convergent) muscles are fan-shaped, broad at the origin and narrow at the insertion; examples are the pectoralis major and the temporalis on the head. 4. Pennate muscles are feather shaped, with fascicles inserting obliquely on a tendon that runs the length of the muscle; there are th ...
... 3. Triangular (convergent) muscles are fan-shaped, broad at the origin and narrow at the insertion; examples are the pectoralis major and the temporalis on the head. 4. Pennate muscles are feather shaped, with fascicles inserting obliquely on a tendon that runs the length of the muscle; there are th ...
UNILATERAL VARIATION IN THE TERMINATION OF
... chemorepulsant in highly coordinated site-specific fission. Tropic substances such as brain-derived neurotropic growth factor, c-kit ligand, neutrin-1, neutrin-2, etc. attract the correct growth cones or support the viability of the growth cones that happen to take the right path. The significant va ...
... chemorepulsant in highly coordinated site-specific fission. Tropic substances such as brain-derived neurotropic growth factor, c-kit ligand, neutrin-1, neutrin-2, etc. attract the correct growth cones or support the viability of the growth cones that happen to take the right path. The significant va ...
Flexor Digitorum Profondus Flexor Pollicis Longus Pronator
... Is a strong fibrous band which bridges the anterior concavity of the carpus Attachments ...
... Is a strong fibrous band which bridges the anterior concavity of the carpus Attachments ...
pdf
... $ Arteries (Figure) on page 27 (Figure) on page 28 on page 27 The lingual artery (4) arises from the external carotid artery (5). It runs in the floor of the mouth to the deep muscle hyoglossus and divides into deep artery of tongue and sublingual artery. The facial artery (3) is a branch of the ext ...
... $ Arteries (Figure) on page 27 (Figure) on page 28 on page 27 The lingual artery (4) arises from the external carotid artery (5). It runs in the floor of the mouth to the deep muscle hyoglossus and divides into deep artery of tongue and sublingual artery. The facial artery (3) is a branch of the ext ...
15-Submandibular Region-II2010-10-01 03:4111.6 MB
... It is crossed laterally by the lingual nerve. It then lies between the sublingual gland and the genioglossus muscle. It opens at the summit of a small papilla, situated at the side of the frenulum of the tongue. The duct and the deep part of the gland could be palpated through the mucous membrane of ...
... It is crossed laterally by the lingual nerve. It then lies between the sublingual gland and the genioglossus muscle. It opens at the summit of a small papilla, situated at the side of the frenulum of the tongue. The duct and the deep part of the gland could be palpated through the mucous membrane of ...
Document
... • Tibialis posterior – Origin – tibia, fibula, and interosseous membrane – Insertion - tarsals and metatarsals – Action - plantarflex and invert foot ...
... • Tibialis posterior – Origin – tibia, fibula, and interosseous membrane – Insertion - tarsals and metatarsals – Action - plantarflex and invert foot ...
study of two unusual separate biceps brachii muscle
... as a communicating branch. Chiarapattanakom et al. [27] are of the opinion that the limb muscles develop from the mesenchyme of local origin, while axons of spinal nerves grow distally to reach the muscles and the skin. They blamed the lack of coordination between the formation of the limb muscles a ...
... as a communicating branch. Chiarapattanakom et al. [27] are of the opinion that the limb muscles develop from the mesenchyme of local origin, while axons of spinal nerves grow distally to reach the muscles and the skin. They blamed the lack of coordination between the formation of the limb muscles a ...
Basic spinal anatomy
... design given the tasks we carry out with it. The anatomy of the spine is also key to how it works. It is comprised of strong, small boney structures held taught with muscles and ligaments to provide stability, strength, and movement. The intervertebral disks provide a cushioning and basis for allowi ...
... design given the tasks we carry out with it. The anatomy of the spine is also key to how it works. It is comprised of strong, small boney structures held taught with muscles and ligaments to provide stability, strength, and movement. The intervertebral disks provide a cushioning and basis for allowi ...
Anatomy of Oesophagus
... In the neck, the oesophagus is in relation, in front, with the trachea; and, at the lower part of the neck, where it projects to the left side, with the thyroid gland and thoracic duct; behind, it rests upon the vertebral column and Longus colli muscle; on each side, it is in relation with the com ...
... In the neck, the oesophagus is in relation, in front, with the trachea; and, at the lower part of the neck, where it projects to the left side, with the thyroid gland and thoracic duct; behind, it rests upon the vertebral column and Longus colli muscle; on each side, it is in relation with the com ...
Cervical Plexus
... cisterna chyli. It enters the thorax through the aortic opening in the diaphragm and ascends through the posterior mediastinum, inclining gradually to the left. On reaching the superior mediastinum, it is found passing upward along the left margin of the esophagus. At the root of the neck, it contin ...
... cisterna chyli. It enters the thorax through the aortic opening in the diaphragm and ascends through the posterior mediastinum, inclining gradually to the left. On reaching the superior mediastinum, it is found passing upward along the left margin of the esophagus. At the root of the neck, it contin ...
Muscle
Muscle is a soft tissue found in most animals. Muscle cells contain protein filaments of actin and myosin that slide past one another, producing a contraction that changes both the length and the shape of the cell. Muscles function to produce force and motion. They are primarily responsible for maintaining and changing posture, locomotion, as well as movement of internal organs, such as the contraction of the heart and the movement of food through the digestive system via peristalsis.Muscle tissues are derived from the mesodermal layer of embryonic germ cells in a process known as myogenesis. There are three types of muscle, skeletal or striated, cardiac, and smooth. Muscle action can be classified as being either voluntary or involuntary. Cardiac and smooth muscles contract without conscious thought and are termed involuntary, whereas the skeletal muscles contract upon command. Skeletal muscles in turn can be divided into fast and slow twitch fibers.Muscles are predominantly powered by the oxidation of fats and carbohydrates, but anaerobic chemical reactions are also used, particularly by fast twitch fibers. These chemical reactions produce adenosine triphosphate (ATP) molecules that are used to power the movement of the myosin heads.The term muscle is derived from the Latin musculus meaning ""little mouse"" perhaps because of the shape of certain muscles or because contracting muscles look like mice moving under the skin.