Pelvis Muscle Table - Stritch School of Medicine
... Inferior gluteal artery, internal Perineal body, coccyx, anococcygeal Ventral rami of lower sacral nerves, Supports pelvic viscera, raises pelvic pudendal artery and its branches ...
... Inferior gluteal artery, internal Perineal body, coccyx, anococcygeal Ventral rami of lower sacral nerves, Supports pelvic viscera, raises pelvic pudendal artery and its branches ...
Human Anatomy - Biology Courses Server
... more you handle and examine cadaver parts the more familiar you will become with orienting, recognizing, and discovering specific anatomical structures. 2. Palpation: This is the process of exploring structures with your hands on your own or someone else’s body. Realize that your own body is a huma ...
... more you handle and examine cadaver parts the more familiar you will become with orienting, recognizing, and discovering specific anatomical structures. 2. Palpation: This is the process of exploring structures with your hands on your own or someone else’s body. Realize that your own body is a huma ...
Anatomy of the larynx and tracheobronchial tree
... the mouth has considerable advantages: predatory mammals can still breathe while the mouth is obstructed by prey, and herbivorous prey can still sense warning odours while feeding. In aquatic vertebrates, such as crocodiles, dolphins and whales, an intranarial larynx has been developed where the inl ...
... the mouth has considerable advantages: predatory mammals can still breathe while the mouth is obstructed by prey, and herbivorous prey can still sense warning odours while feeding. In aquatic vertebrates, such as crocodiles, dolphins and whales, an intranarial larynx has been developed where the inl ...
Quick Review: Fossa of Rosenmüller
... degrees with the Saggital plane. There is little variation between the left and right FOR in any patient; the difference in depth varies between 2 and 3 mm and difference in width of orifice within 1 mm. FOR is far too deep and narrow for clinical inspection be it with a postnasal mirror or nasophar ...
... degrees with the Saggital plane. There is little variation between the left and right FOR in any patient; the difference in depth varies between 2 and 3 mm and difference in width of orifice within 1 mm. FOR is far too deep and narrow for clinical inspection be it with a postnasal mirror or nasophar ...
Mandibula
... that allow the passage of blood vessels between the bone marrow spaces and the periodontal ligament The coronal rim of the alveolar bone forms the alveolar crest, which generally parallels the cemento-enamel junction at a distance of 1-2 mm apical to it ...
... that allow the passage of blood vessels between the bone marrow spaces and the periodontal ligament The coronal rim of the alveolar bone forms the alveolar crest, which generally parallels the cemento-enamel junction at a distance of 1-2 mm apical to it ...
Circulatory Vessels
... neck, thorax, and arms. The inferior vena cava returns deoxygenated blood from the rest of the systemic loop. Venules are small veins. In charts/pictures, then in a model found in the lab, locate the major human veins listed. As with the arteries, note how they form routes from major body regions. ...
... neck, thorax, and arms. The inferior vena cava returns deoxygenated blood from the rest of the systemic loop. Venules are small veins. In charts/pictures, then in a model found in the lab, locate the major human veins listed. As with the arteries, note how they form routes from major body regions. ...
Microscopic Anatomy of Skeletal Muscle
... • Voluntary – subject to conscious control • Cells are surrounded and bundled by connective tissue ...
... • Voluntary – subject to conscious control • Cells are surrounded and bundled by connective tissue ...
Rev chir de Paris, 23:2
... blow, administered like the first two, was necessary to achieve a horizontal fracture. It was very high, near the cheek bones, but did not cut them open. Experiment V Macerated head, covered only with some soft parts. Supported in a hollow, on the occiput, face looking up. The first blow was directe ...
... blow, administered like the first two, was necessary to achieve a horizontal fracture. It was very high, near the cheek bones, but did not cut them open. Experiment V Macerated head, covered only with some soft parts. Supported in a hollow, on the occiput, face looking up. The first blow was directe ...
Split median nerve with variation in its common digital branch a case
... distally both rami reunite, from the reunited portion a branch is given off, which supply the medial side of the middle finger. Lateral side of the ring finger supplied by medial branch of the proper palmar digital nerve. In this case the superficial palmar arch found to be incomplete. The findings ...
... distally both rami reunite, from the reunited portion a branch is given off, which supply the medial side of the middle finger. Lateral side of the ring finger supplied by medial branch of the proper palmar digital nerve. In this case the superficial palmar arch found to be incomplete. The findings ...
Sacrotuberous Ligament Sprains Sacrotuberous
... 4. A side-lying position puts the sacrotuberous ligament on the stretch so it is easily treated. True or False? 5. The sacrotuberous ligament is in part attached to the coccyx. True or False? ...
... 4. A side-lying position puts the sacrotuberous ligament on the stretch so it is easily treated. True or False? 5. The sacrotuberous ligament is in part attached to the coccyx. True or False? ...
Upper extremity-II
... These nerve pass in company with superficial veÂins. On the medial side of the forearm the basilic vein accompaÂnies the medial cutaneous nerve of the forearm. Laterally the cephalic vein winds round onto the anterior aspect of the forearm and passes in company with lateral cutaneous nerve of the f ...
... These nerve pass in company with superficial veÂins. On the medial side of the forearm the basilic vein accompaÂnies the medial cutaneous nerve of the forearm. Laterally the cephalic vein winds round onto the anterior aspect of the forearm and passes in company with lateral cutaneous nerve of the f ...
Chiropractic Notation Key
... The bone that juts out behind the knee is limited in motion, constricting the motion of the tendons behind the lower limb The identified bones in the neck (C6&7 are near or directly under the attachment of the neck to the shoulder) are limited in motion to the R or L. the horse cannot bend its neck ...
... The bone that juts out behind the knee is limited in motion, constricting the motion of the tendons behind the lower limb The identified bones in the neck (C6&7 are near or directly under the attachment of the neck to the shoulder) are limited in motion to the R or L. the horse cannot bend its neck ...
Indication - Association of Vascular and Interventional Radiographers
... • Stable VT 150mg over 10 minutes •Dose: • Pulseless VT or VF 300mg IV push • Bolus: 1-1.5mg/kg ...
... • Stable VT 150mg over 10 minutes •Dose: • Pulseless VT or VF 300mg IV push • Bolus: 1-1.5mg/kg ...
Thieme: Color Atlas of Acupuncture
... lateral bony ridges of the middle phalanges of fingers II to V. Innervation: Median nerve (C7 to T1). Action: Flexes the metacarpophalangeal joints II to V and the proximal interphalangeal joints II to V. Miscellaneous: The tendons of the deep flexor muscle of the fingers pass between the parts of t ...
... lateral bony ridges of the middle phalanges of fingers II to V. Innervation: Median nerve (C7 to T1). Action: Flexes the metacarpophalangeal joints II to V and the proximal interphalangeal joints II to V. Miscellaneous: The tendons of the deep flexor muscle of the fingers pass between the parts of t ...
V Platyhelminthes and Nematoda PPT
... • Larvae bore into host skin into blood vessels of intestines • Block vessels causing bleeding and damage to liver • Snail is intermediate host ...
... • Larvae bore into host skin into blood vessels of intestines • Block vessels causing bleeding and damage to liver • Snail is intermediate host ...
OMM 18: Hip and Pelvis Differentials – everything in red OMM 20
... iii. Talus jammed into joint 1. Weight of body coming down ‘jams’ talus into crural (distal tib/fib) articulation g. Shin splints - complaint is usually of pain at the medial border of the tibia, the bone on the inside of the lower leg. It involves degeneration and micro-tearing of the tendons of th ...
... iii. Talus jammed into joint 1. Weight of body coming down ‘jams’ talus into crural (distal tib/fib) articulation g. Shin splints - complaint is usually of pain at the medial border of the tibia, the bone on the inside of the lower leg. It involves degeneration and micro-tearing of the tendons of th ...
*Abdominal: The belly part of the body that contains all of the
... *Abdominal: The belly part of the body that contains all of the structures between the pelvis and chest. ...
... *Abdominal: The belly part of the body that contains all of the structures between the pelvis and chest. ...
3.Kidney, Ureter & Suprarenal gland
... Anteriorly: The suprarenal gland, the spleen, the stomach, the pancreas, the left colic flexure, and coils of jejunum ...
... Anteriorly: The suprarenal gland, the spleen, the stomach, the pancreas, the left colic flexure, and coils of jejunum ...
Lower Extremity Neuroanatomy / Wynn Strodtbeck
... Originates from dorsal divisions of L2 and L3 May have a variable course as it emerges from psoas ...
... Originates from dorsal divisions of L2 and L3 May have a variable course as it emerges from psoas ...
Knee Anatomy - Mr. Lesiuk
... Ligament (ACL)prevents the tibia from sliding out in front of the femur. • Posterior Cruciate Ligament (PCL) prevents knee from hyperextending • Injuries are most often caused by hyperflexion and hyperextension of the knee or rotation at the knee. ...
... Ligament (ACL)prevents the tibia from sliding out in front of the femur. • Posterior Cruciate Ligament (PCL) prevents knee from hyperextending • Injuries are most often caused by hyperflexion and hyperextension of the knee or rotation at the knee. ...
Anatomical terminology
Anatomical terminology is used by anatomists and zoologists, in scientific journals, textbooks, and by doctors and other health professionals. Anatomical terminology contains a variety of unique and possibly confusing terms to describe the anatomical location and action of different structures. By using this terminology, anatomists hope to be more precise and reduce errors and ambiguity. For example, is a scar ""above the wrist"" located on the forearm two or three inches away from the hand? Or is it at the base of the hand? Is it on the palm-side or back-side? By using precise anatomical terminology, ambiguity is eliminated.Anatomical terms derive from Ancient Greek and Latin words, and because these languages are no longer used in everyday conversation, the meaning of their words does not change. The current international standard is the Terminologia Anatomica.