SHOULDER UNIT Chapter 18
... Empty Can test – Supraspinatus weakness • The athlete brings both shoulder into 90 degrees of forward flexion and 30 degrees of horizontal abduction. The thumbs are pointing downward. Force is applied to the arm in a downward motion. ...
... Empty Can test – Supraspinatus weakness • The athlete brings both shoulder into 90 degrees of forward flexion and 30 degrees of horizontal abduction. The thumbs are pointing downward. Force is applied to the arm in a downward motion. ...
4. SKELETAL SYSTEM - Dr. Salah A. Martin
... • The humerus is the sole bone of the arm • It articulates with the scapula at the shoulder, and the radius and ulna at the elbow • Major markings – Proximal humerus includes the head, anatomical and surgical necks, greater and lesser tubercles, and the intertubercular groove – Distal humerus includ ...
... • The humerus is the sole bone of the arm • It articulates with the scapula at the shoulder, and the radius and ulna at the elbow • Major markings – Proximal humerus includes the head, anatomical and surgical necks, greater and lesser tubercles, and the intertubercular groove – Distal humerus includ ...
Bones, Part 1: The Appendicular Skeleton
... Formed from the radius and ulna Proximal ends articulate with the humerus Distal ends articulate with carpals Radius and ulna articulate with each other ...
... Formed from the radius and ulna Proximal ends articulate with the humerus Distal ends articulate with carpals Radius and ulna articulate with each other ...
Lecture 4- Female Perineum 2014
... • Perineal body is an irregular mass of variable size and consistency, located at midpoint of the line between the ischial tuberosities • Lies in the subcutaneous tissue, posterior to vestibule and anterior to the anal canal & anus • Forms the central point of the perineum & blends anteriorly with t ...
... • Perineal body is an irregular mass of variable size and consistency, located at midpoint of the line between the ischial tuberosities • Lies in the subcutaneous tissue, posterior to vestibule and anterior to the anal canal & anus • Forms the central point of the perineum & blends anteriorly with t ...
Frog Dissection
... 4. Place frog ventral side up. Look for the opening to the frog’s cloaca, located between the hind legs. Use forceps to lift the skin and use scissors to cut along the center of the body from the cloaca to the lip. Turn back the skin, cut toward the side at each leg, and pin the skin flat. The diagr ...
... 4. Place frog ventral side up. Look for the opening to the frog’s cloaca, located between the hind legs. Use forceps to lift the skin and use scissors to cut along the center of the body from the cloaca to the lip. Turn back the skin, cut toward the side at each leg, and pin the skin flat. The diagr ...
Cadaveric Case Report on Variant Heads of Plantaris Muscle.
... were composed of a thick muscle belly and a long thin tendon. One head of the plantaris muscle originated from the lower part of the lateral supracondylar line of the femur superior to the origin of the lateral head of gastrocnemius while the other head of the plantaris muscle originated from the ob ...
... were composed of a thick muscle belly and a long thin tendon. One head of the plantaris muscle originated from the lower part of the lateral supracondylar line of the femur superior to the origin of the lateral head of gastrocnemius while the other head of the plantaris muscle originated from the ob ...
L6-final 9-10 cr. n. jamePowerPoint Presentation
... • SVA fibers: arise from the cells of inferior ganglion, their central processes terminate in nucleus of solitary tract (NST), the peripheral processes supply the taste buds on posterior third of tongue. • GVA fibers: visceral sensation from mucosa of posterior third of tongue, pharynx, auditory tub ...
... • SVA fibers: arise from the cells of inferior ganglion, their central processes terminate in nucleus of solitary tract (NST), the peripheral processes supply the taste buds on posterior third of tongue. • GVA fibers: visceral sensation from mucosa of posterior third of tongue, pharynx, auditory tub ...
PowerPoint Lecture 12
... the embryonic gut. Begins as a bud in pharynx floor. Each fork is called a primary bronchus. ...
... the embryonic gut. Begins as a bud in pharynx floor. Each fork is called a primary bronchus. ...
nasal cavity
... Each nasal cavity is divided into nasal vestibule and proper nasal cavity. The nasal vestibule is lined by skin, and the proper nasal cavity by mucous membrane. According to the function ,the mucous membrane is divided into two parts: olfectory and respiratory region. The paranasal sinuses includes ...
... Each nasal cavity is divided into nasal vestibule and proper nasal cavity. The nasal vestibule is lined by skin, and the proper nasal cavity by mucous membrane. According to the function ,the mucous membrane is divided into two parts: olfectory and respiratory region. The paranasal sinuses includes ...
FEMALE REPRODUCTIVE SYSTEM
... – necklike region of the uterus that extends into the vagina – internal and external os are the openings of the cervix ...
... – necklike region of the uterus that extends into the vagina – internal and external os are the openings of the cervix ...
Saladin 5e Extended Outline
... canals, slits, cavities, and articular (joint) surfaces; many of these bone markings can be felt on your own body. (p. 244) (Fig. 8.2) (Table 8.2) II. The Skull (pp. 244–258) A. The skull is the most complex part of the skeleton. (pp. 244–249) (Figs. 8.3, 8.4, 8.5, 8.6) 1. The skull is composed of 2 ...
... canals, slits, cavities, and articular (joint) surfaces; many of these bone markings can be felt on your own body. (p. 244) (Fig. 8.2) (Table 8.2) II. The Skull (pp. 244–258) A. The skull is the most complex part of the skeleton. (pp. 244–249) (Figs. 8.3, 8.4, 8.5, 8.6) 1. The skull is composed of 2 ...
nasopharynx paranasal sinuses and salivary glands ppt
... • Preganglionic parasympathetic fibers leave the brain stem from inferior salivatory nucleus in the glossopharyngeal nerve (cranial nerve IX) and then through its tympanic and then the lesser petrosal branch pass into the otic ganglion. There, they synapse with postganglionic fibers which reach the ...
... • Preganglionic parasympathetic fibers leave the brain stem from inferior salivatory nucleus in the glossopharyngeal nerve (cranial nerve IX) and then through its tympanic and then the lesser petrosal branch pass into the otic ganglion. There, they synapse with postganglionic fibers which reach the ...
Pectoral Girdle 8.3 Clavicle The clavicle is a long curved, horizontal
... The c_____ extends from the manubrium of the sternum to the acromion of the scapula. ...
... The c_____ extends from the manubrium of the sternum to the acromion of the scapula. ...
Running and Jogging Injuries
... alter gait, and change of a running surface. Foot problems in runners are related to foot types. Nonoperative treatment such as orthotics and shoe modifications should be used if necessary. The ideal surface on which to run is flat, smooth, resilient, and reasonably soft. Avoid concrete or rough roa ...
... alter gait, and change of a running surface. Foot problems in runners are related to foot types. Nonoperative treatment such as orthotics and shoe modifications should be used if necessary. The ideal surface on which to run is flat, smooth, resilient, and reasonably soft. Avoid concrete or rough roa ...
arm2008-11-05 10:491.5 MB
... Origin : by 3 heads : Long Head : from infraglenoid tubercle of scapula. Lateral Head : from olique ridge on posterior surface of humerus above spiral groove. It covers the Radial nerve. Medial Head : from posterior surface of humerus below spiral groove. Insertion : Olecranon process of ulna (upper ...
... Origin : by 3 heads : Long Head : from infraglenoid tubercle of scapula. Lateral Head : from olique ridge on posterior surface of humerus above spiral groove. It covers the Radial nerve. Medial Head : from posterior surface of humerus below spiral groove. Insertion : Olecranon process of ulna (upper ...
human-anatomy-3e-1
... B. Hypogastric and hypochondriac C. Hypochondriac, lumbar, and hypogastric D. Iliac and hypochondriac E. Lumbar, iliac, and hypochondriac 58. Lateral to the umbilical abdominopelvic region are the _____ regions. ...
... B. Hypogastric and hypochondriac C. Hypochondriac, lumbar, and hypogastric D. Iliac and hypochondriac E. Lumbar, iliac, and hypochondriac 58. Lateral to the umbilical abdominopelvic region are the _____ regions. ...
THE SPINAL CORD - Straight A Nursing
... o The MOTORNEURON transmits the signal to effector organ (muscle or gland) SOME SPECIFIC REFLEXES The STRETCH REFLEX monitors tension on a muscle, and causes an active contraction in response to passive muscle stretch. It excites the muscle spindles in the Golgi tendon organs and signal is sent to t ...
... o The MOTORNEURON transmits the signal to effector organ (muscle or gland) SOME SPECIFIC REFLEXES The STRETCH REFLEX monitors tension on a muscle, and causes an active contraction in response to passive muscle stretch. It excites the muscle spindles in the Golgi tendon organs and signal is sent to t ...
PDF sample - Monsters of Rock Cruise
... encouraged to confirm the information contained herein with other sources. For example and in particular, readers are advised to check the product information sheet included in the package of each drug they plan to administer to be certain that the information contained in this work is accurate and ...
... encouraged to confirm the information contained herein with other sources. For example and in particular, readers are advised to check the product information sheet included in the package of each drug they plan to administer to be certain that the information contained in this work is accurate and ...
Muscle Plasticity During Sprouting and Reinnervation1
... axons and their muscle unit force recovered in parallel, and that the normal size relationships returned with remarkable precision (Gordon and Stein, 1982a, b). Because regenerating nerves do not return to their former muscle fibers and instead supply muscle fibers which formerly belonged to several ...
... axons and their muscle unit force recovered in parallel, and that the normal size relationships returned with remarkable precision (Gordon and Stein, 1982a, b). Because regenerating nerves do not return to their former muscle fibers and instead supply muscle fibers which formerly belonged to several ...
Chapter 3
... DIVISIONS OF THE SKELETAL SYSTEM • The axial skeleton consists of bones arranged along the longitudinal axis of the body. The parts of the axial skeleton, composed of 80 bones, are the skull, hyoid bone, vertebral column, sternum, and ribs (Figure 7.1). • The appendicular skeleton comprises one of ...
... DIVISIONS OF THE SKELETAL SYSTEM • The axial skeleton consists of bones arranged along the longitudinal axis of the body. The parts of the axial skeleton, composed of 80 bones, are the skull, hyoid bone, vertebral column, sternum, and ribs (Figure 7.1). • The appendicular skeleton comprises one of ...
Week4BFINALMICKO_000..
... head for arm movements in all planes Resting position: slightly upwardly rotated Spine of scapula is across from T3 spinous process ...
... head for arm movements in all planes Resting position: slightly upwardly rotated Spine of scapula is across from T3 spinous process ...
L11- Forearm
... The forearm extends from elbow to wrist. It posses two bones radius laterally & Ulna medially. The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supina ...
... The forearm extends from elbow to wrist. It posses two bones radius laterally & Ulna medially. The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supina ...
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.