Brachium and Cubital Fossa
... 10. Locate the three heads of the triceps and their attachments 11. Locate the profunda brachii artery and radial nerve at the triangular interval and between the brachialis and brachioradialis muscles ...
... 10. Locate the three heads of the triceps and their attachments 11. Locate the profunda brachii artery and radial nerve at the triangular interval and between the brachialis and brachioradialis muscles ...
File
... distance between starting and ending positions. ROM Approximately 4 in. The difference between starting and ending positions. ...
... distance between starting and ending positions. ROM Approximately 4 in. The difference between starting and ending positions. ...
questions
... B. Deltoid then deltoid and supraspinatus then serratus anterior C. Supraspinatus then deltoid and supraspinatus then serratus anterior D. Deltoid then trapezius and deltoid then serratus anterior E. Serratus anterior then deltoid then supraspinatus 6. _____ The median nerve supplies the following i ...
... B. Deltoid then deltoid and supraspinatus then serratus anterior C. Supraspinatus then deltoid and supraspinatus then serratus anterior D. Deltoid then trapezius and deltoid then serratus anterior E. Serratus anterior then deltoid then supraspinatus 6. _____ The median nerve supplies the following i ...
dermatomes_and_myotomes_information
... Deltoid patch & lateral arm Lateral forearm, thumb and index finger Posterior lateral forearm & middle finger Medial forearm, ulna border & ring/little fingers Medial side of forearm & upper arm ...
... Deltoid patch & lateral arm Lateral forearm, thumb and index finger Posterior lateral forearm & middle finger Medial forearm, ulna border & ring/little fingers Medial side of forearm & upper arm ...
Virtual Anatomy Lab: Study notes
... (3) The neck of the femur must be intact. Thus the angle between the neck and the body of the femur must be normal (around 160° in a child and 125° in an adult). NB : Coxa valga means the angle is increased. Coxa vara means the angle is decreased. Clinical note: Normally, if a person stands on just ...
... (3) The neck of the femur must be intact. Thus the angle between the neck and the body of the femur must be normal (around 160° in a child and 125° in an adult). NB : Coxa valga means the angle is increased. Coxa vara means the angle is decreased. Clinical note: Normally, if a person stands on just ...
The Regional Anatomy of the Upper limb
... Ⅳ. The cubital fossa It is a triangular depression at the bend of the elbow. The doundaries---laterally--- the brachioradialis; Medially---the pronator teres; Speriorly--- the base An imaginary line between the two humeral epicondyles. The contents---- from the lateral to medial sides radial n ...
... Ⅳ. The cubital fossa It is a triangular depression at the bend of the elbow. The doundaries---laterally--- the brachioradialis; Medially---the pronator teres; Speriorly--- the base An imaginary line between the two humeral epicondyles. The contents---- from the lateral to medial sides radial n ...
15-SUBMANDIBULAR REGION I
... Suprahyoid artery :from the beginning of the artery and runs superficial to Hyoglossus Deep lingual artery: runs on the under surface of the tongue under its mucous membrane ...
... Suprahyoid artery :from the beginning of the artery and runs superficial to Hyoglossus Deep lingual artery: runs on the under surface of the tongue under its mucous membrane ...
Anatomy 203 OSCE Chart
... • tarsal bone located on medial aspect of the foot • articulates with all 3 cuneiform • talus posteriorly & cuboid laterally • forms talo-calcaneo-navicular joint (aka anterior subtalar joint) • allows for inversion/eversion, pronation/supination ...
... • tarsal bone located on medial aspect of the foot • articulates with all 3 cuneiform • talus posteriorly & cuboid laterally • forms talo-calcaneo-navicular joint (aka anterior subtalar joint) • allows for inversion/eversion, pronation/supination ...
Axillary artery
... Originates in the neck, passes laterally and inferiorly over rib I, and enters the axilla. ...
... Originates in the neck, passes laterally and inferiorly over rib I, and enters the axilla. ...
Osteological notes on Muraenosaurus*
... considerable cartilaginous masses which extended on both sides deep into the body of the bone. Because of this the basisphenoid has the appearance of being split, and the basioccipital has on its anterior face a fairly deep but blind ended cavity (Fig 1b). Even in adult animals there is on both dors ...
... considerable cartilaginous masses which extended on both sides deep into the body of the bone. Because of this the basisphenoid has the appearance of being split, and the basioccipital has on its anterior face a fairly deep but blind ended cavity (Fig 1b). Even in adult animals there is on both dors ...
File
... b. passageway also for the nasopalatine and posterior superior nasal nerves to supply the nasal mucosa -pterygopalatine fossa - located below the apex of the orbit, communications d. sphenopalatine foramen to the nasal cavity, medially ...
... b. passageway also for the nasopalatine and posterior superior nasal nerves to supply the nasal mucosa -pterygopalatine fossa - located below the apex of the orbit, communications d. sphenopalatine foramen to the nasal cavity, medially ...
Middle cranial fossa Bones
... the skull bones. Strongly adherent to the bone. B. Meningeal layer: dense strong fibrous membrane, continues through the foramen magnum with dura covering the spinal cord. It send inward four septa that divide the cranial cavity into communicating spaces and act to restrict the rotatory displacement ...
... the skull bones. Strongly adherent to the bone. B. Meningeal layer: dense strong fibrous membrane, continues through the foramen magnum with dura covering the spinal cord. It send inward four septa that divide the cranial cavity into communicating spaces and act to restrict the rotatory displacement ...
Axial Skeleton - Vertebral Column
... • Join with the inferior articular facet of the vertebra above it. ...
... • Join with the inferior articular facet of the vertebra above it. ...
Chemistry Problem Solving Drill
... the articulation point between the upper arm and the chest. The clavicle extends from the scapula to the manubrium portion of the sternum. The scapula, or shoulder blade, is attached to the clavicle, but it has no direct connection with the axial skeleton. The scapula is a roughly triangular, flat b ...
... the articulation point between the upper arm and the chest. The clavicle extends from the scapula to the manubrium portion of the sternum. The scapula, or shoulder blade, is attached to the clavicle, but it has no direct connection with the axial skeleton. The scapula is a roughly triangular, flat b ...
Bones of the Pelvis and Perineum Bone Structure Description Notes
... attachment for abdominal wall muscles ...
... attachment for abdominal wall muscles ...
Chapter 7 PowerPoint - Part c - Hillsborough Community College
... • Also called shoulder blades; thin, triangular flat bones on dorsal surface of rib cage, between ribs 2 and 7 • Each scapula has three borders – Superior: shortest, sharpest border – Medial (vertebral): runs parallel to spine – Lateral (axillary): near armpit, ends superiorly in glenoid cavity foss ...
... • Also called shoulder blades; thin, triangular flat bones on dorsal surface of rib cage, between ribs 2 and 7 • Each scapula has three borders – Superior: shortest, sharpest border – Medial (vertebral): runs parallel to spine – Lateral (axillary): near armpit, ends superiorly in glenoid cavity foss ...
Client Seated - The Littered Box
... palpable, and sometimes visible as well. It is no longer necessary for the client to have the hand in the small of the back, and the client can be asked to perform a more forceful contraction (against resistance if desired) of elevation of the scapula. Continue palpating it superiorly by strumming p ...
... palpable, and sometimes visible as well. It is no longer necessary for the client to have the hand in the small of the back, and the client can be asked to perform a more forceful contraction (against resistance if desired) of elevation of the scapula. Continue palpating it superiorly by strumming p ...
Practical 1 Worksheet-‐KEY
... 57. What can be a way to tell the difference between piriformis and gemellus superior? The sciatic nerve usually emerges between these two muscles 58. What is the common origin for all thre ...
... 57. What can be a way to tell the difference between piriformis and gemellus superior? The sciatic nerve usually emerges between these two muscles 58. What is the common origin for all thre ...
USW Scan Plan Infra-Clavicular to Terminal Nerves
... a. Scan Path: Scan from the cubital fossa lateral to the bicep tendon in a spiral path to the mid humerus lateral and behind the deltoid insertion b. Start at the cubital fossa and i. Anatomy recall: 1. the radial nerve is in between the brachialis and the brachio-radialis 2. from the axilla, it has ...
... a. Scan Path: Scan from the cubital fossa lateral to the bicep tendon in a spiral path to the mid humerus lateral and behind the deltoid insertion b. Start at the cubital fossa and i. Anatomy recall: 1. the radial nerve is in between the brachialis and the brachio-radialis 2. from the axilla, it has ...
Abnormal anatomy of inferior orbital fissure and herniation of buccal
... the superficial facial muscles, and allows the masticatory and mimetic muscles to glide. It can be divided into a body and 4 processes, and is fixed by 6 ligaments to the maxilla, posterior zygoma, temporalis tendon, and the inner and outer aspects of the inferior orbital fissure. The inferior orbit ...
... the superficial facial muscles, and allows the masticatory and mimetic muscles to glide. It can be divided into a body and 4 processes, and is fixed by 6 ligaments to the maxilla, posterior zygoma, temporalis tendon, and the inner and outer aspects of the inferior orbital fissure. The inferior orbit ...
A) Skeletal PPT
... glenoid cavity- small, shallow cavity- articulates with the humerus of the arm ...
... glenoid cavity- small, shallow cavity- articulates with the humerus of the arm ...
Lecture 6 Comparative anatomy of the Elbow and Forearm
... Lateral bone in the forearm Proximal end includes a head, neck and radial tuberosity Head discoid and like a shallow cup, articulates with the capitulum Neck is a constriction blew the head ...
... Lateral bone in the forearm Proximal end includes a head, neck and radial tuberosity Head discoid and like a shallow cup, articulates with the capitulum Neck is a constriction blew the head ...
BONES OF THE HUMAN BODY
... Commonly called breast bone; long flat bone lies in the anterior midline of thorax; consists of manubrium, body, and xiphoid process ...
... Commonly called breast bone; long flat bone lies in the anterior midline of thorax; consists of manubrium, body, and xiphoid process ...
Equine masticatory organ Part III
... head of the mandible do not fit and do not contact each other directly (in physiological conditions) as they are separated by the articular disc, the shape of which is matched up to both articular surfaces. The articular disc (intraarticular cartilage) divides the joint into two parts: the superior ...
... head of the mandible do not fit and do not contact each other directly (in physiological conditions) as they are separated by the articular disc, the shape of which is matched up to both articular surfaces. The articular disc (intraarticular cartilage) divides the joint into two parts: the superior ...
Scapula
In anatomy, the scapula (plural scapulae or scapulas) or shoulder blade, is the bone that connects the humerus (upper arm bone) with the clavicle (collar bone). Like their connected bones the scapulae are paired, with the scapula on the left side of the body being roughly a mirror image of the right scapula. In early Roman times, people thought the bone resembled a trowel, a small shovel. The shoulder blade is also called omo in Latin medical terminology.The scapula forms the back of the shoulder girdle. In humans, it is a flat bone, roughly triangular in shape, placed on a posterolateral aspect of the thoracic cage.