Musculature System
... They are found in the urinary bladder, gallbladder, arteries, and veins. Also the digestive tract is made up of smooth muscle as well. The smooth muscles are controlled by the nervous system and hormones. We cannot consciously control the smooth muscle that is why they are often called involuntary m ...
... They are found in the urinary bladder, gallbladder, arteries, and veins. Also the digestive tract is made up of smooth muscle as well. The smooth muscles are controlled by the nervous system and hormones. We cannot consciously control the smooth muscle that is why they are often called involuntary m ...
L05 and L06 - Superficial Back Muscles and Posterior Shoulder with
... ► Calcifying tendinitis -- calcification of the tendon and related degenerative change ► Supraspinatous tendon avulsion -- rotator cuff tear □ Rotator Cuff -- musculotendinous cuff of 4 muscles that adhere to the fibrous capsule of the glenohumerol joint, stabilizing the joint (as the only muscle th ...
... ► Calcifying tendinitis -- calcification of the tendon and related degenerative change ► Supraspinatous tendon avulsion -- rotator cuff tear □ Rotator Cuff -- musculotendinous cuff of 4 muscles that adhere to the fibrous capsule of the glenohumerol joint, stabilizing the joint (as the only muscle th ...
origin of the long head of triceps - Axis: The Online Journal of CAHId
... between the attachment of deltoid and teres minor as far superior as the surgical neck of the humerus: it descends bridging over the spiral groove forming its roof (Snell, 1995; Moore et al., 2010). The long head is superficial and medial, coming from the infraglenoid tubercle and glenoid labrum. It ...
... between the attachment of deltoid and teres minor as far superior as the surgical neck of the humerus: it descends bridging over the spiral groove forming its roof (Snell, 1995; Moore et al., 2010). The long head is superficial and medial, coming from the infraglenoid tubercle and glenoid labrum. It ...
anatomical relationships be able to demonstrate and describe
... surface topography and landmarks be able to relate surface topography and landmarks to underlying organs what are the contents of each of the four body cavities? tissues what are the diagnostic characteristics of each of the four main types of tissues (epithelium, connective tissue, muscle, and nerv ...
... surface topography and landmarks be able to relate surface topography and landmarks to underlying organs what are the contents of each of the four body cavities? tissues what are the diagnostic characteristics of each of the four main types of tissues (epithelium, connective tissue, muscle, and nerv ...
Directional Terms
... • Divides body into equal right and left halves • Sagittal • Separate right and left parts • Frontal • Divides anterior and posterior parts • Horizontal/ Transverse • Divides superior and inferior ...
... • Divides body into equal right and left halves • Sagittal • Separate right and left parts • Frontal • Divides anterior and posterior parts • Horizontal/ Transverse • Divides superior and inferior ...
Bones of the gluteal region
... divided by a longitudinal ridge Divided by a transverse ridge into: into: An upper quadrangular and a lower triangular parts 1-lateral part that gives attachment The upper quadrangular part is divided by an oblique ridge to the adductor part of the adductor into: 1-Upper lateral part for the attachm ...
... divided by a longitudinal ridge Divided by a transverse ridge into: into: An upper quadrangular and a lower triangular parts 1-lateral part that gives attachment The upper quadrangular part is divided by an oblique ridge to the adductor part of the adductor into: 1-Upper lateral part for the attachm ...
the greater sciatic notch of the hip bone
... divided by a longitudinal ridge Divided by a transverse ridge into: into: An upper quadrangular and a lower triangular parts 1-lateral part that gives attachment The upper quadrangular part is divided by an oblique ridge to the adductor part of the adductor into: 1-Upper lateral part for the attachm ...
... divided by a longitudinal ridge Divided by a transverse ridge into: into: An upper quadrangular and a lower triangular parts 1-lateral part that gives attachment The upper quadrangular part is divided by an oblique ridge to the adductor part of the adductor into: 1-Upper lateral part for the attachm ...
1 - Acpsd.net
... The skeletal framework of the neck consists of _________________ The number of thoracic vertebrae is ________ The thoracic cage includes what bones? The layman’s name for the clavicle is the _____________ The trochlea and capitulum can be described as _____________ the human hand has greater dexteri ...
... The skeletal framework of the neck consists of _________________ The number of thoracic vertebrae is ________ The thoracic cage includes what bones? The layman’s name for the clavicle is the _____________ The trochlea and capitulum can be described as _____________ the human hand has greater dexteri ...
Basic Terminology
... Medial – toward midline of the body Lateral – away from midline of the body Proximal – toward point of attachment Distal – away from point of attachment Superior – toward the top of the head Inferior – toward the bottom of the feet ...
... Medial – toward midline of the body Lateral – away from midline of the body Proximal – toward point of attachment Distal – away from point of attachment Superior – toward the top of the head Inferior – toward the bottom of the feet ...
Anatomy/Physiology Name Chapter 6 Review What is osteology
... 5. What is the difference between compact bone and spongy bone? Where are each of these types of bone found? ...
... 5. What is the difference between compact bone and spongy bone? Where are each of these types of bone found? ...
pectoral girdle and pelvic girdle powerpoint
... • Composed of seven bones that form the posterior half of the foot • Body weight is carried primarily on the talus and calcaneus • Talus articulates with the tibia and fibula superiorly, and the calcaneus inferiorly • Other tarsus bones include the cuboid and navicular, and the medial, intermediate, ...
... • Composed of seven bones that form the posterior half of the foot • Body weight is carried primarily on the talus and calcaneus • Talus articulates with the tibia and fibula superiorly, and the calcaneus inferiorly • Other tarsus bones include the cuboid and navicular, and the medial, intermediate, ...
Infraclavicular
... The needle should not be directed medially toward the rib cage (pneumothorax). This is a painful block since the needle traverses a large muscle mass. Infiltrate local anesthetic well and deep, and sedate the patient accordingly. There is a risk of axillary artery hematoma with this approach s ...
... The needle should not be directed medially toward the rib cage (pneumothorax). This is a painful block since the needle traverses a large muscle mass. Infiltrate local anesthetic well and deep, and sedate the patient accordingly. There is a risk of axillary artery hematoma with this approach s ...
MSK Ultrasound Shoulder DR C Gandhi
... • Ipsilateral hand on contralateral arm/shoulder • O - infraspinous fossa, I - greater tuberosity • External rotation ...
... • Ipsilateral hand on contralateral arm/shoulder • O - infraspinous fossa, I - greater tuberosity • External rotation ...
Document
... Origin: subscapular fossa Insertion: lesser tubercle Action: medially rotate humerus Innervation: upper and lower subscapular nerves ...
... Origin: subscapular fossa Insertion: lesser tubercle Action: medially rotate humerus Innervation: upper and lower subscapular nerves ...
Worksheet - Axial Skeleton
... (1). The eyes are set into the orbits. The walls of each orbit are formed by parts of _______ bones. These bones are __________________________________________. They contain __________ tissue which allows the eyes to be cushioned. Nasal Cavity (1). What type of cartilage is the nasal cavity made of? ...
... (1). The eyes are set into the orbits. The walls of each orbit are formed by parts of _______ bones. These bones are __________________________________________. They contain __________ tissue which allows the eyes to be cushioned. Nasal Cavity (1). What type of cartilage is the nasal cavity made of? ...
lab study guide
... formed as a fibrocartilagenous ring-like structure which deepens the cavity Ligaments: Glenohumeral ligaments : 3 fibrous bands Radiate laterally and inferiorly from the anterior glenoid labrum to the anatomical neck of humerus Reinforce the anterior part of the articular capsule (and are inside ...
... formed as a fibrocartilagenous ring-like structure which deepens the cavity Ligaments: Glenohumeral ligaments : 3 fibrous bands Radiate laterally and inferiorly from the anterior glenoid labrum to the anatomical neck of humerus Reinforce the anterior part of the articular capsule (and are inside ...
Chapter 7: The Skeleton AXIAL SKELETON Skull
... G. Deltoid tuberosity L. Olecranon process Q. Sternum H. Glenoid cavity M. Phalanges ...
... G. Deltoid tuberosity L. Olecranon process Q. Sternum H. Glenoid cavity M. Phalanges ...
AnatomicalTermsWorksheet
... a) generally thin, usually broad in shape, smooth surface allowing a large are for muscle attachment. b) classified according to location rather than shape, found in tendons c) complex shapes that differ from any other bone in the body d) hollow and tubular in shape with along shaft. They can withst ...
... a) generally thin, usually broad in shape, smooth surface allowing a large are for muscle attachment. b) classified according to location rather than shape, found in tendons c) complex shapes that differ from any other bone in the body d) hollow and tubular in shape with along shaft. They can withst ...
File
... Scapula – Coracoid Process, Acromion, S/M/L Border, Body, Spine, Glenoid Cavity (fossa), Infra/Supra spinous fossa ...
... Scapula – Coracoid Process, Acromion, S/M/L Border, Body, Spine, Glenoid Cavity (fossa), Infra/Supra spinous fossa ...
Muscles of the Arm and Cubital Fossa
... • Articularis cubiti (subanconeus ): • Few fibers from the deep surface of lower part of medial head of triceps become inserted into the back of the elbow joint capsule ...
... • Articularis cubiti (subanconeus ): • Few fibers from the deep surface of lower part of medial head of triceps become inserted into the back of the elbow joint capsule ...
11-Arm_Elbow_Joint
... • Long Head from infrglenoid tubercle of the scapula • Lateral Head from the upper half of the posterior surface of the shaft of humerus above the spiral groove • Medial Head from the lower half of the posterior surface of the shaft of humerus below the spiral groove ...
... • Long Head from infrglenoid tubercle of the scapula • Lateral Head from the upper half of the posterior surface of the shaft of humerus above the spiral groove • Medial Head from the lower half of the posterior surface of the shaft of humerus below the spiral groove ...
Surface and Regional Anatomy
... Pelvis and Perineum, p. 310 - 311 Perineum - the area between the thighs extending from the coccyx to pubis and lying below the pelvic diaphragm.Contains the sexual organs and the anal opening. ...
... Pelvis and Perineum, p. 310 - 311 Perineum - the area between the thighs extending from the coccyx to pubis and lying below the pelvic diaphragm.Contains the sexual organs and the anal opening. ...
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.