Document
... - Dorsum of the foot is the superior surface of it, whereas the plantar surface is the inferior surface of the foot - At the ankle joint, when we do dorsi flex that means also the plantar extension because it increases the angle between the plantar surface and the posterior surface of the leg. ...
... - Dorsum of the foot is the superior surface of it, whereas the plantar surface is the inferior surface of the foot - At the ankle joint, when we do dorsi flex that means also the plantar extension because it increases the angle between the plantar surface and the posterior surface of the leg. ...
Congenital bilateral agenesis of the tibialis anterior muscles: a rare
... predominance of type-I fibers, and loss of direction and grouping of the fibers were common in patients with clubfoot. The same research also demonstrated electronmicroscopic changes in the muscle and suggested that clubfoot may have a neurological basis [14]. The clinical symptoms and disabilities ...
... predominance of type-I fibers, and loss of direction and grouping of the fibers were common in patients with clubfoot. The same research also demonstrated electronmicroscopic changes in the muscle and suggested that clubfoot may have a neurological basis [14]. The clinical symptoms and disabilities ...
Bones and Skeletal Tissues
... • Inferior articular processes point anteriorly • Allows rotation and prevents flexion and extension ...
... • Inferior articular processes point anteriorly • Allows rotation and prevents flexion and extension ...
Biology 4
... Cranial Bones: There are __ cranial bones: frontal, parietal (x2), occipital, temporal (x2), sphenoid, & ethmoid. Cranial Bones – Frontal Bone: The _________ bone is the most ___________ portion of the cranium, & it represents the ____________. It contains the frontal __________ & forms the ________ ...
... Cranial Bones: There are __ cranial bones: frontal, parietal (x2), occipital, temporal (x2), sphenoid, & ethmoid. Cranial Bones – Frontal Bone: The _________ bone is the most ___________ portion of the cranium, & it represents the ____________. It contains the frontal __________ & forms the ________ ...
lab guide - yedi̇tepe anatomy lab
... We have muscles starting with the word “adductor”. Just below the pectineus is adductor longus. Lying beneath the adductor longus is adductor “brevis”. You can easily see the adductor longus and adductor brevius lying under it in the cadaver. Adductor magnus forms the adductor canal medially. Under ...
... We have muscles starting with the word “adductor”. Just below the pectineus is adductor longus. Lying beneath the adductor longus is adductor “brevis”. You can easily see the adductor longus and adductor brevius lying under it in the cadaver. Adductor magnus forms the adductor canal medially. Under ...
An Introduction to the Appendicular Skeleton
... 9-3 Describe how the anatomical and functional properties of synovial joints permit movements of the skeleton. 9-4 Describe the articulations between the vertebrae of the vertebral column. 9-5 Describe the structure and function of the shoulder joint and the elbow joint. 9-6 Describe the structure a ...
... 9-3 Describe how the anatomical and functional properties of synovial joints permit movements of the skeleton. 9-4 Describe the articulations between the vertebrae of the vertebral column. 9-5 Describe the structure and function of the shoulder joint and the elbow joint. 9-6 Describe the structure a ...
Gross - Unit 1 arteries and nerves
... Passes between lateral & medial head of triceps. Passes into cubital fossa by piercing lateral intermuscular septum to lie between the brachialis and brachioradialis muscles. At lateral epicondyle, it divides into a SUPERFICIAL and DEEP BRANCHES. The SUPERFICIAL BRANCH accompanies the radial a ...
... Passes between lateral & medial head of triceps. Passes into cubital fossa by piercing lateral intermuscular septum to lie between the brachialis and brachioradialis muscles. At lateral epicondyle, it divides into a SUPERFICIAL and DEEP BRANCHES. The SUPERFICIAL BRANCH accompanies the radial a ...
DCW - PhenX Toolkit
... The mid-upper arm circumference is measured on the right arm at the level of the upper arm midpoint mark. The examiner makes this mark on the posterior surface of the arm immediately after measuring the upper arm length. The procedures for making the mid-arm circumference mark are explained below: 1 ...
... The mid-upper arm circumference is measured on the right arm at the level of the upper arm midpoint mark. The examiner makes this mark on the posterior surface of the arm immediately after measuring the upper arm length. The procedures for making the mid-arm circumference mark are explained below: 1 ...
Test #2
... a. Intrinsic muscles of the shoulder arise from the axial skeleton and insert onto either the bones of the pectoral girdle or the humerus. These muscles are concerned with movements of the arm at the shoulder joint. b. Intrinsic muscles of the shoulder arise from the axial skeleton and insert onto e ...
... a. Intrinsic muscles of the shoulder arise from the axial skeleton and insert onto either the bones of the pectoral girdle or the humerus. These muscles are concerned with movements of the arm at the shoulder joint. b. Intrinsic muscles of the shoulder arise from the axial skeleton and insert onto e ...
Lower Extremity Anatomy
... • Tibial Plateau – widened medial and lateral surfaces for articulation with femur • Intercondylar eminence (Tibial Spine) – between the plateaus with two peaks (tubercles) • Tibial Tuberosity – site of attachment of patellar ligament anteriorly ...
... • Tibial Plateau – widened medial and lateral surfaces for articulation with femur • Intercondylar eminence (Tibial Spine) – between the plateaus with two peaks (tubercles) • Tibial Tuberosity – site of attachment of patellar ligament anteriorly ...
diversified: all moves - Logan Class of December 2011
... Hand on opposite shoulder 1 finger on humeral head and 1 on acromion 90 degree posterior Hand on opposite shoulder 1 finger on humeral head and 1 on acromion Lateral posterior glide Block with superior shoulder Kneel at 90 Lateral inferior glide Block with inferior shoulder Kne ...
... Hand on opposite shoulder 1 finger on humeral head and 1 on acromion 90 degree posterior Hand on opposite shoulder 1 finger on humeral head and 1 on acromion Lateral posterior glide Block with superior shoulder Kneel at 90 Lateral inferior glide Block with inferior shoulder Kne ...
The clavicular part of the pectoralis major: a true entity of the upper
... mobility in Primates. It is synergetic with the deltoid in arm flexion and even more in adduction. This action is important in Humans, as the coracobrachialis becomes smaller in Mammals. Among non human Primates, those having cranially displaced shoulder joint show a significant clavicular origin of ...
... mobility in Primates. It is synergetic with the deltoid in arm flexion and even more in adduction. This action is important in Humans, as the coracobrachialis becomes smaller in Mammals. Among non human Primates, those having cranially displaced shoulder joint show a significant clavicular origin of ...
25-Ankle joint & tarsal
... the 2 malleoli and the body of the talus. The articular surfaces are covered by hyaline cartilage. ...
... the 2 malleoli and the body of the talus. The articular surfaces are covered by hyaline cartilage. ...
Comparative Anatomy Muscles & Digestive Sytem
... Epaxials Transversospinalis, longissimus, iliocostalis Hypaxials Dorsomedials, laterals, ventrals Laterals- external oblique, internal oblique, and transverse abdominus Ventral- rectus abdominus ...
... Epaxials Transversospinalis, longissimus, iliocostalis Hypaxials Dorsomedials, laterals, ventrals Laterals- external oblique, internal oblique, and transverse abdominus Ventral- rectus abdominus ...
Abdominal cavity
... 1. Gluteal surface: It is the outer surface of the ilium. It is divided into four areas by three gluteal lines. This surface is so named because it provides origin to gluteal muscles (gluteus maximus, medius, and minimus). 2. Iliac fossa: It is a large, smooth, hollowed-out area on the anterior part ...
... 1. Gluteal surface: It is the outer surface of the ilium. It is divided into four areas by three gluteal lines. This surface is so named because it provides origin to gluteal muscles (gluteus maximus, medius, and minimus). 2. Iliac fossa: It is a large, smooth, hollowed-out area on the anterior part ...
Learning Goals
... Ethmoid (1)- irregular bone that makes up the anterior portion of the cranial floor, medial walls of orbits, upper parts of nasal roof; lies anterior to sphenoid and posterior to nasal bones ...
... Ethmoid (1)- irregular bone that makes up the anterior portion of the cranial floor, medial walls of orbits, upper parts of nasal roof; lies anterior to sphenoid and posterior to nasal bones ...
posterior compartment of the thigh
... Upper 1/3: popliteal surf of femur. Middle 1/3: capsule of knee joint. ...
... Upper 1/3: popliteal surf of femur. Middle 1/3: capsule of knee joint. ...
The Two Comedians, by Chris Peters Kaan Yücel M.D., Ph.D. 19
... Fig. 11. (a) Frontal section of the humerus head of a younger person (male, 32 years). The superior border of the medullary cavity is marked by the dotted line. The arrows point to the very thin lamella of compactbone in this region. (b) Frontal section of the humerus head of an aged person (female, ...
... Fig. 11. (a) Frontal section of the humerus head of a younger person (male, 32 years). The superior border of the medullary cavity is marked by the dotted line. The arrows point to the very thin lamella of compactbone in this region. (b) Frontal section of the humerus head of an aged person (female, ...
The Orbit and the Eye, Moore 4th ed
... The nerves are: oculomotor moves everything except two: the abducens nerve moves the lateral rectus, which is the abducer (duh), and the trochlear nerve moves the superior oblique because it does not emerge from the central tendon like the others, so its nerve is different. 4th. Fascial Sheath of th ...
... The nerves are: oculomotor moves everything except two: the abducens nerve moves the lateral rectus, which is the abducer (duh), and the trochlear nerve moves the superior oblique because it does not emerge from the central tendon like the others, so its nerve is different. 4th. Fascial Sheath of th ...
bone
... Fig. 11. (a) Frontal section of the humerus head of a younger person (male, 32 years). The superior border of the medullary cavity is marked by the dotted line. The arrows point to the very thin lamella of compactbone in this region. (b) Frontal section of the humerus head of an aged person (female, ...
... Fig. 11. (a) Frontal section of the humerus head of a younger person (male, 32 years). The superior border of the medullary cavity is marked by the dotted line. The arrows point to the very thin lamella of compactbone in this region. (b) Frontal section of the humerus head of an aged person (female, ...
4. SKELETAL SYSTEM - Dr. Salah A. Martin
... Clavicles (Collarbones) • They provide attachment points for numerous muscles, and act as braces to hold the scapulae and arms out laterally away from the body ...
... Clavicles (Collarbones) • They provide attachment points for numerous muscles, and act as braces to hold the scapulae and arms out laterally away from the body ...
– FINAL EXAM REVIEW LIVING ANATOMY Suprasternal notch
... shoulder. It has a flat surface and articulates with the clavicle’s lateral end. The acromion serves as an attachment site for the trapezius and deltoid muscles. The acromial angle is the small corner that can be felt along the acromion’s lateral/posterior aspect. o Seated or supine. Locate the spin ...
... shoulder. It has a flat surface and articulates with the clavicle’s lateral end. The acromion serves as an attachment site for the trapezius and deltoid muscles. The acromial angle is the small corner that can be felt along the acromion’s lateral/posterior aspect. o Seated or supine. Locate the spin ...
8 | the appendicular skeleton
... The scapula is also part of the pectoral girdle and thus plays an important role in anchoring the upper limb to the body. The scapula is located on the posterior side of the shoulder. It is surrounded by muscles on both its anterior (deep) and posterior (superficial) sides, and thus does not articul ...
... The scapula is also part of the pectoral girdle and thus plays an important role in anchoring the upper limb to the body. The scapula is located on the posterior side of the shoulder. It is surrounded by muscles on both its anterior (deep) and posterior (superficial) sides, and thus does not articul ...
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.