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... - 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. ...
... - 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. ...
Chapter 9 Orthopedics: Muscular Chapter 9 Word List
... big toe (hallux)(Latin) muscle that moves the arm posteriorly and medially toward the spinal column long (Latin) largest one of a group (Latin) little mouse (Latin) slanted (Latin) of the eye (Latin) the beginning of a muscle, where it’s tendon is attached to a stationary or nearly stationary ...
... big toe (hallux)(Latin) muscle that moves the arm posteriorly and medially toward the spinal column long (Latin) largest one of a group (Latin) little mouse (Latin) slanted (Latin) of the eye (Latin) the beginning of a muscle, where it’s tendon is attached to a stationary or nearly stationary ...
Hip Lab
... Hint, it is the only member of the quad group to cross both the hip and the knee joint. ...
... Hint, it is the only member of the quad group to cross both the hip and the knee joint. ...
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... • 2 categories of NE receptors – alpha adrenergic receptors • NE binding is excitatory ...
... • 2 categories of NE receptors – alpha adrenergic receptors • NE binding is excitatory ...
Application of a large-scale musculoskeletal upper limb model
... importance in, rather slow, everyday tasks: the pure time delays in excitation and active state and the muscle force-velocity relationship become rate limiting only at higher joint velocities. For faster, more ballistic, tasks, these dynamic constraints have been shown to be useful, but good results ...
... importance in, rather slow, everyday tasks: the pure time delays in excitation and active state and the muscle force-velocity relationship become rate limiting only at higher joint velocities. For faster, more ballistic, tasks, these dynamic constraints have been shown to be useful, but good results ...
Knee Unit Worksheets
... 1. On the Anterior Right Leg Muscles illustration the letter a is on what muscle? 2. On the Anterior Right Leg Muscles illustration the letter l points to what tendinous structure? 3. On the Anterior Right Leg Muscles illustration the letter b is on what muscle? 4. On the Anterior Right Leg Muscles ...
... 1. On the Anterior Right Leg Muscles illustration the letter a is on what muscle? 2. On the Anterior Right Leg Muscles illustration the letter l points to what tendinous structure? 3. On the Anterior Right Leg Muscles illustration the letter b is on what muscle? 4. On the Anterior Right Leg Muscles ...
a - 台大物理治療學系首頁
... 1. Which of the following statements about movements of the clavicle is NOT TRUE? a. Elevation of the sternoclavicular joint is associated with depression of the medial end of the clavicle among most individuals. b. Transverse rotation of the clavicle occurs because of tightening of the acomioclavic ...
... 1. Which of the following statements about movements of the clavicle is NOT TRUE? a. Elevation of the sternoclavicular joint is associated with depression of the medial end of the clavicle among most individuals. b. Transverse rotation of the clavicle occurs because of tightening of the acomioclavic ...
Muscle Tissue Types of Muscle Tissue
... abrasion that continually wear away, such as skin and intestinal cells. Liver cells stop dividing; but they retain this ability should some of them die or become damaged and need to be replaced. Still other cell groups (for example, heart muscle and nervous tissue) almost completely lose their abili ...
... abrasion that continually wear away, such as skin and intestinal cells. Liver cells stop dividing; but they retain this ability should some of them die or become damaged and need to be replaced. Still other cell groups (for example, heart muscle and nervous tissue) almost completely lose their abili ...
Tissues 4 basic types epithelial - basement membrane, one free
... Tissues 4 basic types epithelial - basement membrane, one free surface connective - extracellular matrix muscle - contractile nervous - conductive Epithelial simple squamous stratified squamous cuboidal (stratified rare) simple columnar pseudostratified columnar transitional glands endocrine - ductl ...
... Tissues 4 basic types epithelial - basement membrane, one free surface connective - extracellular matrix muscle - contractile nervous - conductive Epithelial simple squamous stratified squamous cuboidal (stratified rare) simple columnar pseudostratified columnar transitional glands endocrine - ductl ...
The Levator Claviculae Muscle and Unilateral Third Head
... the common tendon with the levator scapulae muscle in the origin point, similarly Leon et al. also declared that it started from transverse process of the axis forming a common fascicle with the levator scapulae muscle. The levator claviculae muscle can be confused with soft tissue masses such as ly ...
... the common tendon with the levator scapulae muscle in the origin point, similarly Leon et al. also declared that it started from transverse process of the axis forming a common fascicle with the levator scapulae muscle. The levator claviculae muscle can be confused with soft tissue masses such as ly ...
Posterior Triangle Dr. Hany Sonpo
... Beginning: as continuation of the axillary vein at the outer border of the first rib. Course: pass superficial to scalenus anterior.(more superficial structure ) Termination: joins the internal jugular vein to form the brachiocephalic vein behind the sterno-clavicualr joint Tributaries: One tributar ...
... Beginning: as continuation of the axillary vein at the outer border of the first rib. Course: pass superficial to scalenus anterior.(more superficial structure ) Termination: joins the internal jugular vein to form the brachiocephalic vein behind the sterno-clavicualr joint Tributaries: One tributar ...
Degree of Enhancement in Extraocular Muscles in Patients
... Superior ectus m. (0.21) ateral bectus m. I (0.16) 0.23) l(0.20) l(0.08) Table: Mean (and S1 I of EOM to temuoral ratio for each EOM in normal volunteers and patients with various status of hyperthyroidism. ...
... Superior ectus m. (0.21) ateral bectus m. I (0.16) 0.23) l(0.20) l(0.08) Table: Mean (and S1 I of EOM to temuoral ratio for each EOM in normal volunteers and patients with various status of hyperthyroidism. ...
MAIN ANATOMICAL TERMS TO LEARN: From Nicola ABDUCTION
... Lateral flexion of the trunk (bends the body sideways) Extends the neck and trunk (bends the body backwards) very important in core stability Extends the hip (moves the leg to the back) Adduct the thigh (bring the thighs towards the middle of the body) Plantar flexion of the foot (lifts the heels/po ...
... Lateral flexion of the trunk (bends the body sideways) Extends the neck and trunk (bends the body backwards) very important in core stability Extends the hip (moves the leg to the back) Adduct the thigh (bring the thighs towards the middle of the body) Plantar flexion of the foot (lifts the heels/po ...
Name Teacher ______ Anatomical Position Anatomical Directions
... the joints. They provide for the stability of a joint and hold the adjacent bones in the proper alignment. 7. Meniscal Cartilage (Not shown): Meniscal cartilage is a type of specialized tissue. It is not found in every joint in the body. It is a Cshaped piece of cartilage which is located between th ...
... the joints. They provide for the stability of a joint and hold the adjacent bones in the proper alignment. 7. Meniscal Cartilage (Not shown): Meniscal cartilage is a type of specialized tissue. It is not found in every joint in the body. It is a Cshaped piece of cartilage which is located between th ...
6. The Pharynx - UCLA Linguistics
... origins (some texts regard it as more than one muscle) one of which is the medial pterygoid plate. It assists in the constriction of the nasopharynx, but has little role in speech production other than helping form a site against which the velum may be pulled when forming a velic closure. The medial ...
... origins (some texts regard it as more than one muscle) one of which is the medial pterygoid plate. It assists in the constriction of the nasopharynx, but has little role in speech production other than helping form a site against which the velum may be pulled when forming a velic closure. The medial ...
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 ...
REVERSE MYO FASCIAL PECTORALIS MAJOR FLAP IN CHEST
... Pectoralis major muscle originates from the anterior aspect of the medial half of the clavicle; from the anterior surface of the sternum; from the cartilages of all the true ribs and from the aponeurosis of the abdominal external oblique muscle. The muscle fibers converge toward its insertion on the ...
... Pectoralis major muscle originates from the anterior aspect of the medial half of the clavicle; from the anterior surface of the sternum; from the cartilages of all the true ribs and from the aponeurosis of the abdominal external oblique muscle. The muscle fibers converge toward its insertion on the ...
Skeletal muscle
Skeletal muscle is a form of striated muscle tissue which is under the voluntary control of the somatic nervous system. It is one of three major muscle types, the others being cardiac muscle and smooth muscle. Most skeletal muscles are attached to bones by bundles of collagen fibers known as tendons.Skeletal muscle is made up of individual muscle cells or myocytes, known as muscle fibers. They are formed from the fusion of developmental myoblasts (a type of embryonic progenitor cell that gives rise to a muscle cell) in a process known as myogenesis. Muscle fibres are cylindrical, and multinucleated.Muscle fibers are in turn composed of myofibrils. The myofibrils are composed of actin and myosin filaments, repeated in units called sarcomeres, the basic functional units of the muscle fiber. The sarcomere is responsible for the striated appearance of skeletal muscle, and forms the basic machinery necessary for muscle contraction. The term muscle refers to multiple bundles of muscle fibers called fascicles. All muscles also contain connective tissue arranged in layers of fasciae. Each muscle is enclosed in a layer of fascia; each fascicle is enclosed by a layer of fascia and each individual muscle fiber is also enclosed in a layer of fascia.