The Kocher-Langenbeck Approach
... backwards in the direction of the gluteus maximus" Theodor Kocher ...
... backwards in the direction of the gluteus maximus" Theodor Kocher ...
Delayed onset muscle soreness (DOMS)
... If you do find yourself sore after a tough workout or competition, try these methods to deal with your discomfort. Although not all are backed up with research, many athletes report success with some ...
... If you do find yourself sore after a tough workout or competition, try these methods to deal with your discomfort. Although not all are backed up with research, many athletes report success with some ...
REVERSE MYO FASCIAL PECTORALIS MAJOR FLAP IN CHEST
... attachments of the external oblique muscle.The pectoralis major flap is an axial flap and is based primarily on the pectoral branch of the thoracoacromial artery and its accompanying veins. The thoracoacromial artery is a branch of the axillary artery, itself a continuation of the subclavian artery. ...
... attachments of the external oblique muscle.The pectoralis major flap is an axial flap and is based primarily on the pectoral branch of the thoracoacromial artery and its accompanying veins. The thoracoacromial artery is a branch of the axillary artery, itself a continuation of the subclavian artery. ...
Human Anatomy Worksheet II Due
... 3. List the connective tissue wrappings of a skeletal muscle from superficial to deep and name the structure enclosed by each. 4. Sketch a simple lever system and label the effort, fulcrum and resistance. 5. Describe how the body’s skeletal, articular, and muscular systems form lever systems. 6. Des ...
... 3. List the connective tissue wrappings of a skeletal muscle from superficial to deep and name the structure enclosed by each. 4. Sketch a simple lever system and label the effort, fulcrum and resistance. 5. Describe how the body’s skeletal, articular, and muscular systems form lever systems. 6. Des ...
Evaluation-The Foot and Toes
... foot muscles. These directly influence the foot and toes. • Those that originate in the lower leg are called extrinsic foot muscles. These influence motion at the ankle and knee as well as the foot and toes. • If the muscle name begins with extensor, then the muscle’s primary function is extension. ...
... foot muscles. These directly influence the foot and toes. • Those that originate in the lower leg are called extrinsic foot muscles. These influence motion at the ankle and knee as well as the foot and toes. • If the muscle name begins with extensor, then the muscle’s primary function is extension. ...
Quadriceps-Strains-Constusions-Handout
... • Proliferation of bone and cartilage tissue at site of injury • Commonly found in muscle belly, but can also be present in tendons, joint capsules, ligaments and fascia ...
... • Proliferation of bone and cartilage tissue at site of injury • Commonly found in muscle belly, but can also be present in tendons, joint capsules, ligaments and fascia ...
Shoulder Lab
... 1-from which joint is the shoulder connected to spinal column? a-acromioclavicular joint. b-scapulothorasic joint. c-glenohumeral joint. d-sternoclavicular joint. 2-which of the following joint is not a part of shoulder complex? a-scapulothorasic. b-sternoclavicular. c-atlato-axial. d-acromioclavicu ...
... 1-from which joint is the shoulder connected to spinal column? a-acromioclavicular joint. b-scapulothorasic joint. c-glenohumeral joint. d-sternoclavicular joint. 2-which of the following joint is not a part of shoulder complex? a-scapulothorasic. b-sternoclavicular. c-atlato-axial. d-acromioclavicu ...
Dr. Maffetone`s Manual Biofeedback Paper, Introduction
... easily feel this difference in normal muscles. While sitting, place one of your hands under your thigh, with your elbow bent. Then, pull up with your hand to contract the biceps, and maintain that contraction. With the fingers of the other hand feel the tightness in the biceps. Now feel the back of ...
... easily feel this difference in normal muscles. While sitting, place one of your hands under your thigh, with your elbow bent. Then, pull up with your hand to contract the biceps, and maintain that contraction. With the fingers of the other hand feel the tightness in the biceps. Now feel the back of ...
Larry Basch, D - Menifee Chiropractic Laser Spine And Sport
... injury are redness, swelling, heat, and pain which characterize the acute inflammatory stage. Usually this stage lasts from 48 to 72 hours and is complete in about 2 weeks on average. During this time, events can be subclassified into either a vascular/humoral response, and a cellular response. Soon ...
... injury are redness, swelling, heat, and pain which characterize the acute inflammatory stage. Usually this stage lasts from 48 to 72 hours and is complete in about 2 weeks on average. During this time, events can be subclassified into either a vascular/humoral response, and a cellular response. Soon ...
Surgical Procedure
... upper eyelid just above the lash line, and the lid is placed on traction. This is done after the eyelid incision is carried to the tarsus so as to not distort the various layers of the anterior lamella. ...
... upper eyelid just above the lash line, and the lid is placed on traction. This is done after the eyelid incision is carried to the tarsus so as to not distort the various layers of the anterior lamella. ...
06 MUSCLES OF BACK
... Distinguish between the different groups of back muscles. Compare between groups of back muscles as regard their nerve supply and action. List the back muscles of each group. Describe the attachments of each muscle of the superficial group, as well as, its nerve supply and action. Describe ...
... Distinguish between the different groups of back muscles. Compare between groups of back muscles as regard their nerve supply and action. List the back muscles of each group. Describe the attachments of each muscle of the superficial group, as well as, its nerve supply and action. Describe ...
Tissue Types There are four basic tissue types: • Epithelial
... Cardiac muscle is myogenic i.e. it will contract without an external nerve stimulation. It is also rhythmic in that it will contract rhythmically. Hence the inherent rhythm of the heart is myogenic in nature, but is affected by an external (nerve and hormonal) stimulus. Unstriated (smooth) muscle Sm ...
... Cardiac muscle is myogenic i.e. it will contract without an external nerve stimulation. It is also rhythmic in that it will contract rhythmically. Hence the inherent rhythm of the heart is myogenic in nature, but is affected by an external (nerve and hormonal) stimulus. Unstriated (smooth) muscle Sm ...
Primary Oblique Muscle OveractionThe Brain Throws a Wild Pitch
... Superior oblique muscle overaction. The observed eye movements in different fields of gaze are a summation of fixational innervation that conforms to Hering's law, and an underlying central vestibular imbalance that does not. All 4 depressors are receiving excessive vestibular innervation. Since the ...
... Superior oblique muscle overaction. The observed eye movements in different fields of gaze are a summation of fixational innervation that conforms to Hering's law, and an underlying central vestibular imbalance that does not. All 4 depressors are receiving excessive vestibular innervation. Since the ...
Appendix A - UCLA Linguistics
... tube connecting the pharynx with the lungs at right angles to long axis (also horizontal) small bump (can be felt with finger) the navel pertaining to the circulatory system, particularly arteries and veins vessel returning blood to the heart ...
... tube connecting the pharynx with the lungs at right angles to long axis (also horizontal) small bump (can be felt with finger) the navel pertaining to the circulatory system, particularly arteries and veins vessel returning blood to the heart ...
A variant accessory muscle of the gluteus maximus
... support that it too may have implications in GTPS. In this anatomical study of GTPS, one of the specimens exhibited a variation in the deep, inferior fibers of the gluteus maximus muscle. The variant’s tendon inserted into the proximal femur lateral to the intertrochanteric crest; a superior positio ...
... support that it too may have implications in GTPS. In this anatomical study of GTPS, one of the specimens exhibited a variation in the deep, inferior fibers of the gluteus maximus muscle. The variant’s tendon inserted into the proximal femur lateral to the intertrochanteric crest; a superior positio ...
Cymatherapy - Elizabeth Bauer Consults
... Joint dynamics- dynamic joint control during activity involving complex functional range of motion (flexion/extension, abduction/adduction, and internal/external rotation), synovial fluid viscosity, force distribution, dynamic load bearing and limb inertia. The topic of joint dynamics is very scarce ...
... Joint dynamics- dynamic joint control during activity involving complex functional range of motion (flexion/extension, abduction/adduction, and internal/external rotation), synovial fluid viscosity, force distribution, dynamic load bearing and limb inertia. The topic of joint dynamics is very scarce ...
Evaluation & Treatment of Temporomandibular Joint Dysfunction
... dental work, opening the mouth too wide or for too long, prolonged chewing Oral parafunctional habits such as clenching and bruxism that place continued strain on the masticatory system Malocclusion causes bite instability or functional interference during chewing that places postural strain on the ...
... dental work, opening the mouth too wide or for too long, prolonged chewing Oral parafunctional habits such as clenching and bruxism that place continued strain on the masticatory system Malocclusion causes bite instability or functional interference during chewing that places postural strain on the ...
a. Lacrimal nerve
... arranged fibers; dilates (opens) pupil in presence of low intensity light or in presence of excessive sympathetic activity as occurs in fright; nerve supply – sympathetic ...
... arranged fibers; dilates (opens) pupil in presence of low intensity light or in presence of excessive sympathetic activity as occurs in fright; nerve supply – sympathetic ...
Adversity does not build character, it reveals it
... 75. Artery that divides into the anterior and posterior tibial arteries a. Popliteal b. Femoral c. Gluteal d. Obturator 76. posterior tibial artery is best palpated in a. posterior to the medial malleolus b. dorsum of the foot c. popliteal fossa d. posterior to the lateral malleolus 77. The renal c ...
... 75. Artery that divides into the anterior and posterior tibial arteries a. Popliteal b. Femoral c. Gluteal d. Obturator 76. posterior tibial artery is best palpated in a. posterior to the medial malleolus b. dorsum of the foot c. popliteal fossa d. posterior to the lateral malleolus 77. The renal c ...
Orthopedic Solutions
... Joint dynamics- dynamic joint control during activity involving complex functional range of motion (flexion/extension, abduction/adduction, and internal/external rotation), synovial fluid viscosity, force distribution, dynamic load bearing and limb inertia. The topic of joint dynamics is very scarce ...
... Joint dynamics- dynamic joint control during activity involving complex functional range of motion (flexion/extension, abduction/adduction, and internal/external rotation), synovial fluid viscosity, force distribution, dynamic load bearing and limb inertia. The topic of joint dynamics is very scarce ...
cat muscle dissection
... lightly - don't stab the specimen; don't go too deep. Once an incision is made, use blunt dissection (with either the scalpel handle and/or using the "scissors technique"). As you dissect, watch what you are doing, note changes in color, layers, muscle fiber orientation etc. Muscle layers are separa ...
... lightly - don't stab the specimen; don't go too deep. Once an incision is made, use blunt dissection (with either the scalpel handle and/or using the "scissors technique"). As you dissect, watch what you are doing, note changes in color, layers, muscle fiber orientation etc. Muscle layers are separa ...
Muscle
Muscle is a soft tissue found in most animals. Muscle cells contain protein filaments of actin and myosin that slide past one another, producing a contraction that changes both the length and the shape of the cell. Muscles function to produce force and motion. They are primarily responsible for maintaining and changing posture, locomotion, as well as movement of internal organs, such as the contraction of the heart and the movement of food through the digestive system via peristalsis.Muscle tissues are derived from the mesodermal layer of embryonic germ cells in a process known as myogenesis. There are three types of muscle, skeletal or striated, cardiac, and smooth. Muscle action can be classified as being either voluntary or involuntary. Cardiac and smooth muscles contract without conscious thought and are termed involuntary, whereas the skeletal muscles contract upon command. Skeletal muscles in turn can be divided into fast and slow twitch fibers.Muscles are predominantly powered by the oxidation of fats and carbohydrates, but anaerobic chemical reactions are also used, particularly by fast twitch fibers. These chemical reactions produce adenosine triphosphate (ATP) molecules that are used to power the movement of the myosin heads.The term muscle is derived from the Latin musculus meaning ""little mouse"" perhaps because of the shape of certain muscles or because contracting muscles look like mice moving under the skin.