MUSCLES OF THE LOWER EXTREMITY Muscles of the
... Muscular Dystrophy: Progressive degeneration and atrophy of skeletal muscles. • Duchenne muscular dystrophy – lack dystrophin, most common & serious form, inherited as a sex sex-linked linked recessive disease • Myotonic dystrophy: slow-progressing disease, can be present anytime between birth and ...
... Muscular Dystrophy: Progressive degeneration and atrophy of skeletal muscles. • Duchenne muscular dystrophy – lack dystrophin, most common & serious form, inherited as a sex sex-linked linked recessive disease • Myotonic dystrophy: slow-progressing disease, can be present anytime between birth and ...
Objectives - Eye and Ear
... Objectives - Eye and Ear these are special sensory systems, i.e., part of the nervous system Eye extrinsic muscles of eye and their innervation oculomotor nerve - superior, medial and inferior rectus, inferior oblique, and levator palpebrae superior muscles abducens nerve - lateral rectus muscle tro ...
... Objectives - Eye and Ear these are special sensory systems, i.e., part of the nervous system Eye extrinsic muscles of eye and their innervation oculomotor nerve - superior, medial and inferior rectus, inferior oblique, and levator palpebrae superior muscles abducens nerve - lateral rectus muscle tro ...
STUDY GUIDE Human Anatomy Final Exam
... 238. The salivary glands located under the tongue are the: sublingual ; under the lower jaw: submandibular; anterior to the ear: parotid 239. What are of the roles of liver: to convert ammonia to urea, to make cholesterol, to make bile, to detoxify drugs and alcohol 240. The elimination of indigesti ...
... 238. The salivary glands located under the tongue are the: sublingual ; under the lower jaw: submandibular; anterior to the ear: parotid 239. What are of the roles of liver: to convert ammonia to urea, to make cholesterol, to make bile, to detoxify drugs and alcohol 240. The elimination of indigesti ...
Chapter 40 Animal Form and Function
... 1. Define tissue and explain where it falls in the hierarchy of structural organization 2. From micrographs or diagrams, correctly identify the following animal tissues, explain how their structure relates to function, and give examples of each a. epithelial: cuboidal, columnar, squamous b. connecti ...
... 1. Define tissue and explain where it falls in the hierarchy of structural organization 2. From micrographs or diagrams, correctly identify the following animal tissues, explain how their structure relates to function, and give examples of each a. epithelial: cuboidal, columnar, squamous b. connecti ...
8-4
... • Mechanism of Injury – Unknown – 1st Theory • Hamstrings contract same time as quadriceps • Deficiency in complementary action of opposing muscles ...
... • Mechanism of Injury – Unknown – 1st Theory • Hamstrings contract same time as quadriceps • Deficiency in complementary action of opposing muscles ...
Lecture 5
... “Animal skeletons serve a variety of functions in support and movement. For example, the skeleton transmits [translocates] the force generated by muscle contraction, providing support for maintenance of posture and for movement and locomotion. Also, because muscle as a tissue cannot actively elongat ...
... “Animal skeletons serve a variety of functions in support and movement. For example, the skeleton transmits [translocates] the force generated by muscle contraction, providing support for maintenance of posture and for movement and locomotion. Also, because muscle as a tissue cannot actively elongat ...
Ch 10 - Laurel County Schools
... and the other attached to the femur. Passes along the back of the thigh on the lateral side and connects to the proximal ends of the fiubla ...
... and the other attached to the femur. Passes along the back of the thigh on the lateral side and connects to the proximal ends of the fiubla ...
Muscular System NL Ch 10-2
... and the other attached to the femur. Passes along the back of the thigh on the lateral side and connects to the proximal ends of the fiubla ...
... and the other attached to the femur. Passes along the back of the thigh on the lateral side and connects to the proximal ends of the fiubla ...
T3 Web Sheet (1)
... The Hamstrings play a crucial role in many daily activities such as, walking, running, jumping and controlling some movement in the posterior. In walking, they are most important as an antagonist to the Quadriceps in the deceleration of knee extension. ...
... The Hamstrings play a crucial role in many daily activities such as, walking, running, jumping and controlling some movement in the posterior. In walking, they are most important as an antagonist to the Quadriceps in the deceleration of knee extension. ...
Unit 20: Superficial Face and Parotid Region Dissection Instructions
... and figure p. 633). These are superficial and anterior to the tragus of the ear, where the pulse of the artery can be felt. The external carotid artery ends deep and posterior to the neck of the mandible. Note the retromandibular vein as it accompanies the external carotid artery. ...
... and figure p. 633). These are superficial and anterior to the tragus of the ear, where the pulse of the artery can be felt. The external carotid artery ends deep and posterior to the neck of the mandible. Note the retromandibular vein as it accompanies the external carotid artery. ...
Standard procedure for shoulder reconstruction The patient is
... process, then distally along the anteromedial aspect of the arm to the level of the axilla with the forearm held in neutral position. With the acromion and entire pectoralis major exposed, the entire mass of the pectoralis major muscle then is detached from its origin along the medial half of the cl ...
... process, then distally along the anteromedial aspect of the arm to the level of the axilla with the forearm held in neutral position. With the acromion and entire pectoralis major exposed, the entire mass of the pectoralis major muscle then is detached from its origin along the medial half of the cl ...
Building Chest Muscles Directions - Belle Vernon Area School District
... Insertion = coracoid process of the scapula (piece of the scapula visible on the front) ...
... Insertion = coracoid process of the scapula (piece of the scapula visible on the front) ...
Parenteral Medication Administration
... Injection Sites - Deltoid Location: upper arm Landmarks: Acromion Process, axillary fold Muscle mass: triangle apex at axillary line and base of triangle 2-3 finger breadths below acromion process. Injection area: in the middle of the triangle / into belly of the muscle mass. Avoid Brachial artery ...
... Injection Sites - Deltoid Location: upper arm Landmarks: Acromion Process, axillary fold Muscle mass: triangle apex at axillary line and base of triangle 2-3 finger breadths below acromion process. Injection area: in the middle of the triangle / into belly of the muscle mass. Avoid Brachial artery ...
Stress Fracture of the Leg
... longus muscle Superficial peroneal nerve Peroneus longus muscle Peroneus brevis muscle ...
... longus muscle Superficial peroneal nerve Peroneus longus muscle Peroneus brevis muscle ...
Damage To The Plasma Membrane Of Rotator Cuff Muscle Fibers
... Introduction: Large or massive tears of the rotator cuff are a common source of shoulder pain and disability, and can limit the mobility and negatively impact the quality of life of patients. Common pathophysiological changes that occur in patients with chronic rotator cuff tears include muscle fibe ...
... Introduction: Large or massive tears of the rotator cuff are a common source of shoulder pain and disability, and can limit the mobility and negatively impact the quality of life of patients. Common pathophysiological changes that occur in patients with chronic rotator cuff tears include muscle fibe ...
Anatomical Orientation
... Use directional terminology to describe these relationships: 15. Abdomen is _____________ to thorax. 16. The human neck is _____________ to the head. 17. The cat head is _____________ to the neck. 18. The mouth is _____________ to the ears. 19. The skeletal muscle is _____________ to hair. 20. The f ...
... Use directional terminology to describe these relationships: 15. Abdomen is _____________ to thorax. 16. The human neck is _____________ to the head. 17. The cat head is _____________ to the neck. 18. The mouth is _____________ to the ears. 19. The skeletal muscle is _____________ to hair. 20. The f ...
One stage correction of hypoplastic–tuberous breast with the hockey
... Background: A lot of different techniques have been described for the correction of tuberous breast. We believe that two abnormalities are presented in tuberous breast: 1. Herniation of breast tissue through the nipple – areola complex. 2. Skin shortening at the level of Inframammary Fold (IMF) only ...
... Background: A lot of different techniques have been described for the correction of tuberous breast. We believe that two abnormalities are presented in tuberous breast: 1. Herniation of breast tissue through the nipple – areola complex. 2. Skin shortening at the level of Inframammary Fold (IMF) only ...
Left Subclavian Vein Anatomy
... - in an adult: 3-4cm in length an 1-2cm in diameter - formed from the axillary veins at the lateral border of the first rib - joins the brachiocephalic vein to become the superior vena cava ANATOMICAL RELATIONSHIPS - superior: clavicle - inferior: pleura - posterior: anterior scalene muscle + subcla ...
... - in an adult: 3-4cm in length an 1-2cm in diameter - formed from the axillary veins at the lateral border of the first rib - joins the brachiocephalic vein to become the superior vena cava ANATOMICAL RELATIONSHIPS - superior: clavicle - inferior: pleura - posterior: anterior scalene muscle + subcla ...
1st Semester Review
... What is homeostasis? List the levels of organization of the body (of living organisms) in order. List several examples of organelles. What is a negative feedback loop? … A positive feedback loop. … with examples. Understand nitrogen base pairings for DNA as well as for RNA. What is the basic unit of ...
... What is homeostasis? List the levels of organization of the body (of living organisms) in order. List several examples of organelles. What is a negative feedback loop? … A positive feedback loop. … with examples. Understand nitrogen base pairings for DNA as well as for RNA. What is the basic unit of ...
Anterior triangle of neck
... the n. Is closely related to the inferior thyroid artery. The n. usually passes behind but infrequently between or in front the recurrent laryngeal nerve. ...
... the n. Is closely related to the inferior thyroid artery. The n. usually passes behind but infrequently between or in front the recurrent laryngeal nerve. ...
Describe the function of the muscles involved in respiration
... abdominal contents) → ↑thoracic volume and ↑transpulmonary pressure - It also lifts and moves laterally the rib margins → ↑in transverse dimension also - During tidal breathing the diaphragm moves down only slightly ~1 cm however during maximal inspiration it can move ~ 10 cm - During normal expirat ...
... abdominal contents) → ↑thoracic volume and ↑transpulmonary pressure - It also lifts and moves laterally the rib margins → ↑in transverse dimension also - During tidal breathing the diaphragm moves down only slightly ~1 cm however during maximal inspiration it can move ~ 10 cm - During normal expirat ...
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.