1) The Larynx - Dr. Hiwa Embryology of Larynx Anatomy of the Larynx
... the thyrohyoid ligament and the hyoid bone. This space is continuous laterally with that of paraglottic space. Tumour may spread into this area through small perforations in the epiglottis or directly through, the hyoepiglottic ligament. Paraglottic space: is a potential space present on either side ...
... the thyrohyoid ligament and the hyoid bone. This space is continuous laterally with that of paraglottic space. Tumour may spread into this area through small perforations in the epiglottis or directly through, the hyoepiglottic ligament. Paraglottic space: is a potential space present on either side ...
Occipital Neurostimulation-Induced Muscle Spasms
... fashion, for ONS. Placing ONS leads at the level of the occipital protuberance appears to eliminate ONS-induced muscle spasm while allowing good paresthesia coverage. Limitations: Stimulation parameters vary, thus posting parameters may be misleading as muscle spasms occurred despite multiple reprog ...
... fashion, for ONS. Placing ONS leads at the level of the occipital protuberance appears to eliminate ONS-induced muscle spasm while allowing good paresthesia coverage. Limitations: Stimulation parameters vary, thus posting parameters may be misleading as muscle spasms occurred despite multiple reprog ...
Morphology of the melon and its tendinous connections
... named the cup and branch. All regions of the melon vary in shape and display locally specific muscle-tendon morphologies. The entire length of the melon, from the initial site of sound generation to its rostral end, is acted upon by facial muscles. These muscles have highly organized tendon populati ...
... named the cup and branch. All regions of the melon vary in shape and display locally specific muscle-tendon morphologies. The entire length of the melon, from the initial site of sound generation to its rostral end, is acted upon by facial muscles. These muscles have highly organized tendon populati ...
Surgical Anatomy and Approaches to the Anterior Thoracolumbar
... spine, the most significantly manipulated region during anterior thoracolumbar junction surgeries). The lumbar portion has two origins: one from the medial and lateral arcuate ligaments (two fibrous arches over the psoas and quadrates muscles) and another from the crura2,12. The crura are musculoten ...
... spine, the most significantly manipulated region during anterior thoracolumbar junction surgeries). The lumbar portion has two origins: one from the medial and lateral arcuate ligaments (two fibrous arches over the psoas and quadrates muscles) and another from the crura2,12. The crura are musculoten ...
Introduction
... Identification of structures in the anal triangle /522 Identification of structures in the urogenital triangle of women/523 Identification of structure in the urogenital triangle of men /524 Component parts/426 Pelvic inlet/426 Pelvic walls/426 Pelvic outlet/428 Pelvic floor/429 Pelvic cavity/429 Pe ...
... Identification of structures in the anal triangle /522 Identification of structures in the urogenital triangle of women/523 Identification of structure in the urogenital triangle of men /524 Component parts/426 Pelvic inlet/426 Pelvic walls/426 Pelvic outlet/428 Pelvic floor/429 Pelvic cavity/429 Pe ...
The Region of the Nose and Nasal Cavities
... any intense irritation about the nostrils. There are numerou s lymphatic vessels about th e nose, which follow the course of the facial vein and mostly empty into th e lymphatic gland s of the submaxillary region (P late 16). Within the margins of the nostrils th ere are numerous stiff curved hairs, ...
... any intense irritation about the nostrils. There are numerou s lymphatic vessels about th e nose, which follow the course of the facial vein and mostly empty into th e lymphatic gland s of the submaxillary region (P late 16). Within the margins of the nostrils th ere are numerous stiff curved hairs, ...
SKELETON, LATERAL VIEW
... posterior circumflex humeral anterior circumflex humeral subscapula artery ascending branch of profunda brachii artery profunda brachii artery brachial artery ...
... posterior circumflex humeral anterior circumflex humeral subscapula artery ascending branch of profunda brachii artery profunda brachii artery brachial artery ...
PART II - LWW.com
... client in a supine position. As most people have never had their anterior cervical muscles work on, be sure to explain what will be going on during this work and why it is necessary. Especially when a person has had any whiplash injury, the anterior cervical muscles will be involved. Most massage th ...
... client in a supine position. As most people have never had their anterior cervical muscles work on, be sure to explain what will be going on during this work and why it is necessary. Especially when a person has had any whiplash injury, the anterior cervical muscles will be involved. Most massage th ...
1 - Chiropractic National Board Review Questions
... B. Supraspinatus C. Infraspinatus D. Teres minor ...
... B. Supraspinatus C. Infraspinatus D. Teres minor ...
osteology - Yeditepe University Pharma Anatomy
... as another structure is ipsilateral; the right thumb and right great (big) toe are ipsilateral, for example. Contralateral means occurring on the opposite side of the body relative to another structure; the right hand is contralateral to the left hand. ...
... as another structure is ipsilateral; the right thumb and right great (big) toe are ipsilateral, for example. Contralateral means occurring on the opposite side of the body relative to another structure; the right hand is contralateral to the left hand. ...
the muscles of the anterior compartment of forearm and flexor
... 4. Fibrous arch continues the origin across the radius from whole length of anterior oblique line. • Passes beneath the superficial retinaculum. • Tendons of middle and ring fingers are superficial to the index and little fingers. ...
... 4. Fibrous arch continues the origin across the radius from whole length of anterior oblique line. • Passes beneath the superficial retinaculum. • Tendons of middle and ring fingers are superficial to the index and little fingers. ...
Muscles of the tongue
... The inferior longitudinal muscle lines the sides of the tongue, and is joined to the styloglossus muscle. The verticalis muscle is located in the middle of the tongue, and joins the superior and inferior longitudinal muscles. The transversus muscle divides the tongue at the middle, and is attached t ...
... The inferior longitudinal muscle lines the sides of the tongue, and is joined to the styloglossus muscle. The verticalis muscle is located in the middle of the tongue, and joins the superior and inferior longitudinal muscles. The transversus muscle divides the tongue at the middle, and is attached t ...
Bursitis / Impingement Syndrome / Rotator Cuff Tendinitis
... shoulder. All of the muscles that are part of the shoulder complex work together in order to move the arm through its many possible ranges of movement. Finally, a bursa (pl. bursae) is a fluid filled sac that decreases the friction between two tissues. Bursae also protect tissues from bony structure ...
... shoulder. All of the muscles that are part of the shoulder complex work together in order to move the arm through its many possible ranges of movement. Finally, a bursa (pl. bursae) is a fluid filled sac that decreases the friction between two tissues. Bursae also protect tissues from bony structure ...
Introduction Review Questions Completion Questions Select the
... (d) The arch of the aorta lies on its anterior and left sides in the superior mediastinum. (e) The sensory innervation of the mucous membrane lining the trachea is derived from branches of the vagi and the recurrent laryngeal nerves. Answer 1. C. The right principal bronchus is wider than the left. ...
... (d) The arch of the aorta lies on its anterior and left sides in the superior mediastinum. (e) The sensory innervation of the mucous membrane lining the trachea is derived from branches of the vagi and the recurrent laryngeal nerves. Answer 1. C. The right principal bronchus is wider than the left. ...
Femoral nerve
... 6- 3-4 deep inguinal lymph nodes lie along the medial side of the femoral vein, receive afferent vessels from the superficial inguinal lymph nodes and popliteal lymph nodes and from the deep structures of the limb. Efferent vessels pass from the deep inguinal lymph nodes to the external iliac nodes. ...
... 6- 3-4 deep inguinal lymph nodes lie along the medial side of the femoral vein, receive afferent vessels from the superficial inguinal lymph nodes and popliteal lymph nodes and from the deep structures of the limb. Efferent vessels pass from the deep inguinal lymph nodes to the external iliac nodes. ...
- European Journal of Radiology
... ultrasound. The radial nerve divides in a superficial sensory branch and a deep motor branch. The motor branch, the posterior interosseous nerve, courses under the arcade of Frohse where it enters the supinator muscle. At the level of the dorsal wrist the posterior interosseous nerve is located at th ...
... ultrasound. The radial nerve divides in a superficial sensory branch and a deep motor branch. The motor branch, the posterior interosseous nerve, courses under the arcade of Frohse where it enters the supinator muscle. At the level of the dorsal wrist the posterior interosseous nerve is located at th ...
41/44 Appendix
... An additional anteroinferior half pin can be inserted at the level of the AIIS. This is particularly good for cross-pelvic fixation. An open technique is employed at the point at which AIIS is palpated, or seen under direct vision using fluoroscopy. A four cm incision is made in line with the iliac ...
... An additional anteroinferior half pin can be inserted at the level of the AIIS. This is particularly good for cross-pelvic fixation. An open technique is employed at the point at which AIIS is palpated, or seen under direct vision using fluoroscopy. A four cm incision is made in line with the iliac ...
Costovertebral joints
... • The skeletal framework of the thoracic wall provides extensive attachment sites for muscles associated with many other body regions – Neck, abdomen, back, upper limb Intrinsic Muscles • There are several intrinsic, or true muscles of the thoracic wall – Serratus posterior* – Levatores costarum * – ...
... • The skeletal framework of the thoracic wall provides extensive attachment sites for muscles associated with many other body regions – Neck, abdomen, back, upper limb Intrinsic Muscles • There are several intrinsic, or true muscles of the thoracic wall – Serratus posterior* – Levatores costarum * – ...
RSE on the basis of ECR South-Kazakhstan State Pharmaceutical
... A) an opening in transversal processes + B) long acantha C) forward and back pits on transversal processes D) mastoid E) costal fossas 28. Anatomic educations characteristic of thoracal (II-IX) vertebrae A) top and lower costal fossas + B) transversal and costal processes C) styliform process D) mas ...
... A) an opening in transversal processes + B) long acantha C) forward and back pits on transversal processes D) mastoid E) costal fossas 28. Anatomic educations characteristic of thoracal (II-IX) vertebrae A) top and lower costal fossas + B) transversal and costal processes C) styliform process D) mas ...
Scalp Reconstruction
... Arises from the external carotid artery opposite the facial artery near the lower border of the digastric muscle. It ascends close to the inner aspect of the mastoid process (can be palpated). It emerges from the apex of the posterior triangle and runs up to supply the scalp. It is accompani ...
... Arises from the external carotid artery opposite the facial artery near the lower border of the digastric muscle. It ascends close to the inner aspect of the mastoid process (can be palpated). It emerges from the apex of the posterior triangle and runs up to supply the scalp. It is accompani ...
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.