Deep Fascia of the Neck HO
... Investing Layer Attachments Above: On the skull, it is attached to the external occipital protuberance and the whole extent of the superior nuchal line right up to the mastoid process. The same is the origin of the Trapezius and the Sternocleidomastoid muscles. Therefore, here the fascia invests the ...
... Investing Layer Attachments Above: On the skull, it is attached to the external occipital protuberance and the whole extent of the superior nuchal line right up to the mastoid process. The same is the origin of the Trapezius and the Sternocleidomastoid muscles. Therefore, here the fascia invests the ...
TransCom Page 1 of 6 extends from the skull to the top of the coccyx
... -skin and muscles are supplied in a segmental manner by the posterior rami of the 31 pairs of spinal nerves -posterior rami of the 1st, 6th, 7th and 8th cervical nerves and 4th and 5th lumbar nerves supply the deep muscles of the back (not the skin) -posterior ramus of the 2nd cervical nerve (greate ...
... -skin and muscles are supplied in a segmental manner by the posterior rami of the 31 pairs of spinal nerves -posterior rami of the 1st, 6th, 7th and 8th cervical nerves and 4th and 5th lumbar nerves supply the deep muscles of the back (not the skin) -posterior ramus of the 2nd cervical nerve (greate ...
Kinesiology of Exercise Glossary
... PLANTAR. The sole of the foot. PRONATED GRIP. A grip with the palms of the hands facing down or in. PRONATION. Rotating the forearm so that the hand is turned palm down. PRONE. Lying face downward. PROXIMAL RADIO-ULNAR JOINT. A radio-ulnar joint at the elbow that is a pivot joint between the head of ...
... PLANTAR. The sole of the foot. PRONATED GRIP. A grip with the palms of the hands facing down or in. PRONATION. Rotating the forearm so that the hand is turned palm down. PRONE. Lying face downward. PROXIMAL RADIO-ULNAR JOINT. A radio-ulnar joint at the elbow that is a pivot joint between the head of ...
Room for Rent: A Conceptual Look Inside the Middle Ear with
... the ability to detect the structures on high-resolution temporal bone CT. Images for this section: ...
... the ability to detect the structures on high-resolution temporal bone CT. Images for this section: ...
S13 Bio 128 lab syllabus 8-1-12
... calculating your final average. Because of this, I do NOT give make-up exams. For example, if you miss an exam for ANY reason, the score from that exam will be a 0 and will probably end up being the score that I would drop. Please note that you must take the final exam. Notice: Correct spelling of t ...
... calculating your final average. Because of this, I do NOT give make-up exams. For example, if you miss an exam for ANY reason, the score from that exam will be a 0 and will probably end up being the score that I would drop. Please note that you must take the final exam. Notice: Correct spelling of t ...
10-Anterior triangle2008-11-12 22:064.3 MB
... Nerve supply : The facial nerve supplies the posterior belly. The nerve to mylohyoid supplies the anterior belly. ...
... Nerve supply : The facial nerve supplies the posterior belly. The nerve to mylohyoid supplies the anterior belly. ...
1-Nose, Nasal Cavity, Paranasal Sinuses,2017-02
... o Lies behind the laryngeal inlet & the posterior surface of larynx o communicates with the larynx through the laryngeal inlet ( )الفتحة الي تودي للالرنكس o Extends from upper border of epiglottis to lower border of cricoid cartilage. o A small depression تجويفsituated on either side of the lary ...
... o Lies behind the laryngeal inlet & the posterior surface of larynx o communicates with the larynx through the laryngeal inlet ( )الفتحة الي تودي للالرنكس o Extends from upper border of epiglottis to lower border of cricoid cartilage. o A small depression تجويفsituated on either side of the lary ...
blood supply of the head
... -can have a common trunk with the lingual -runs medial to the mandible -over the submandibular gland -over the lateral side of the mandible (under the platysma) -parallels the facial vein – separated by the posterior belly of the diagastric -divided into cervical and facial branches ...
... -can have a common trunk with the lingual -runs medial to the mandible -over the submandibular gland -over the lateral side of the mandible (under the platysma) -parallels the facial vein – separated by the posterior belly of the diagastric -divided into cervical and facial branches ...
Anatomy of the Atlas Subluxation
... are very difficult to analyse. He shifted his focus to the neurocanal, that being the canal, which the spinal cord passes through as it makes its way from the brain to the base of the spine. He says “Any encroachment of osseous structure (vertebrae) into the neural canal, due to abnormal relationshi ...
... are very difficult to analyse. He shifted his focus to the neurocanal, that being the canal, which the spinal cord passes through as it makes its way from the brain to the base of the spine. He says “Any encroachment of osseous structure (vertebrae) into the neural canal, due to abnormal relationshi ...
m5zn_53718fd0061b5d6
... Sexual Variation of face - face show sexual dimorphism although facial types are similar until the age of 12 year. - face of female attains its mature form earlier than the male. - male face tend to be more protuberant, bulky and coarse. - nose of female have a concave to straight ...
... Sexual Variation of face - face show sexual dimorphism although facial types are similar until the age of 12 year. - face of female attains its mature form earlier than the male. - male face tend to be more protuberant, bulky and coarse. - nose of female have a concave to straight ...
Unit II Structures to ID
... Muscles: Buccinator muscle, masseter muscle, orbicularis oculi (orbital and palpebral part), levator labii superioris, zygomaticus major/minor, orbicularis oris, buccinators, depressor anguli oris Supraorbital nerve Infraorbital nerve: covered by levator labii superioris o Infraorbital artery and ve ...
... Muscles: Buccinator muscle, masseter muscle, orbicularis oculi (orbital and palpebral part), levator labii superioris, zygomaticus major/minor, orbicularis oris, buccinators, depressor anguli oris Supraorbital nerve Infraorbital nerve: covered by levator labii superioris o Infraorbital artery and ve ...
Rotational Pericranial Flap for Repair of Refractory
... skull base defects [27]. Here, we described the vascularized, rotational pericranial flap for closure of complex posterior fossa wounds. As pericranial harvest requires a larger incision, it may not be desirable for upfront closure in all cases at the first operation. However, as the incision is hid ...
... skull base defects [27]. Here, we described the vascularized, rotational pericranial flap for closure of complex posterior fossa wounds. As pericranial harvest requires a larger incision, it may not be desirable for upfront closure in all cases at the first operation. However, as the incision is hid ...
Chapter 8 - White Plains Public Schools
... 4. Synovial fluid occupies the free space of the joint capsule. Its contents are derived from the blood. This provides a slippery surface that reduces friction. 5. Reinforcing ligaments provide additional structure to the joints and are of two types, intrinsic ligaments which are part of the fibrou ...
... 4. Synovial fluid occupies the free space of the joint capsule. Its contents are derived from the blood. This provides a slippery surface that reduces friction. 5. Reinforcing ligaments provide additional structure to the joints and are of two types, intrinsic ligaments which are part of the fibrou ...
Scalp Reconstruction
... It is loosely attached and strips easily from the skull, except at the suture lines where it dips between the bones as the sutural membrane which is continuous with the internal periosteum (outer layer of the dura). ...
... It is loosely attached and strips easily from the skull, except at the suture lines where it dips between the bones as the sutural membrane which is continuous with the internal periosteum (outer layer of the dura). ...
Chapter 8
... Why do we need them? • Articulations are junctions between bones • They bind parts of skeletal system together • Make bone growth possible • Permit parts of the skeleton to change shape during childbirth • Enable body to move in response to skeletal muscle contraction ...
... Why do we need them? • Articulations are junctions between bones • They bind parts of skeletal system together • Make bone growth possible • Permit parts of the skeleton to change shape during childbirth • Enable body to move in response to skeletal muscle contraction ...
Ch. 21 The Shoulder
... Shoulder Girdle Anatomy • Scapula • Flat bone on posterior/dorsal aspect of the body • Moves on the thoracic cage • “Socket” glenoid cavity • Acromion process • Upper/lateral aspect of scapula hard spot on top of shoulder ...
... Shoulder Girdle Anatomy • Scapula • Flat bone on posterior/dorsal aspect of the body • Moves on the thoracic cage • “Socket” glenoid cavity • Acromion process • Upper/lateral aspect of scapula hard spot on top of shoulder ...
The Cranial Nerves
... The 10 cranial nerves originate in the brainstem, which includes the midbrain, the pons, and the medulla .Two emerge from the cerebrum the olfactory and the optic cranial nerves. There are 12 paired cranial nerves that can be divided into sensory, motor, or mixed nerves (with both motor and sensory ...
... The 10 cranial nerves originate in the brainstem, which includes the midbrain, the pons, and the medulla .Two emerge from the cerebrum the olfactory and the optic cranial nerves. There are 12 paired cranial nerves that can be divided into sensory, motor, or mixed nerves (with both motor and sensory ...
Topic 1.1 The Skeletal System
... Cartilage, Ligaments, Tendons Cartilage is a hard, strong connective tissue that provides support for some soft tissues and forms a sliding area for joints so that bones can move easily. During the fetal stage of development, cartilage forms most of the skeleton. It is gradually replaced by bone. In ...
... Cartilage, Ligaments, Tendons Cartilage is a hard, strong connective tissue that provides support for some soft tissues and forms a sliding area for joints so that bones can move easily. During the fetal stage of development, cartilage forms most of the skeleton. It is gradually replaced by bone. In ...
Nasal and sinus disease
... efficacy, low cost, side-effect profile, and narrow spectrum (45-90 mg/kg/d in children; 500 mg tid or qid in adults for 10 to 14 days) ...
... efficacy, low cost, side-effect profile, and narrow spectrum (45-90 mg/kg/d in children; 500 mg tid or qid in adults for 10 to 14 days) ...
Nasal and sinus disease
... efficacy, low cost, side-effect profile, and narrow spectrum (45-90 mg/kg/d in children; 500 mg tid or qid in adults for 10 to 14 days) ...
... efficacy, low cost, side-effect profile, and narrow spectrum (45-90 mg/kg/d in children; 500 mg tid or qid in adults for 10 to 14 days) ...
FEMUR 2:
... disease so that it breaks easily. STRESS - There is a hairline crack in a bone, sometimes not even visible on an X-ray, which is caused by repeated injury or stress on the bone ...
... disease so that it breaks easily. STRESS - There is a hairline crack in a bone, sometimes not even visible on an X-ray, which is caused by repeated injury or stress on the bone ...
Skeletal – Part 4 - Mount Carmel Academy
... But 9 of these eventually fuse, forming the two composite bones, the sacrum and the coccyx, which construct the inferior portion of the vertebral column. Sacrum – Located below the lumbar vertebrae; Made up of five fused vertebrae. Coccyx – Located below the sacrum; made up of 4 fused vertebrae. ...
... But 9 of these eventually fuse, forming the two composite bones, the sacrum and the coccyx, which construct the inferior portion of the vertebral column. Sacrum – Located below the lumbar vertebrae; Made up of five fused vertebrae. Coccyx – Located below the sacrum; made up of 4 fused vertebrae. ...
Skeletal – Part 4
... But 9 of these eventually fuse, forming the two composite bones, the sacrum and the coccyx, which construct the inferior portion of the vertebral column. ...
... But 9 of these eventually fuse, forming the two composite bones, the sacrum and the coccyx, which construct the inferior portion of the vertebral column. ...
Joints of Lower Limb
... from transverse process of L5 to the posterosuperior part of iliac crest ★ Sacrotuberous ligament: runs from lateral margins of sacrum and coccyx to the inner margin of ischial tuberosity ★ Sacrospinous ligament: runs from ischial spine to lateral margins of sacrum and coccyx These two ligaments c ...
... from transverse process of L5 to the posterosuperior part of iliac crest ★ Sacrotuberous ligament: runs from lateral margins of sacrum and coccyx to the inner margin of ischial tuberosity ★ Sacrospinous ligament: runs from ischial spine to lateral margins of sacrum and coccyx These two ligaments c ...
Skull
This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918)The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The skull forms the anterior most portion of the skeleton and is a product of encephalization, housing the brain, many sensory structures (eyes, ears, nasal cavity), and the feeding system. Functions of the skull include protection of the brain, fixing the distance between the eyes to allow stereoscopic vision, and fixing the position of the ears to help the brain use auditory cues to judge direction and distance of sounds. In some animals, the skull also has a defensive function (e.g. horned ungulates); the frontal bone is where horns are mounted. The English word ""skull"" is probably derived from Old Norse ""skalli"" meaning bald, while the Latin word cranium comes from the Greek root κρανίον (kranion).The skull is made of a number of fused flat bones.