POSTERIOR ABDOMINAL WALL
... Invests the surface of muscles. Attached to the vertebral bodies, fibrous arches and transverse process and iliopubiceminence. Retains pus. Cold abscess. It is not part of lumbar fascia. Its lateral edges blends with anterior layers of that fascia (over quadratus lumborum muscle). Psoa ...
... Invests the surface of muscles. Attached to the vertebral bodies, fibrous arches and transverse process and iliopubiceminence. Retains pus. Cold abscess. It is not part of lumbar fascia. Its lateral edges blends with anterior layers of that fascia (over quadratus lumborum muscle). Psoa ...
Comparative Vertebrate Anatomy/Cat Muscles.2011
... External intercostals: outer layer of muscles lying in the intercostal spaces between adjacent ribs, craniodorsally, similar to the external oblique layer. Internal intercostals: lies directly medial to the external intercostals Transversus thoracis: incomplete third layer beneath the internal inter ...
... External intercostals: outer layer of muscles lying in the intercostal spaces between adjacent ribs, craniodorsally, similar to the external oblique layer. Internal intercostals: lies directly medial to the external intercostals Transversus thoracis: incomplete third layer beneath the internal inter ...
Elbow Presentation PTA
... Lines fibrous layer, covers all internal joint surfaces that are not hyaline cartilage. Functionmakes synovial fluid. Cells in SM secrete hyaluronic acid that lubricates joint. Fibrous layer- external layer of dense connective tissue that is continuous with the periosteum of the articulating bones. ...
... Lines fibrous layer, covers all internal joint surfaces that are not hyaline cartilage. Functionmakes synovial fluid. Cells in SM secrete hyaluronic acid that lubricates joint. Fibrous layer- external layer of dense connective tissue that is continuous with the periosteum of the articulating bones. ...
22 Bones make up the skull
... • A cranial bone that articulates with mandible in its articular fossa • Other landmarks include styloid process, mastoid process • Forms part of zygomatic arch Articular or glenoid fossa (where condyle sits) ...
... • A cranial bone that articulates with mandible in its articular fossa • Other landmarks include styloid process, mastoid process • Forms part of zygomatic arch Articular or glenoid fossa (where condyle sits) ...
- Circle of Docs
... (1) arises from the lower part of the ligamentum nuchae, spine of C7 & T1 (2) inserts in the vertebral border of the scapular at the root its spine c. innervation: dorsal scapular nerve (C5) - (both muscles) d. blood supply: dorsal (descending) scapular vessels e. adduct (draw medially to the spinal ...
... (1) arises from the lower part of the ligamentum nuchae, spine of C7 & T1 (2) inserts in the vertebral border of the scapular at the root its spine c. innervation: dorsal scapular nerve (C5) - (both muscles) d. blood supply: dorsal (descending) scapular vessels e. adduct (draw medially to the spinal ...
Table Summarizing Key Features of Cranial and Facial Bones
... Consists of a body, two "wings" and two "pterygoid processes" that project downwards. ...
... Consists of a body, two "wings" and two "pterygoid processes" that project downwards. ...
L1: Organisation of ANS L2: Thoracic walls and breast
... - True ribs (1-7) – attached directly to sternum via costal cartilage - False ribs (8-10) – attached to costal cartilage of rib above - Floating ribs (11-12) – no anterior attachment Costal cartilage – attaches ribs to sternum anteriorly and contributes to mobility - Typical ribs (3-9) – curved and ...
... - True ribs (1-7) – attached directly to sternum via costal cartilage - False ribs (8-10) – attached to costal cartilage of rib above - Floating ribs (11-12) – no anterior attachment Costal cartilage – attaches ribs to sternum anteriorly and contributes to mobility - Typical ribs (3-9) – curved and ...
Slide 1 - AccessMedicine
... Sites of Palpable Arteries A. The temporal artery is anterior to the ear and overlies the temporal bone, one of the few normally tortuous arteries. The common carotid is deep in the neck near the anterior border of the sternocleidomastoid muscle. The bifurcation of this artery is opposite the superi ...
... Sites of Palpable Arteries A. The temporal artery is anterior to the ear and overlies the temporal bone, one of the few normally tortuous arteries. The common carotid is deep in the neck near the anterior border of the sternocleidomastoid muscle. The bifurcation of this artery is opposite the superi ...
radius bone
... Expanded bases articulate with distal row of carpal bones & with each other Middle metacarpal show styloid process Heads has boldly rounded articular facets ...
... Expanded bases articulate with distal row of carpal bones & with each other Middle metacarpal show styloid process Heads has boldly rounded articular facets ...
Muscles of the Upper Limb
... The Subscapularis Muscle is a large triangular muscle that fills the subscapular fossa of the scapula and forms part of the posterior wall of the axilla. The Subscapularis originates from the subscapular fossa of the scapula, and inserts on the Lesser Tubercle of the Humerus. The Subscapularis Muscl ...
... The Subscapularis Muscle is a large triangular muscle that fills the subscapular fossa of the scapula and forms part of the posterior wall of the axilla. The Subscapularis originates from the subscapular fossa of the scapula, and inserts on the Lesser Tubercle of the Humerus. The Subscapularis Muscl ...
Aberrant Rotator Cuff Muscles: Coexistence of Triple
... However, the insertion pattern of the rotator cuff muscles is quite important since it determines the opposition and steadiness of the head of humerus in the glenoid cavity checking its excessive translation [2]. The swing of humerus involves complex movements of the articular surfaces of the gleno- ...
... However, the insertion pattern of the rotator cuff muscles is quite important since it determines the opposition and steadiness of the head of humerus in the glenoid cavity checking its excessive translation [2]. The swing of humerus involves complex movements of the articular surfaces of the gleno- ...
SKELETAL SYSTEM LAB
... _____ vomer (VŌ-mer) (1) (part of the nasal septum) _____ inferior nasal concha (2) (These bones located in the lateral wall of the nasal cavity help create turbulence in inhaled air. they are separate bones, unlike the middle and superior nasal conchae which are parts of the ethmoid bone). _____ hy ...
... _____ vomer (VŌ-mer) (1) (part of the nasal septum) _____ inferior nasal concha (2) (These bones located in the lateral wall of the nasal cavity help create turbulence in inhaled air. they are separate bones, unlike the middle and superior nasal conchae which are parts of the ethmoid bone). _____ hy ...
Row proximal tarsal bones: Talus, Calcaneus
... The following projections can be made with the limb supported: lateromedial, dorsoplantar, dorsolateral-plantaromedial plantarolateral-dorsomedial oblique and oblique (simpler than plantarolateral dorsomedial oblique). Is detailed in the art for each show slight differences. In the end we get the vi ...
... The following projections can be made with the limb supported: lateromedial, dorsoplantar, dorsolateral-plantaromedial plantarolateral-dorsomedial oblique and oblique (simpler than plantarolateral dorsomedial oblique). Is detailed in the art for each show slight differences. In the end we get the vi ...
PPT
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
Slide 1
... mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
... mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
The ramus of mandible is quadrangular in shape and has medial
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal ...
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal ...
The ramus of mandible is quadrangular in shape and has medial
... The condylar process is made of: 1-the head of mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
... The condylar process is made of: 1-the head of mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
Medial pterygoid
... mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
... mandible, participates in forming the temporomandibul ar joint; and 2-the neck of mandible, which bears a shallow depression (the pterygoid fovea) on its anterior surface for attachment of the lateral pterygoid muscle. ...
Labs 7, 8, 9 Skeletal tissue
... articulated skeletons and disarticulated bones. Be able to tell the left from the right bone where indicated by an asterisk (*) and know how many of each bone are found in the body. ...
... articulated skeletons and disarticulated bones. Be able to tell the left from the right bone where indicated by an asterisk (*) and know how many of each bone are found in the body. ...
2.Bones of The Lower Limbs
... 1-The gluteus maximus muscle is attached to the greater trochanter: a)True ...
... 1-The gluteus maximus muscle is attached to the greater trochanter: a)True ...
Posterior - Massage Nerd
... All models are at least 18 years of age. The techniques, ideas, and suggestions in this document are not intended as a substitute for proper medical advice! Consult your physician or health care professional before performing or receiving a massage, particularly if you are pregnant or nursing, or if ...
... All models are at least 18 years of age. The techniques, ideas, and suggestions in this document are not intended as a substitute for proper medical advice! Consult your physician or health care professional before performing or receiving a massage, particularly if you are pregnant or nursing, or if ...
Bones of upper limb - King Saud University Medical Student Council
... ULNAR & RADIAL ARTERIES The main source of blood for the forearm. The ulnar artery supplies the anterior aspect. The radial artery supplies the posterior ...
... ULNAR & RADIAL ARTERIES The main source of blood for the forearm. The ulnar artery supplies the anterior aspect. The radial artery supplies the posterior ...
Scapula
In anatomy, the scapula (plural scapulae or scapulas) or shoulder blade, is the bone that connects the humerus (upper arm bone) with the clavicle (collar bone). Like their connected bones the scapulae are paired, with the scapula on the left side of the body being roughly a mirror image of the right scapula. In early Roman times, people thought the bone resembled a trowel, a small shovel. The shoulder blade is also called omo in Latin medical terminology.The scapula forms the back of the shoulder girdle. In humans, it is a flat bone, roughly triangular in shape, placed on a posterolateral aspect of the thoracic cage.