of the upper limb
... • the suprascapular notch is where the superior border joins the base of the coracoid process • the suprascapular nerve passes through the suprascapular notch, which is bridge by superior transverse scapular ligament • ossificaTon of this ligament can result in compression of the nerve with weeke ...
... • the suprascapular notch is where the superior border joins the base of the coracoid process • the suprascapular nerve passes through the suprascapular notch, which is bridge by superior transverse scapular ligament • ossificaTon of this ligament can result in compression of the nerve with weeke ...
Joints Notes
... Although they are designed to resist forces that threaten to force them out of alignment, they are the weakest points in our skeleton Classification- by structure and function Structural- based on what holds them together and whether a (synovial) cavity present or not Fibrous, cartilaginous and ...
... Although they are designed to resist forces that threaten to force them out of alignment, they are the weakest points in our skeleton Classification- by structure and function Structural- based on what holds them together and whether a (synovial) cavity present or not Fibrous, cartilaginous and ...
Muscles of mastication
... (Subcutaneous) Connective Tissue Aponeurosis (epicranial Loose Connective Tissue ...
... (Subcutaneous) Connective Tissue Aponeurosis (epicranial Loose Connective Tissue ...
reference bone set: vertebrae
... inferior nasal concha is the largest. It is a separate bone that joints with the maxilla. The smaller middle nasal concha (just above the inferior concha) and the smallest superior nasal concha (barely visible just above and posterior to the middle concha) are parts of the ethmoid. Right Nasal bone ...
... inferior nasal concha is the largest. It is a separate bone that joints with the maxilla. The smaller middle nasal concha (just above the inferior concha) and the smallest superior nasal concha (barely visible just above and posterior to the middle concha) are parts of the ethmoid. Right Nasal bone ...
ARCHES OF FOOT
... Flexor digitorum brevis muscles This arch is more stable and less adjustable than the Medial one. The ligaments included are the long and the short plantar ligaments ...
... Flexor digitorum brevis muscles This arch is more stable and less adjustable than the Medial one. The ligaments included are the long and the short plantar ligaments ...
Ch9 notes Martini 9e
... 9-1 Classification of Joints • Two Methods of Classification 1. Functional classification is based on range of motion of the joint 2. Structural classification relies on the anatomical organization of the joint • Functional Classifications • Synarthrosis (immovable joint) • Amphiarthrosis (slightly ...
... 9-1 Classification of Joints • Two Methods of Classification 1. Functional classification is based on range of motion of the joint 2. Structural classification relies on the anatomical organization of the joint • Functional Classifications • Synarthrosis (immovable joint) • Amphiarthrosis (slightly ...
Summer 01
... 39) What structure is present on all cervical vertebrae? a) bifid spines process b) transverse foramen c) body d) uncrate process e) vertebral prominent 40) The superior articular facets of the atlas have a ____ surface. a) concave b) convex 41) The groove for the vertebral artery is located on the ...
... 39) What structure is present on all cervical vertebrae? a) bifid spines process b) transverse foramen c) body d) uncrate process e) vertebral prominent 40) The superior articular facets of the atlas have a ____ surface. a) concave b) convex 41) The groove for the vertebral artery is located on the ...
- Veterinary Research Forum
... temporal bone was similar to other animals and had three parts; squamous, tympanic and petrous .The tympanic part was much better developed and consisted of oval shaped tympanic bulla with many recesses in tympanic cavity. The auditory ossicles of guinea pig concluded of three small bones; malleus, ...
... temporal bone was similar to other animals and had three parts; squamous, tympanic and petrous .The tympanic part was much better developed and consisted of oval shaped tympanic bulla with many recesses in tympanic cavity. The auditory ossicles of guinea pig concluded of three small bones; malleus, ...
LE 01-10b - Dr Magrann
... We will cover upper extremity bones today, so by the next lab period, you should have ALL of today’s material memorized. We will also have a 2 point quiz on that material. If you are not ready for the quiz, you are behind. The key to success in an Anatomy class is to spend at least 10 hours a week s ...
... We will cover upper extremity bones today, so by the next lab period, you should have ALL of today’s material memorized. We will also have a 2 point quiz on that material. If you are not ready for the quiz, you are behind. The key to success in an Anatomy class is to spend at least 10 hours a week s ...
Surface and Regional Anatomy
... Palpation - examination with the hands, touching feeling, or perceiving by the sense of touch Auscultation - listening to sounds emitted from organs Observation - the art of looking ...
... Palpation - examination with the hands, touching feeling, or perceiving by the sense of touch Auscultation - listening to sounds emitted from organs Observation - the art of looking ...
PP 6 - FA Joints_Pal_ROM - Doral Academy Preparatory
... • Subtalar joint: This joint is the posterior joint formed between the talus and the calcaneus. It’s a synovial joint, and it’s stabilized by medial, lateral, and interosseous talocalcaneal ligaments. • Transverse tarsal joint: The transverse tarsal joint is actually a combination of the following t ...
... • Subtalar joint: This joint is the posterior joint formed between the talus and the calcaneus. It’s a synovial joint, and it’s stabilized by medial, lateral, and interosseous talocalcaneal ligaments. • Transverse tarsal joint: The transverse tarsal joint is actually a combination of the following t ...
anatomy_lec12_21_3_2011
... the anterior triangle is subdivided into 4 subdivisions (triangles) by 3 muscles : 1. Anterior belly of digastrics muscle. 2. posterior belly of digastrics muscle . 3. superior belly of omohyoid muscle. so these three muscles divide the anterior Triangle into : ...
... the anterior triangle is subdivided into 4 subdivisions (triangles) by 3 muscles : 1. Anterior belly of digastrics muscle. 2. posterior belly of digastrics muscle . 3. superior belly of omohyoid muscle. so these three muscles divide the anterior Triangle into : ...
Atlas Laterality: A Rotational Movement
... the lateral masses and located superior to the lateral masses. These components oftheatlantooccipital articulation predispose the atlas to rotate around the occipital condyles, thus dictating the biomechanics of this region (Fig. 1). No Translation In the frontal plane there is no translation of the ...
... the lateral masses and located superior to the lateral masses. These components oftheatlantooccipital articulation predispose the atlas to rotate around the occipital condyles, thus dictating the biomechanics of this region (Fig. 1). No Translation In the frontal plane there is no translation of the ...
Sacrum and pelvis
... shaped ring of bones connecting the vertebral column to the femora. Its primary functions are to bear the weight of the upper body when sitting and standing; transfer that weight from the axial skeleton to the lower appendicular skeleton when standing and walking; and provide attachments for and w ...
... shaped ring of bones connecting the vertebral column to the femora. Its primary functions are to bear the weight of the upper body when sitting and standing; transfer that weight from the axial skeleton to the lower appendicular skeleton when standing and walking; and provide attachments for and w ...
femur
... • The posterior surface of the shaft shows an oblique line, the soleal line, for the attachment of the soleus muscle. • The lower end of the tibia is slightly expanded and on its inferior aspect shows a saddle-shaped articular surface for the talus. ...
... • The posterior surface of the shaft shows an oblique line, the soleal line, for the attachment of the soleus muscle. • The lower end of the tibia is slightly expanded and on its inferior aspect shows a saddle-shaped articular surface for the talus. ...
13_skeleton_lower_appendicular-04oct2016
... LOWER APPENDICULAR SKELETON revised 4 October 2016 Martini’s 5th: 234-242, Martini 6th: 249-257, 7th: 245-255, 8th: 247-264, 10th: 250-261 ...
... LOWER APPENDICULAR SKELETON revised 4 October 2016 Martini’s 5th: 234-242, Martini 6th: 249-257, 7th: 245-255, 8th: 247-264, 10th: 250-261 ...
Proximal row (lateral to medial)
... • Capitulum: the rounded lateral condyle of the humerus. – Articulates with the head of the radius to help stabalize the elbow joint. ...
... • Capitulum: the rounded lateral condyle of the humerus. – Articulates with the head of the radius to help stabalize the elbow joint. ...
maxillary artery
... the nasal mucosa. • It enters by the sphenopalatine foramen and sends branches to the posterior regions of the lateral wall and to the nasal septum. • After the greater palatine artery emerges from the greater palatine foramen it courses anteriorly and passes through the incisive foramen where it an ...
... the nasal mucosa. • It enters by the sphenopalatine foramen and sends branches to the posterior regions of the lateral wall and to the nasal septum. • After the greater palatine artery emerges from the greater palatine foramen it courses anteriorly and passes through the incisive foramen where it an ...
Chapter 29
... 1. The orbit forms a quadrilateral pyramid: floor, roof, medial wall, and lateral wall. Roof: orbital process of the frontal bone; lesser wing of the sphenoid. Floor: orbital plate of maxilla; orbital surface of zygoma; orbital process of palatine bone. Medially: frontal process of maxilla; lacrimal ...
... 1. The orbit forms a quadrilateral pyramid: floor, roof, medial wall, and lateral wall. Roof: orbital process of the frontal bone; lesser wing of the sphenoid. Floor: orbital plate of maxilla; orbital surface of zygoma; orbital process of palatine bone. Medially: frontal process of maxilla; lacrimal ...
the pectoral girdle and arm
... Anatomy is a precise descriptive science based on observation. Unlike the common misconception, it is not based on rote memory! ...
... Anatomy is a precise descriptive science based on observation. Unlike the common misconception, it is not based on rote memory! ...
Three Parts of Ear 1. Inner ear - hearing and equilibrium 2. Middle
... • Thin CT membrane, vibrates in response to sound • Transfers sound energy to middle ear ossicles • Boundary between outer and middle ears • Connects with pharynx Middle Ear (Tympanic Cavity) Small, ...
... • Thin CT membrane, vibrates in response to sound • Transfers sound energy to middle ear ossicles • Boundary between outer and middle ears • Connects with pharynx Middle Ear (Tympanic Cavity) Small, ...
7 - Anatomy and Physiology
... • At birth, skull bones are connected by fontanelles • Fontanelles ...
... • At birth, skull bones are connected by fontanelles • Fontanelles ...
03-Clinical anatomy of face
... lesion (the patient can close his eye but cannot expose his teeth on the affected side) • LOWER MOTOR NEURONE LESION (NUCLEAR OR INFRANUCLEAR LESION): e.g. Bell’s palsy: paralysis of all muscles of face on same side of lesion (the patient cannot close his eye and cannot expose his teeth on the affec ...
... lesion (the patient can close his eye but cannot expose his teeth on the affected side) • LOWER MOTOR NEURONE LESION (NUCLEAR OR INFRANUCLEAR LESION): e.g. Bell’s palsy: paralysis of all muscles of face on same side of lesion (the patient cannot close his eye and cannot expose his teeth on the affec ...
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.