Spring 03
... d) eponyms are the use of people’s names to describe anatomic parts e) 1 tsp. = 5 cc 8) Choose the INCORRECT match of word to its definition. a) alveolus – a deep pit or socket b) foramen – a hole c) meatus – a canal d) fossa – a flatten or shallow surface e) facet – a rounded process of knob 9) Whi ...
... d) eponyms are the use of people’s names to describe anatomic parts e) 1 tsp. = 5 cc 8) Choose the INCORRECT match of word to its definition. a) alveolus – a deep pit or socket b) foramen – a hole c) meatus – a canal d) fossa – a flatten or shallow surface e) facet – a rounded process of knob 9) Whi ...
Correlation of Types of Cortical Grain Structure with
... of the adult skull, and similar forms all over the skull have similar grain patterns. These form-texture relationships at first sight suggest that some mechanical advantage might accrue from the relationship. This paper, then, (1) examines the several form-texture relationships to clarify the variou ...
... of the adult skull, and similar forms all over the skull have similar grain patterns. These form-texture relationships at first sight suggest that some mechanical advantage might accrue from the relationship. This paper, then, (1) examines the several form-texture relationships to clarify the variou ...
Labeled diagram of the foramen magnum
... Draw an arrow and write a label on Diagram 2 to indicate the. Look at the skulls and determine the position of the foramen magnum – is its position on the anatomy of the inferior skull including: the foramen magnum, occipital condyles, mastoid. .. Labeled diagrams will be very important in a physiol ...
... Draw an arrow and write a label on Diagram 2 to indicate the. Look at the skulls and determine the position of the foramen magnum – is its position on the anatomy of the inferior skull including: the foramen magnum, occipital condyles, mastoid. .. Labeled diagrams will be very important in a physiol ...
2.Bones of The Lower Limbs
... Process on or above a condyle Narrow ridge (less prominent than a crest) Sharp or pointed process (spinous process) Large, irregularly shaped process (found only on the femur) ( for attachment of other structures ...
... Process on or above a condyle Narrow ridge (less prominent than a crest) Sharp or pointed process (spinous process) Large, irregularly shaped process (found only on the femur) ( for attachment of other structures ...
File
... interaction of these systems allow human movement • Bones form a rigid skeletal framework with numerous joints that can be moved as a result of the forces produced by the attaching muscles • As the muscles pull against the bones, the bones act as levers. ...
... interaction of these systems allow human movement • Bones form a rigid skeletal framework with numerous joints that can be moved as a result of the forces produced by the attaching muscles • As the muscles pull against the bones, the bones act as levers. ...
Occipitalization of atlas with other associated anomalies of skull
... between lines drawn from the tuberculum sellae to the nasofrontal suture and to the anterior lip of the foramen magnum on the X-ray film. – Basilar impression: a transverse line drawn between the groove for the posterior belly of the digastric muscle of one side to the same point on the other side. ...
... between lines drawn from the tuberculum sellae to the nasofrontal suture and to the anterior lip of the foramen magnum on the X-ray film. – Basilar impression: a transverse line drawn between the groove for the posterior belly of the digastric muscle of one side to the same point on the other side. ...
Appendicular Skeleton
... -Anterior Superior Iliac Spine- end of the anterior supeior iliac crest -Posterior Superior Iliac Spine- end of the posterior superior iliac crest ...
... -Anterior Superior Iliac Spine- end of the anterior supeior iliac crest -Posterior Superior Iliac Spine- end of the posterior superior iliac crest ...
Lab Objectives
... Elastic fibers (elastin) Fibroblasts Chondrocytes & Osteocytes in lacunae Erythrocyte (red blood cell) Leukocyte (white blood cell) Cilia on pseudostratified columnar epithelium Intercalated disc ...
... Elastic fibers (elastin) Fibroblasts Chondrocytes & Osteocytes in lacunae Erythrocyte (red blood cell) Leukocyte (white blood cell) Cilia on pseudostratified columnar epithelium Intercalated disc ...
Superior Sagittal Sinus
... Clinical question - Car accident; patient lucid at first; coma/death within hours. Why? Bleeding is arterial, profuse and rapid; tentorial herniation causes death. ...
... Clinical question - Car accident; patient lucid at first; coma/death within hours. Why? Bleeding is arterial, profuse and rapid; tentorial herniation causes death. ...
Dislocation of the lunate bone
... Dislocation of the lunate bone occasionally occurs in young adults on the outstretched hand in a way that causes hyperextension of the wrist joint. ...
... Dislocation of the lunate bone occasionally occurs in young adults on the outstretched hand in a way that causes hyperextension of the wrist joint. ...
Gross Anatomy - Making Neuroscience Fun
... The nervous system evolves from a neural tube and all directions are given in relationship to the neuraxis. The neuraxis is an imaginary line drawn through the spinal cord through the front of the brain. In quadrupeds (4 legged animals), directional terms are based on four basic reference points: he ...
... The nervous system evolves from a neural tube and all directions are given in relationship to the neuraxis. The neuraxis is an imaginary line drawn through the spinal cord through the front of the brain. In quadrupeds (4 legged animals), directional terms are based on four basic reference points: he ...
lesson assignment - Free
... (4) The cuboid bone is a cube-shaped bone. It is situated on the lateral side of the foot in front of the calcaneus and behind the fourth and fifth metatarsal bones. (5) The cuneiform bones are placed at the anterior portion of the tarsus lying side by side between the navicular bone and the bases ...
... (4) The cuboid bone is a cube-shaped bone. It is situated on the lateral side of the foot in front of the calcaneus and behind the fourth and fifth metatarsal bones. (5) The cuneiform bones are placed at the anterior portion of the tarsus lying side by side between the navicular bone and the bases ...
Appendicular Skeleton
... contours of the pelvis are occupied by many muscles & ligaments Ischial spine Some holes also let nerves & vessels pass out ...
... contours of the pelvis are occupied by many muscles & ligaments Ischial spine Some holes also let nerves & vessels pass out ...
Mnemonics for Week 5
... USMLE 2007 under the respiratory section. So I thought it was worth mentioning: Pulmonary artery location on each lung, in relation to the bronchi. RALS Right lung the pulmonary artery will be Anterior to the main bronchi. Left lung the pulmonary artery is located Superior to the main bronchi. Reme ...
... USMLE 2007 under the respiratory section. So I thought it was worth mentioning: Pulmonary artery location on each lung, in relation to the bronchi. RALS Right lung the pulmonary artery will be Anterior to the main bronchi. Left lung the pulmonary artery is located Superior to the main bronchi. Reme ...
Kaan Yücel M.D., Ph.D.
... includes true pelvic cavity & deep parts of the perineum. Major obstetrical and gynecological significance. ...
... includes true pelvic cavity & deep parts of the perineum. Major obstetrical and gynecological significance. ...
Head And Neck, Scalp
... 3) Superficial temporal artery: one of the two terminal branches of the external carotid artery inside the parotid gland B. Behind the ear 1) Posterior Auricular Artery: branch of the external carotid 2) Occipital artery: branch of the external carotid artery. Veins of the Scalp 1. The supraorbital ...
... 3) Superficial temporal artery: one of the two terminal branches of the external carotid artery inside the parotid gland B. Behind the ear 1) Posterior Auricular Artery: branch of the external carotid 2) Occipital artery: branch of the external carotid artery. Veins of the Scalp 1. The supraorbital ...
Nasal cavity
... Other openings in the lateral wall of the nose: a) Sphenoidal sinus: opens into the sphenoethmoidal recess just above the superior concha. b) Posterior ethmoidal sinus: opens into the superior meatus (below the superior concha). c) Naso-lacrimal duct: opens into the inferior ...
... Other openings in the lateral wall of the nose: a) Sphenoidal sinus: opens into the sphenoethmoidal recess just above the superior concha. b) Posterior ethmoidal sinus: opens into the superior meatus (below the superior concha). c) Naso-lacrimal duct: opens into the inferior ...
PowerPoint for both parts
... Reduced Re-Absorption – Clinical: Communicating Hydrocephalus - In elderly arachnoid villi can become calcifiedArachnoid Granulations ...
... Reduced Re-Absorption – Clinical: Communicating Hydrocephalus - In elderly arachnoid villi can become calcifiedArachnoid Granulations ...
OriginalArticle
... Objective: To propose another two new standard lines for the external base of the skull which pass across almost all significant foramens, for easier observation and to remember the sites of the foramen. Methods: 50 Thai dry skulls 24 males and 26 females were observed from the external base of skul ...
... Objective: To propose another two new standard lines for the external base of the skull which pass across almost all significant foramens, for easier observation and to remember the sites of the foramen. Methods: 50 Thai dry skulls 24 males and 26 females were observed from the external base of skul ...
Scalp - M5zn
... flows in them in both directions. 2. They pass through the foramina and fissures of the skull. 3. Some of them are constant while others may be present or absent. @ Function : equalize the venous blood pressure between the intracranial venous sinuses and the extracranial veins. @ Clinical importance ...
... flows in them in both directions. 2. They pass through the foramina and fissures of the skull. 3. Some of them are constant while others may be present or absent. @ Function : equalize the venous blood pressure between the intracranial venous sinuses and the extracranial veins. @ Clinical importance ...
1-Nose, Nasal cavity & Paranasal sinuses & Pharynx
... It lines the Lower part of the nasal cavity. It functions to moisten, clean and warm the inspired air. The air is moistened by the secretion of numerous serous glands. It is cleaned by the removal of the dust particles by the ciliary action of the columnar ciliated epithelium that covers the mucosa. ...
... It lines the Lower part of the nasal cavity. It functions to moisten, clean and warm the inspired air. The air is moistened by the secretion of numerous serous glands. It is cleaned by the removal of the dust particles by the ciliary action of the columnar ciliated epithelium that covers the mucosa. ...
Axial Skeleton (cont.)
... – Mid and largest portion, formed by 4 bones that fuse after puberty. – Side notches articulate w/ 2nd to 7th ribs ...
... – Mid and largest portion, formed by 4 bones that fuse after puberty. – Side notches articulate w/ 2nd to 7th ribs ...
Slide 1
... – Lateral walls = nasal bones, superior+ middle nasal conchae (ethmoid bone), inferior nasal conchae, maxilla, palatine bone – Nasal Septum = divides cavity into 2 • Vomer & Perpendicular Plate of Ethmoid ...
... – Lateral walls = nasal bones, superior+ middle nasal conchae (ethmoid bone), inferior nasal conchae, maxilla, palatine bone – Nasal Septum = divides cavity into 2 • Vomer & Perpendicular Plate of Ethmoid ...
Identify the boundaries of the infratemporal fossa.
... Identify the extrinsic and intrinsic muscles of the tongue, their innervation, and actions. Identify the muscles of the soft palate, their innervation and major actions. ...
... Identify the extrinsic and intrinsic muscles of the tongue, their innervation, and actions. Identify the muscles of the soft palate, their innervation and major actions. ...
Homologous Structures - Jefferson School District
... How to set up your notebook Left side • For examples and think/pair/write ...
... How to set up your notebook Left side • For examples and think/pair/write ...
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.