VI. Skull –XII. Lower Limb
... 2. The surface of the cranium provides attachments for muscles that make chewing and movements of the head possible. 3. Sinuses are air-filled cavities in cranial bones. 4. Sinuses reduce the weight of the skull and increase the intensity of the voice by serving as resonant sound chambers. 5. The ei ...
... 2. The surface of the cranium provides attachments for muscles that make chewing and movements of the head possible. 3. Sinuses are air-filled cavities in cranial bones. 4. Sinuses reduce the weight of the skull and increase the intensity of the voice by serving as resonant sound chambers. 5. The ei ...
ANATOMY OF LOWER LIMB Lecture 1
... The Sacrospinous Ligament is a thin, triangular ligament attached by its apex to the ischial spine, and medially, by its broad base, to the lateral margins of the sacrum and coccyx. Together with the sacrotuberous ligament, it converts the greater sciatic notch into the greater sciatic foramen and t ...
... The Sacrospinous Ligament is a thin, triangular ligament attached by its apex to the ischial spine, and medially, by its broad base, to the lateral margins of the sacrum and coccyx. Together with the sacrotuberous ligament, it converts the greater sciatic notch into the greater sciatic foramen and t ...
Drawing and Description of Skull: Frontal, Parietal, Occipital and
... oval aperture, the foramen magnum. The expanded part of the bone above and behind the foramen magnum is the squamous part; the thick, somewhat quadrilateral piece in front of the foramen is called the basilar part and the parts on either side of the foramen are the lateral or condylar parts.The squa ...
... oval aperture, the foramen magnum. The expanded part of the bone above and behind the foramen magnum is the squamous part; the thick, somewhat quadrilateral piece in front of the foramen is called the basilar part and the parts on either side of the foramen are the lateral or condylar parts.The squa ...
Joint Anatomy and Physiology The Chicken Wing Dissection Name: .
... Movement in the human body results from a series of structures that work collaboratively to provide range of motion. Skeletal muscles, connective tissue and bones all play a significant role in movement. Joints occur where bones articulate. Joints are classified as synovial, fibrous or cartilaginous ...
... Movement in the human body results from a series of structures that work collaboratively to provide range of motion. Skeletal muscles, connective tissue and bones all play a significant role in movement. Joints occur where bones articulate. Joints are classified as synovial, fibrous or cartilaginous ...
Formative Assesments
... which in adults is filled with yellow bone marrow. In infants the marrow is red and ...
... which in adults is filled with yellow bone marrow. In infants the marrow is red and ...
Reptile Cranial Structures and Functions
... the eye. Nictitating membranes are highly developed in crocodilians and turtles but absent in snakes and many lizards.11,12,15 The “lid-less” lizards, with a clear spectacle covering the cornea, lack a nictitans. Chameleons also lack a nictitans. The nictitans, an extension of the conjunctiva, is ca ...
... the eye. Nictitating membranes are highly developed in crocodilians and turtles but absent in snakes and many lizards.11,12,15 The “lid-less” lizards, with a clear spectacle covering the cornea, lack a nictitans. Chameleons also lack a nictitans. The nictitans, an extension of the conjunctiva, is ca ...
O`Kane - LaGuardia Community College
... C. ependymal cell. D. astrocyte. 12. Cerebrospinal fluid is found in the A. subdural space. B. epidural space. C. subarachnoid space. D. pia mater. 13. Spinal nerves L3-L5 and S1-S5 form the A. conus medullaris. B. filum terminale. C. cauda equina. D. lower part of the vertebral column. 14. Which pa ...
... C. ependymal cell. D. astrocyte. 12. Cerebrospinal fluid is found in the A. subdural space. B. epidural space. C. subarachnoid space. D. pia mater. 13. Spinal nerves L3-L5 and S1-S5 form the A. conus medullaris. B. filum terminale. C. cauda equina. D. lower part of the vertebral column. 14. Which pa ...
Study Guide for Lab Practicals in Biol 241
... glands, sebaceous follicles, arrector pillus muscle ...
... glands, sebaceous follicles, arrector pillus muscle ...
The Appendicular Skeleton
... Acts as a lever to propel our body forward as we walk or run If we had only one bone in our foot, we could still propel our body in the same fashion, however, we would not be able to adapt so well to uneven ground. The tarsas (ankle) is composed of 7 tarsals that are more irregular shaped than the ...
... Acts as a lever to propel our body forward as we walk or run If we had only one bone in our foot, we could still propel our body in the same fashion, however, we would not be able to adapt so well to uneven ground. The tarsas (ankle) is composed of 7 tarsals that are more irregular shaped than the ...
Layers and blood supply of the brain
... arachnoid mata. In certain places, the inner meningeal layer separates from the outer periosteal layer to form DURAL PARTITIONS… ...
... arachnoid mata. In certain places, the inner meningeal layer separates from the outer periosteal layer to form DURAL PARTITIONS… ...
Anatomy and Physiology - futurefittraining.co.uk
... the body’s network of specialized cells that transmit nerve impulses between various parts of the body. (The brain and spinal cord comprise the central nervous system) the set of circular openings in vertebrae through which the spinal cord passes of a chemical: containing carbon the natural process ...
... the body’s network of specialized cells that transmit nerve impulses between various parts of the body. (The brain and spinal cord comprise the central nervous system) the set of circular openings in vertebrae through which the spinal cord passes of a chemical: containing carbon the natural process ...
Slide 1 - AccessSurgery
... CT scan of normal temporal bone, photographed in bone window. Axial images (A) to (G) are inferior to superior. Legend for parts (H) to (K) appears on page 151. CT scan of normal temporal bone, photographed in bone window. Axial images (A) to (G) are inferior to superior. CT scan of normal temporal ...
... CT scan of normal temporal bone, photographed in bone window. Axial images (A) to (G) are inferior to superior. Legend for parts (H) to (K) appears on page 151. CT scan of normal temporal bone, photographed in bone window. Axial images (A) to (G) are inferior to superior. CT scan of normal temporal ...
ch07_answer_key - ANATOMY AND PHYSIOLOGY
... 2. The surface of the cranium provides attachments for muscles that make chewing and movements of the head possible. 3. Sinuses are air-filled cavities in cranial bones. 4. Sinuses reduce the weight of the skull and increase the intensity of the voice by serving as resonant sound chambers. 5. The ei ...
... 2. The surface of the cranium provides attachments for muscles that make chewing and movements of the head possible. 3. Sinuses are air-filled cavities in cranial bones. 4. Sinuses reduce the weight of the skull and increase the intensity of the voice by serving as resonant sound chambers. 5. The ei ...
Kaan Yücel M.D., Ph.D. http://fhs122.org
... the third part is the internal ear consisting of a series of cavities within the petrous part of the temporal bone between the middle ear laterally and the internal acoustic meatus medially. The tympanic membrane separates the external acoustic meatus from the middle ear. Auditory ossicles The bones ...
... the third part is the internal ear consisting of a series of cavities within the petrous part of the temporal bone between the middle ear laterally and the internal acoustic meatus medially. The tympanic membrane separates the external acoustic meatus from the middle ear. Auditory ossicles The bones ...
Document
... • Based on material (type of tissue) binding bones together or presence of a joint cavity Structural classifications: – Synovial-most common, most movable – Cartilaginous-slightly movable – Fibrous-immovable Functional Classification • Based on amount of movement allowed • Functional classifications ...
... • Based on material (type of tissue) binding bones together or presence of a joint cavity Structural classifications: – Synovial-most common, most movable – Cartilaginous-slightly movable – Fibrous-immovable Functional Classification • Based on amount of movement allowed • Functional classifications ...
lateral - Personal
... • At 9 months of age, cranium is ½ adult size • Mandible and maxilla are foreshortened but lengthen with age • The arms and legs grow at a faster rate than the head and trunk, leading to adult ...
... • At 9 months of age, cranium is ½ adult size • Mandible and maxilla are foreshortened but lengthen with age • The arms and legs grow at a faster rate than the head and trunk, leading to adult ...
Skeletal System 6 - 8 Gross Anatomy 1. Using the key choices
... “Soft spots,” or membranous joints called _1_ in the fetal skull, allow the skull to be _2_ slightly during birth passage. They also allow for continued brain _3_ during the later months of fetal development and early infancy. Eventually these soft spots are replaced by immovable joints called _4_. ...
... “Soft spots,” or membranous joints called _1_ in the fetal skull, allow the skull to be _2_ slightly during birth passage. They also allow for continued brain _3_ during the later months of fetal development and early infancy. Eventually these soft spots are replaced by immovable joints called _4_. ...
Skeletal System Packet
... “Soft spots,” or membranous joints called _1_ in the fetal skull, allow the skull to be _2_ slightly during birth passage. They also allow for continued brain _3_ during the later months of fetal development and early infancy. Eventually these soft spots are replaced by immovable joints called _4_. ...
... “Soft spots,” or membranous joints called _1_ in the fetal skull, allow the skull to be _2_ slightly during birth passage. They also allow for continued brain _3_ during the later months of fetal development and early infancy. Eventually these soft spots are replaced by immovable joints called _4_. ...
7 The Back Injury Claim
... axis. The axis is different in shape from the other spinal structures in that it has a bony projection that arises straight up from the posterior part of the vertebra. This stub is called the dens and allows the head to rotate. ...
... axis. The axis is different in shape from the other spinal structures in that it has a bony projection that arises straight up from the posterior part of the vertebra. This stub is called the dens and allows the head to rotate. ...
Animals, part 3
... All vertebrates are chordates chordates all have a notocord: long flexible rod between digestive tube and nerve cord also, all chordates have a hollow nerve cord located dorsally some chordates aren’t vertebrates: lancelets and tunicates Craniates are chordates that have a head head typically contai ...
... All vertebrates are chordates chordates all have a notocord: long flexible rod between digestive tube and nerve cord also, all chordates have a hollow nerve cord located dorsally some chordates aren’t vertebrates: lancelets and tunicates Craniates are chordates that have a head head typically contai ...
Basic Medical College, Fudan University The mid
... joint cavity is (5) (long or short) head of tendon of biceps brachii. Semitendinosus and semimembranosus belong to (6) (medial or posterior) muscular group of the thigh. ...
... joint cavity is (5) (long or short) head of tendon of biceps brachii. Semitendinosus and semimembranosus belong to (6) (medial or posterior) muscular group of the thigh. ...
C. Bones of the Pelvic Girdle
... *obturator foramen—an opening that allows blood vessels & nerves to pass into anterior part of thigh *pubic symphysis—pubic bones of each hip bone fuse anteriorly to form this cartilaginous joint *acetabulum—receives the head of the thigh bone; location where ilium, ischium, & pubis fuse at deep soc ...
... *obturator foramen—an opening that allows blood vessels & nerves to pass into anterior part of thigh *pubic symphysis—pubic bones of each hip bone fuse anteriorly to form this cartilaginous joint *acetabulum—receives the head of the thigh bone; location where ilium, ischium, & pubis fuse at deep soc ...
The Skeleton - Sinoe Medical Association
... Bone is constantly growing or being reshaped, and this takes place on the surface. At high magnification we can see, in a dried bone, what it was up to the point of death. This ...
... Bone is constantly growing or being reshaped, and this takes place on the surface. At high magnification we can see, in a dried bone, what it was up to the point of death. This ...
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.