Practice Questions
... C. Infraorbital nerve, V2 D. Facial nerve E. Glossopharyngeal nerve A person is in an automobile accident and gets bumped on the side of the head. The patient refuses to be taken to the hospital and instead demands to simply go home and lie down for a while. Within hours, the person is rushed to the ...
... C. Infraorbital nerve, V2 D. Facial nerve E. Glossopharyngeal nerve A person is in an automobile accident and gets bumped on the side of the head. The patient refuses to be taken to the hospital and instead demands to simply go home and lie down for a while. Within hours, the person is rushed to the ...
Skeletal System
... Foramen lacerum – distal pathway of internal carotid artery to cranial cavity, between sphenoid, occipital and temporal bones Jugular foramen – venous drainage of the cranial cavity by the internal jugular vein, between the occipital and temporal bones ...
... Foramen lacerum – distal pathway of internal carotid artery to cranial cavity, between sphenoid, occipital and temporal bones Jugular foramen – venous drainage of the cranial cavity by the internal jugular vein, between the occipital and temporal bones ...
3C Worksheet KEY
... complex and repetitive or learned motor control like writing or riding a bike. 5) The frontal eye field area is located in the frontal lobe, anterior to the premotor area and superior to the Broca’s area. It controls the extrinsic muscles of the eye used for scanning. 6) The Language areas of the br ...
... complex and repetitive or learned motor control like writing or riding a bike. 5) The frontal eye field area is located in the frontal lobe, anterior to the premotor area and superior to the Broca’s area. It controls the extrinsic muscles of the eye used for scanning. 6) The Language areas of the br ...
Hip The terms hip and pelvis are frequently used interchangeably
... o One symphysis pubis (between the two pubic bones at the front) Hip Joint: Bones: innominate and femur Joint : ball and socket Ligaments : three ligaments wrapping around hip, ligamentum teres (from the head of the femur) Movements – flexion/extension, adduction/abduction, rotation, circumduction. ...
... o One symphysis pubis (between the two pubic bones at the front) Hip Joint: Bones: innominate and femur Joint : ball and socket Ligaments : three ligaments wrapping around hip, ligamentum teres (from the head of the femur) Movements – flexion/extension, adduction/abduction, rotation, circumduction. ...
greater trochanter head intercondylar notch lateral condyle lateral
... joint with the acetabulum of the os coax. The head of the femur is held in place by the ligamentum teres. Remember that the head points medially. ...
... joint with the acetabulum of the os coax. The head of the femur is held in place by the ligamentum teres. Remember that the head points medially. ...
THE SKIN - Aromalyne
... The spaces inside cancellous bone are often filled with bone marrow. This is a soft fatty tissue and may be red or yellow in colour. At birth, red bone marrow is present in all bones, but in the long bones it gradually becomes yellow marrow and loses its capacity to produce blood cells. Red bone mar ...
... The spaces inside cancellous bone are often filled with bone marrow. This is a soft fatty tissue and may be red or yellow in colour. At birth, red bone marrow is present in all bones, but in the long bones it gradually becomes yellow marrow and loses its capacity to produce blood cells. Red bone mar ...
Bones and joints of the upper limb: shoulder and arm
... costal (subscapular) surface, supra- and infraspinous fossae, superior, vertebral (medial) and axillary (lateral) borders, superior, lateral and inferior angles, acromion process, coracoid process, spine, glenoid fossa, with supra- and infraglenoid tubercles. Be able to distinguish between a right a ...
... costal (subscapular) surface, supra- and infraspinous fossae, superior, vertebral (medial) and axillary (lateral) borders, superior, lateral and inferior angles, acromion process, coracoid process, spine, glenoid fossa, with supra- and infraglenoid tubercles. Be able to distinguish between a right a ...
G17B Morton
... 3) Cranial Meninges Arachnoid mater Arachnoid granulations (villi) Subarachnoid space Pia mater ...
... 3) Cranial Meninges Arachnoid mater Arachnoid granulations (villi) Subarachnoid space Pia mater ...
The Temporomandibular joints, muscles, and teeth, and their
... Primary teeth should be in normal alignment And occlusion shortly after age of 2, with all the roots fully formed by the time the child is 3 years old. After a teeth have fully erupted and have assumed their respective positions in the arches, the rapid development of the jaws is sufficient to crea ...
... Primary teeth should be in normal alignment And occlusion shortly after age of 2, with all the roots fully formed by the time the child is 3 years old. After a teeth have fully erupted and have assumed their respective positions in the arches, the rapid development of the jaws is sufficient to crea ...
Opony mózgowia. Komory mózgowia
... ● in the thoracic portion from superior (supreme) intercostal, and posterior intercostal arteries ● in the lumbar portion from the iliolumbar, and lumbar arteries ● in the sacral portion from the lateral sacral arteries ...
... ● in the thoracic portion from superior (supreme) intercostal, and posterior intercostal arteries ● in the lumbar portion from the iliolumbar, and lumbar arteries ● in the sacral portion from the lateral sacral arteries ...
Frontal Lobe
... Strong membranous sheet that covers the superior aspect of the calvaria • a. Term galea aponeurotica is sometimes used to indicate its ...
... Strong membranous sheet that covers the superior aspect of the calvaria • a. Term galea aponeurotica is sometimes used to indicate its ...
The Major Articulations of the Human Body
... The Major Articulations of the Human Body Introduction For simplicity’s sake, this experiment examines the most significant set of articulations in the body. You will also have the opportunity to explore six various types of articulations. Use your text[s] for more detailed figures for this experime ...
... The Major Articulations of the Human Body Introduction For simplicity’s sake, this experiment examines the most significant set of articulations in the body. You will also have the opportunity to explore six various types of articulations. Use your text[s] for more detailed figures for this experime ...
Kaan Yücel M.D., Ph.D. http://fhs122.org
... The brain is supplied by the two internal carotid and the two vertebral arteries. The four arteries lie within the subarachnoid space, and their branches anastomose on the inferior surface of the brain to form the circle of Willis (cerebral arterial circle). The two vertebral arteries enter the cran ...
... The brain is supplied by the two internal carotid and the two vertebral arteries. The four arteries lie within the subarachnoid space, and their branches anastomose on the inferior surface of the brain to form the circle of Willis (cerebral arterial circle). The two vertebral arteries enter the cran ...
Common bile duct: On its way to 2nd part of duodenum. Therefore
... only four basic types tissue. These tissues do not exist as isolated units, but rather in association one with Systematic Anatomy Gross another Regional and in variable proportions and combinations, Anatomy forming different organs and structures.anatomy A serial of Sectional Anatomy organs and stru ...
... only four basic types tissue. These tissues do not exist as isolated units, but rather in association one with Systematic Anatomy Gross another Regional and in variable proportions and combinations, Anatomy forming different organs and structures.anatomy A serial of Sectional Anatomy organs and stru ...
Surgery of Skull Base Tumors Extending to the Orbit, Paranasal
... Despite the relative rarity (about 5% of all tumors operated on at the N.N. Burdenko Neurosurgical Institute), the problem of skull base tumors extending to the orbit, paranasal sinuses, nasal cavity, pterygopalatine and infratemporal fossa, which are also known as "craniofacial ones", is among the ...
... Despite the relative rarity (about 5% of all tumors operated on at the N.N. Burdenko Neurosurgical Institute), the problem of skull base tumors extending to the orbit, paranasal sinuses, nasal cavity, pterygopalatine and infratemporal fossa, which are also known as "craniofacial ones", is among the ...
Procedure For Laryngeal Tie Forward Surgery
... basihyoid. A bilateral partial sternothyroidectomy is performed at this time. The sutures on each side are then tied so the rostral aspect of the thyroid cartilage is located immediately dorsal and 0.1 to 1.5 cm rostral to the caudal border of the basihyoid bone. Closure is obtained by reapposing th ...
... basihyoid. A bilateral partial sternothyroidectomy is performed at this time. The sutures on each side are then tied so the rostral aspect of the thyroid cartilage is located immediately dorsal and 0.1 to 1.5 cm rostral to the caudal border of the basihyoid bone. Closure is obtained by reapposing th ...
JOINTS Joint Functions: • mobility
... • structural – based on material binding bones together and whether or not a joint cavity is present 1. fibrous – bones joined by fibrous tissue; no joint cavity present; amount of movement is based on length of connective tissue fibers; 3 types 2. cartilagenous – bones joined by cartilage; no joint ...
... • structural – based on material binding bones together and whether or not a joint cavity is present 1. fibrous – bones joined by fibrous tissue; no joint cavity present; amount of movement is based on length of connective tissue fibers; 3 types 2. cartilagenous – bones joined by cartilage; no joint ...
Introduction
... the greater palatine nerve – Upper surface: forms the floor of the nasal cavity – Lateral Border fuses with rest of the bone – Posterior border fuses with the horizontal plate of the palatine. Maxillary sinus: large pyramidal cavity with its apex directed laterally towards the zygomatic process, bas ...
... the greater palatine nerve – Upper surface: forms the floor of the nasal cavity – Lateral Border fuses with rest of the bone – Posterior border fuses with the horizontal plate of the palatine. Maxillary sinus: large pyramidal cavity with its apex directed laterally towards the zygomatic process, bas ...
Anterior View Posterior View Lateral View R. Lateral View RIBCAGE
... RIBCAGE The human ribcage is part of the axial skeleton and consists of the 12 pairs of rib bones that project anteriorly from their corresponding thoracic vertebrae to which they attach. ...
... RIBCAGE The human ribcage is part of the axial skeleton and consists of the 12 pairs of rib bones that project anteriorly from their corresponding thoracic vertebrae to which they attach. ...
Full Text Article
... neck, the internal carotid artery and internal jugular vein are identified and dissected superiorly as close as possible to the skull base foramina through which they pass. Care must be taken to avoid damage to cranial nerves IX to XII during the dissection. D) Elevation of Temporalis Muscle The tem ...
... neck, the internal carotid artery and internal jugular vein are identified and dissected superiorly as close as possible to the skull base foramina through which they pass. Care must be taken to avoid damage to cranial nerves IX to XII during the dissection. D) Elevation of Temporalis Muscle The tem ...
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.