Anatomy of the Lower limb Plate 486-491 The lower limb specializes
... usually used for bypass. At the knee, the superficial fascia loses its fat and blends w/ deep fascia. Below knee, fascias merge. The deep fascia is dense connective tissue b/w superficial fascia and muscles. The deep fascia sorrounds the leg like a elastic stocking around the leg (muscles?). Deep fa ...
... usually used for bypass. At the knee, the superficial fascia loses its fat and blends w/ deep fascia. Below knee, fascias merge. The deep fascia is dense connective tissue b/w superficial fascia and muscles. The deep fascia sorrounds the leg like a elastic stocking around the leg (muscles?). Deep fa ...
12. Appendicular & limb2009-06
... It results from abnormal positioning or restricted movement of the fetus’s lower limbs in utero. Hereditary factors and environmental factors are involved in most cases. Clubfoot appears to follow a multifactorial pattern of inheritance ( interaction of genetic and environmental factors ). ...
... It results from abnormal positioning or restricted movement of the fetus’s lower limbs in utero. Hereditary factors and environmental factors are involved in most cases. Clubfoot appears to follow a multifactorial pattern of inheritance ( interaction of genetic and environmental factors ). ...
Anterior muscles
... (great wing) 3. Posterior cranial fossa,it’s contain:cerebellum,pons,medulla oblongata The bone which formed this fossa. Occipital Sphenoid Temporal bone (body) ...
... (great wing) 3. Posterior cranial fossa,it’s contain:cerebellum,pons,medulla oblongata The bone which formed this fossa. Occipital Sphenoid Temporal bone (body) ...
Limited Perimortem Evidence of Interpersonal
... distribution of sex and age and have limited evidence of interpersonal violence - rather than a population of a maledominated military force, riddled with traumatic, fatal injuries reflecting wartime activity. Although antemortem trauma is evident, only 1 case is consistent with interpersonal violen ...
... distribution of sex and age and have limited evidence of interpersonal violence - rather than a population of a maledominated military force, riddled with traumatic, fatal injuries reflecting wartime activity. Although antemortem trauma is evident, only 1 case is consistent with interpersonal violen ...
orbit-ana-phy
... By the end of this lecture the students would be able to; “correlate the structural organization of the orbit with its functions and clinical significance” ...
... By the end of this lecture the students would be able to; “correlate the structural organization of the orbit with its functions and clinical significance” ...
Ophiacodontidae - Dr. Stuart Sumida
... Ophiacodon Braincase is adequately studied The sutures between all of the braincase elements can be seen due to the slow ossification process in Ophiacodon Outline of supraoccipital is subquadrate Venous depression present on inner surface of supraoccipital The opisthotic (op) occupies the latero-ve ...
... Ophiacodon Braincase is adequately studied The sutures between all of the braincase elements can be seen due to the slow ossification process in Ophiacodon Outline of supraoccipital is subquadrate Venous depression present on inner surface of supraoccipital The opisthotic (op) occupies the latero-ve ...
Head, Facial, & Neck Trauma
... Ascending Reticular Activation System Tract of neurons in upper brainstem, pons, and midbrain Responsible for sleep-wake cycle Monitors input stimulation Regulates body functions Respiration Heart Rate Peripheral Vascular Resistance ...
... Ascending Reticular Activation System Tract of neurons in upper brainstem, pons, and midbrain Responsible for sleep-wake cycle Monitors input stimulation Regulates body functions Respiration Heart Rate Peripheral Vascular Resistance ...
Sensory Part 2
... Narrow chamber in the temporal bone Lined with skin and ceruminous (wax) glands Ends at the tympanic membrane ...
... Narrow chamber in the temporal bone Lined with skin and ceruminous (wax) glands Ends at the tympanic membrane ...
BIO 218 F 2012 QZ 2 QA 120910.41
... basis for those functions. C) Anatomy has always been known to reveal the relationship between body parts. D) Ancient anatomists only described surface anatomy. E) Ancient anatomists never understood the function of anatomical features. 2. It is important to study the discipline of anatomy because A ...
... basis for those functions. C) Anatomy has always been known to reveal the relationship between body parts. D) Ancient anatomists only described surface anatomy. E) Ancient anatomists never understood the function of anatomical features. 2. It is important to study the discipline of anatomy because A ...
Radiography of Facial Bones ( Orbits /Nasal bones/ Optic foramina
... Rest lateral aspect of head against bucky surface . Adjust head into a true lateral position Maintain Interpupillary line perpendicular to film holder Align MSP parallel with film holder Collimate on all sides to obtain field size about 4 inches square Suspend respiration during exposure ...
... Rest lateral aspect of head against bucky surface . Adjust head into a true lateral position Maintain Interpupillary line perpendicular to film holder Align MSP parallel with film holder Collimate on all sides to obtain field size about 4 inches square Suspend respiration during exposure ...
Palpable Bony Landmarks
... 4. Hold the palms of your hands gently over your cheeks. Clench your jaw. The muscle you feel contracting is the masseter muscle: the strong muscle that closes your jaw to chew. 5. Palpate your mandible. As you move your fingers towards your ear you can feel them rise up over the posterior ascending ...
... 4. Hold the palms of your hands gently over your cheeks. Clench your jaw. The muscle you feel contracting is the masseter muscle: the strong muscle that closes your jaw to chew. 5. Palpate your mandible. As you move your fingers towards your ear you can feel them rise up over the posterior ascending ...
Answers
... Tearing of middle meningeal artery → Extravasation of blood into the potential space between the two layers of the dura mater. Cause: Fracture of the temporal or parietal bone Symptoms: High pressure arterial bleed, rapidly causes symptoms associated with brain compression. Transient loss of conscio ...
... Tearing of middle meningeal artery → Extravasation of blood into the potential space between the two layers of the dura mater. Cause: Fracture of the temporal or parietal bone Symptoms: High pressure arterial bleed, rapidly causes symptoms associated with brain compression. Transient loss of conscio ...
En Bloc Resection of the Temporal Bone and Temporomandibular
... patient complained of difficulty with masticating but was tolerating a regular diet without weight loss. A limitation of this study is the small sample size and short follow-up. However, the aim of this study is to describe a surgical technique that allows for en bloc resection of advanced carcinoma ...
... patient complained of difficulty with masticating but was tolerating a regular diet without weight loss. A limitation of this study is the small sample size and short follow-up. However, the aim of this study is to describe a surgical technique that allows for en bloc resection of advanced carcinoma ...
Name Teacher ______ Anatomical Position Anatomical Directions
... but is near the joint. It contains a fluid that lubricates the movement of muscles as the muscle moves across muscle or as the muscle moves across bone. In some ways it is similar to the synovial sac. 4. Muscle (Red): Muscles are elastic tissues that have the ability to change length. By becoming sh ...
... but is near the joint. It contains a fluid that lubricates the movement of muscles as the muscle moves across muscle or as the muscle moves across bone. In some ways it is similar to the synovial sac. 4. Muscle (Red): Muscles are elastic tissues that have the ability to change length. By becoming sh ...
Document
... ◦ it extends from the eye to the optic chiasm. ◦ Developmentally, it may be considered as a tract between the retina (a derivative of the brain) and the brain ...
... ◦ it extends from the eye to the optic chiasm. ◦ Developmentally, it may be considered as a tract between the retina (a derivative of the brain) and the brain ...
Femur Tibia Fibula Patella Lateral Meniscus
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
File - Dentalelle Tutoring
... Anterior to the external meatus the Zygomatic Process has its origin. This process projects forward toward the face and its articulation with the temporal process of the zygomatic. Just anterior of the external meatus and inferior of the origin of the zygomatic process is the Glenoid or Mandibular F ...
... Anterior to the external meatus the Zygomatic Process has its origin. This process projects forward toward the face and its articulation with the temporal process of the zygomatic. Just anterior of the external meatus and inferior of the origin of the zygomatic process is the Glenoid or Mandibular F ...
The hand
... It articulates proximally with the hip and distally with the tibia and fibula. Major markings include the head, fovea capitis, greater and lesser trochanters, gluteal tuberosity, lateral and medial condyles and epicondyles, linea aspera, patellar surface, and the intercondylar notch. Note: The neck ...
... It articulates proximally with the hip and distally with the tibia and fibula. Major markings include the head, fovea capitis, greater and lesser trochanters, gluteal tuberosity, lateral and medial condyles and epicondyles, linea aspera, patellar surface, and the intercondylar notch. Note: The neck ...
Temporal bones
... • 7.1 Identify the bones of the cranium and face, and identify and locate the cranial sutures. • 7.2 Explain the significance of the markings and locations of the anterior and posterior aspects of the facial and cranial bones. • 7.3 Explain the significance of the markings and locations of the later ...
... • 7.1 Identify the bones of the cranium and face, and identify and locate the cranial sutures. • 7.2 Explain the significance of the markings and locations of the anterior and posterior aspects of the facial and cranial bones. • 7.3 Explain the significance of the markings and locations of the later ...
Femur Tibia Fibula Patella Lateral Meniscus
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
MUSCLE TISSUE
... The purpose of this exercise is to practice manipulating dissecting equipment and become familiar with organs and tissues found throughout the body of animals.i Background Information A bird’s wing is made up of groups of tissues and organs working together to perform a job. Before beginning the dis ...
... The purpose of this exercise is to practice manipulating dissecting equipment and become familiar with organs and tissues found throughout the body of animals.i Background Information A bird’s wing is made up of groups of tissues and organs working together to perform a job. Before beginning the dis ...
Femur Tibia Fibula Patella Lateral Meniscus Medial Meniscus
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
... The knee is the body's largest joint. It's the place where three bones meet: the tibia, the femur and the patella. The knee is a "hinge" joint. It allows the leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by t ...
lecture 15
... • Articulation: a joining of structures loosely to allow movement – For speech: modification of the airstream into the various sound of speech – Airstream is either set into vibration at the larynx (voiced sound) or flows through open glottis unimpeded (voiceless) – Modification occurs in vocal trac ...
... • Articulation: a joining of structures loosely to allow movement – For speech: modification of the airstream into the various sound of speech – Airstream is either set into vibration at the larynx (voiced sound) or flows through open glottis unimpeded (voiceless) – Modification occurs in vocal trac ...
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.