12-Forearm
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
Local anaesthesia of Nose and nasal cavity
... Sensory innervation of interior of nasal cavity: 1. Superior inner aspect of the lateral nasal wall is supplied by anterior and posterior ethmoid nerves 2. Sphenopalatine ganglion present at the posterior end of middle turbinate innervates the posterior nasal cavity 3. Nasal septum is supplied by an ...
... Sensory innervation of interior of nasal cavity: 1. Superior inner aspect of the lateral nasal wall is supplied by anterior and posterior ethmoid nerves 2. Sphenopalatine ganglion present at the posterior end of middle turbinate innervates the posterior nasal cavity 3. Nasal septum is supplied by an ...
L11- Forearm
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
Mnemonics
... •The Limb Bones Powerpoint uses line drawings from Cull. •This disc has examples of drawings from Gray’s & Bock (skull & pelvis) ...
... •The Limb Bones Powerpoint uses line drawings from Cull. •This disc has examples of drawings from Gray’s & Bock (skull & pelvis) ...
Prevalence of Laryngeal Cartilage Calcifications in Mangalore
... cartilages also become apparent when the ossification begins within their laminae. Radiographs of the head and neck are used to study the growth and development of skeletal structures can be used for identification of these calcifications2. A good understanding of the anatomy and the knowledge of va ...
... cartilages also become apparent when the ossification begins within their laminae. Radiographs of the head and neck are used to study the growth and development of skeletal structures can be used for identification of these calcifications2. A good understanding of the anatomy and the knowledge of va ...
Jonathan S. Halperin, MD, FABPMR
... MEDIAL ANKLE • PaXent supine with knee flexed and leg in external RotaXon ( Frog leg posiXon) • Asses the following structures: a. Posterior Xbialis tendon b. Flexor digitorum tendon c. Tibi ...
... MEDIAL ANKLE • PaXent supine with knee flexed and leg in external RotaXon ( Frog leg posiXon) • Asses the following structures: a. Posterior Xbialis tendon b. Flexor digitorum tendon c. Tibi ...
a study of temporal branches of middle cerebral artery
... Introduction : The microsurgical anatomy of middle cerebral artery is of particular interest to the cerebrovascular surgeons as it supplies the most of the superolateral surface of cerebral hemispheres and is the most commonly involved artery in stroke.. There are cases in which a temporal branch mi ...
... Introduction : The microsurgical anatomy of middle cerebral artery is of particular interest to the cerebrovascular surgeons as it supplies the most of the superolateral surface of cerebral hemispheres and is the most commonly involved artery in stroke.. There are cases in which a temporal branch mi ...
Supplementary Text S2.
... At the junction of the Pre-central and Superior frontal sulci, a larger area was found that typically lay just inferior to the superior frontal sulcus within the pre-central sulcus. Since the role of this anatomical location in eye movements is well established, we refer to it as area IFEF (inferior ...
... At the junction of the Pre-central and Superior frontal sulci, a larger area was found that typically lay just inferior to the superior frontal sulcus within the pre-central sulcus. Since the role of this anatomical location in eye movements is well established, we refer to it as area IFEF (inferior ...
Back handout
... • Vertebral canal is more oval-shaped – Where does spinal cord end, and cauda equina begin? – L1/L2 canal more rounded than L5 ...
... • Vertebral canal is more oval-shaped – Where does spinal cord end, and cauda equina begin? – L1/L2 canal more rounded than L5 ...
Nasal anatomy
... usually lies at the level of the superior tarsal crease with the eyes looking forward. At the radix, the nose projects beyond the supratarsal fold on lateral view. From this perspective, the distance from the canthal ligament to the nasion (ie, radix projection) should be about one fourth to one thi ...
... usually lies at the level of the superior tarsal crease with the eyes looking forward. At the radix, the nose projects beyond the supratarsal fold on lateral view. From this perspective, the distance from the canthal ligament to the nasion (ie, radix projection) should be about one fourth to one thi ...
Nelson GC and Madimenos FC. 2010. Obelionic cranial deformation
... encountered during this research in that, although angle has historically been an important part of definitions of deformation type, and we use it here to quantify deformation and explore its variation, angle and morphology do not always have a 1:1 correlation. We found that for the vast majority of ...
... encountered during this research in that, although angle has historically been an important part of definitions of deformation type, and we use it here to quantify deformation and explore its variation, angle and morphology do not always have a 1:1 correlation. We found that for the vast majority of ...
Development of the Ethmoid Sinus and Extramural Migration: The
... Frontal and/or maxillary sinusitis frequently originates with pathologic processes of the ethmoid sinuses. This clinical association is explained by the close anatomical relationship between the frontal and maxillary sinuses and the ethmoid sinus, since developmental trajectories place the ethmoid i ...
... Frontal and/or maxillary sinusitis frequently originates with pathologic processes of the ethmoid sinuses. This clinical association is explained by the close anatomical relationship between the frontal and maxillary sinuses and the ethmoid sinus, since developmental trajectories place the ethmoid i ...
Anatomy and Physiology of Human Movement
... Pelvis moves in response to trunk and/or thigh movement ...
... Pelvis moves in response to trunk and/or thigh movement ...
thorax - bones joints muscles
... • The superior costal facets of vertebra T1 are not demifacets because there are no demifacets on the C7 vertebra above, and rib 1 ar;culates only with vertebra T1. T1 has a typical inferior costal facet. • T10 has only one bilateral pair of (whole) costal facets, located partly on its body a ...
... • The superior costal facets of vertebra T1 are not demifacets because there are no demifacets on the C7 vertebra above, and rib 1 ar;culates only with vertebra T1. T1 has a typical inferior costal facet. • T10 has only one bilateral pair of (whole) costal facets, located partly on its body a ...
Transcripts/2_20 8
... arch, superficially speaking. If we take a horizontal section, you would find the inferior aspect of the temporal fossa more deeply located than the zygomatic arch and that would be represented by removal of zygomatic arch. b. Removal of Zygomatic Arch allows one to view the deep, inferior boundary ...
... arch, superficially speaking. If we take a horizontal section, you would find the inferior aspect of the temporal fossa more deeply located than the zygomatic arch and that would be represented by removal of zygomatic arch. b. Removal of Zygomatic Arch allows one to view the deep, inferior boundary ...
CEREBRUM
... hemispheres which are connected by a mass of white matter called the corpus callosum and is situated in the anterior and middle cranial fossa of the skull occupying the whole concavity of the vault of the skull, posteriorly the cerebrum lies above the tentorium cerebelli. The cerebrum may be divided ...
... hemispheres which are connected by a mass of white matter called the corpus callosum and is situated in the anterior and middle cranial fossa of the skull occupying the whole concavity of the vault of the skull, posteriorly the cerebrum lies above the tentorium cerebelli. The cerebrum may be divided ...
Anatomical variation in position, direction, and number of nutrient
... The external opening of the nutrient canal, usually referred to as the nutrient foramen, has a particular position for each bone. In this study, all the clavicles had at least one nutrient foramen.[7] Total number of foramina in clavicles was 82, and we observed that most of the clavicles (52%) had ...
... The external opening of the nutrient canal, usually referred to as the nutrient foramen, has a particular position for each bone. In this study, all the clavicles had at least one nutrient foramen.[7] Total number of foramina in clavicles was 82, and we observed that most of the clavicles (52%) had ...
Chapter 3
... the angle between articulating bones. – Flexion results in a decrease in the angle between articulating bones (Figure 9.5). • Lateral flexion involves the movement of the trunk sideways to the right or left at the waist. The movement occurs in the frontal plane and involves the intervertebral joints ...
... the angle between articulating bones. – Flexion results in a decrease in the angle between articulating bones (Figure 9.5). • Lateral flexion involves the movement of the trunk sideways to the right or left at the waist. The movement occurs in the frontal plane and involves the intervertebral joints ...
Ch 9
... the angle between articulating bones. – Flexion results in a decrease in the angle between articulating bones (Figure 9.5). • Lateral flexion involves the movement of the trunk sideways to the right or left at the waist. The movement occurs in the frontal plane and involves the intervertebral joints ...
... the angle between articulating bones. – Flexion results in a decrease in the angle between articulating bones (Figure 9.5). • Lateral flexion involves the movement of the trunk sideways to the right or left at the waist. The movement occurs in the frontal plane and involves the intervertebral joints ...
Osteology of Saltasaurus loricatus
... The orbito- and laterosphenoids are totally fused together. The suture between them can be seen only in the dorsal margins of these bones, where both articulate with the frontal. These elements are laminar bones about 7mm. thick and they form a “V” with their pairs on the opposite side. At the sutur ...
... The orbito- and laterosphenoids are totally fused together. The suture between them can be seen only in the dorsal margins of these bones, where both articulate with the frontal. These elements are laminar bones about 7mm. thick and they form a “V” with their pairs on the opposite side. At the sutur ...
II. Osteology
... by intersegmental septa and are arranged symmetrically on either side of the neural tube and notochord: to every segment a spinal nerve is distributed. At first each segment contains a central cavity, the myocœl, but this is soon filled with a core of angular and spindle-shaped cells. The cells of ...
... by intersegmental septa and are arranged symmetrically on either side of the neural tube and notochord: to every segment a spinal nerve is distributed. At first each segment contains a central cavity, the myocœl, but this is soon filled with a core of angular and spindle-shaped cells. The cells of ...
Arteries of the Head and Neck
... Arteries of the head & neck • External Carotid Artery: – It begins at the level of the upper border of the thyroid cartilage near the greater horn of the hyoid bone and terminates in the substance of the parotid gland – At The origin: • It lies medial to the internal carotid then it passes back and ...
... Arteries of the head & neck • External Carotid Artery: – It begins at the level of the upper border of the thyroid cartilage near the greater horn of the hyoid bone and terminates in the substance of the parotid gland – At The origin: • It lies medial to the internal carotid then it passes back and ...
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.