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... • Protects vital organs of thoracic cavity • Supports shoulder girdle and upper limbs • Provides attachment sites for many muscles, including intercostal muscles used during breathing ...
... • Protects vital organs of thoracic cavity • Supports shoulder girdle and upper limbs • Provides attachment sites for many muscles, including intercostal muscles used during breathing ...
Wahl B - Behaviour and Ecology at Nottingham
... All the rest of the tracheae show the matrix identified for degeneration, with large, round nuclei. To this type belong especially the main part of the two main tracheal trunks, all tracheae of the eight abdominal segments including the powerful spiracular branches of the breathing tube, and finall ...
... All the rest of the tracheae show the matrix identified for degeneration, with large, round nuclei. To this type belong especially the main part of the two main tracheal trunks, all tracheae of the eight abdominal segments including the powerful spiracular branches of the breathing tube, and finall ...
crayfish lab - Sardis Secondary
... You are responsible for writing your own purpose. Procedure: 1. Remove all the appendages from one side of the crayfish. Sketch these in order from anterior to posterior. Name each appendage. Briefly describe the function of each set of appendages. This answer must be in chart form. 2. Use scissors ...
... You are responsible for writing your own purpose. Procedure: 1. Remove all the appendages from one side of the crayfish. Sketch these in order from anterior to posterior. Name each appendage. Briefly describe the function of each set of appendages. This answer must be in chart form. 2. Use scissors ...
THE ORGANIZATION OF AMYGDALOPETAL PROJECTIONS FROM
... of the stria, lay in two bundles medially and laterally similar to those after damage to the preopticohypothalamic lateral area. Following the lesion of the stria the extent of degeneration in the amygdaloid nuclei was generally similar to that of the preopticohypothalamic lateral lesion. The only d ...
... of the stria, lay in two bundles medially and laterally similar to those after damage to the preopticohypothalamic lateral area. Following the lesion of the stria the extent of degeneration in the amygdaloid nuclei was generally similar to that of the preopticohypothalamic lateral lesion. The only d ...
Human Anatomy: The Pieces of the Body Puzzle
... greatest amount of motion are the synovial joints, which have only slight limitations to movement capability, making possible a wide array of movements. The characteristics of synovial joints are presented in the box on the right. The following discussion will therefore focus on synovial joints. Typ ...
... greatest amount of motion are the synovial joints, which have only slight limitations to movement capability, making possible a wide array of movements. The characteristics of synovial joints are presented in the box on the right. The following discussion will therefore focus on synovial joints. Typ ...
inferior transverse axis
... • The SI joint functions to redirect force from the lower extremities to the rest of the body. • Movement in the SI joints is small, but measurable in both rotation (~1.8°) and translation (~1mm). • No muscles are directly responsible for this motion. ...
... • The SI joint functions to redirect force from the lower extremities to the rest of the body. • Movement in the SI joints is small, but measurable in both rotation (~1.8°) and translation (~1mm). • No muscles are directly responsible for this motion. ...
Musculoskeletal Ultrasound Technical Guidelines VI
... For examination of the medial ankle, the patient is seated with the plantar surface of the foot rolled internally or in a “frog-leg” position. Alternatively, the patient may lie supine with the foot rotated slightly laterally. A small pillow under the lateral malleolus may help to improve the contac ...
... For examination of the medial ankle, the patient is seated with the plantar surface of the foot rolled internally or in a “frog-leg” position. Alternatively, the patient may lie supine with the foot rotated slightly laterally. A small pillow under the lateral malleolus may help to improve the contac ...
ANATOMY Type of joint Knee: modified hinge or condyloid Patello
... This occurs because of differential radii. Medial femoral larger than lateral (by 17mm). At full extension, medial tibial plateau has to cover more distance and this causes external rotation of the tibia. This screw home: very stable and both Cruciates are tight and very minimal movemen ...
... This occurs because of differential radii. Medial femoral larger than lateral (by 17mm). At full extension, medial tibial plateau has to cover more distance and this causes external rotation of the tibia. This screw home: very stable and both Cruciates are tight and very minimal movemen ...
Nerve Supply of the Perineum and Pelvis
... Vasculature of the breast Medial mammary branches of anterior intercostal branches of the internal thoracic artery Lateral thoracic Thoraco-acromial arteries Posterior intercostal arteries, from the thoracic aorta ...
... Vasculature of the breast Medial mammary branches of anterior intercostal branches of the internal thoracic artery Lateral thoracic Thoraco-acromial arteries Posterior intercostal arteries, from the thoracic aorta ...
HADUnitIReview
... that exits at that level is spared, while the nerve root one segment below is often compressed For lumbar roots, that means a herniation of IV disc L2/L3 will compress the L3 root The rule applies the same for cervical vertebrae: C5/C6 C6 root For cervical vertebrae, however, it is the nerve ...
... that exits at that level is spared, while the nerve root one segment below is often compressed For lumbar roots, that means a herniation of IV disc L2/L3 will compress the L3 root The rule applies the same for cervical vertebrae: C5/C6 C6 root For cervical vertebrae, however, it is the nerve ...
6 - Museum of London
... mainly focussed just anterior to the sacroiliac joint on the ventral surface and just posterior to the acetabulum on the external surface. This ‘mossy’ new bone is also present within the trabecular, where it seems to be replacing the trabeculae, (as in L5 and T11 vertebrae), possibly indicating a l ...
... mainly focussed just anterior to the sacroiliac joint on the ventral surface and just posterior to the acetabulum on the external surface. This ‘mossy’ new bone is also present within the trabecular, where it seems to be replacing the trabeculae, (as in L5 and T11 vertebrae), possibly indicating a l ...
Radiography: Hip, Pelvis & Shoulder
... Very strong posterior ligaments Disruption of these is the cause of mechanical instability Arteries and veins lie adjacent to posterior arch ...
... Very strong posterior ligaments Disruption of these is the cause of mechanical instability Arteries and veins lie adjacent to posterior arch ...
INTRODUCTION
... calcaneus, as well as the Lisfranc joint. 12. Performing a stress test is the gravity stress view. During the gravity stress view, the patient lies in the lateral decubitus position on the side of the affected ankle with the distal leg, ankle, and foot allowed to hang dependent off the end of the ta ...
... calcaneus, as well as the Lisfranc joint. 12. Performing a stress test is the gravity stress view. During the gravity stress view, the patient lies in the lateral decubitus position on the side of the affected ankle with the distal leg, ankle, and foot allowed to hang dependent off the end of the ta ...
17-BASAL GANGLIA
... Caudate & Lentiform nuclei are functionally related to each other & called “Corpus striatum”:Part of extrapyramidal motor system, principally involved in the control of posture and movements (primarily by inhibiting motor functions) ...
... Caudate & Lentiform nuclei are functionally related to each other & called “Corpus striatum”:Part of extrapyramidal motor system, principally involved in the control of posture and movements (primarily by inhibiting motor functions) ...
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... extending from the root to the apex of each spinous process. Here they meet the ligamentum flavum anteriorly and the supraspinous ligament posteriorly. Whereas they are narrow and elongated in the thoracic region, they are broad, thick, and quadrilateral shaped in the lumbar region to conform to the ...
... extending from the root to the apex of each spinous process. Here they meet the ligamentum flavum anteriorly and the supraspinous ligament posteriorly. Whereas they are narrow and elongated in the thoracic region, they are broad, thick, and quadrilateral shaped in the lumbar region to conform to the ...
carnosaurs, allosaurids, sauropods, cetiosaurids
... A large part of the occipital region, braincase, left frontal and an incomplete left maxilla are preserved in the holotype skull. The mandible is represented by the anterior end of the left mandibular ramus. Basicranium The basicranial region (fig. 3 and 4) is formed by the two paroccipital process ...
... A large part of the occipital region, braincase, left frontal and an incomplete left maxilla are preserved in the holotype skull. The mandible is represented by the anterior end of the left mandibular ramus. Basicranium The basicranial region (fig. 3 and 4) is formed by the two paroccipital process ...
22 BASAL GANGLIA
... Caudate & Lentiform nuclei are functionally related to each other & called “Corpus striatum”:Part of extrapyramidal motor system, principally involved in the control of posture and movements (primarily by inhibiting motor functions) ...
... Caudate & Lentiform nuclei are functionally related to each other & called “Corpus striatum”:Part of extrapyramidal motor system, principally involved in the control of posture and movements (primarily by inhibiting motor functions) ...
Esophagus and stomach
... umbilical, and left hypochondrium regions of the abdomen. • It stores food (in the adult it has a capacity of about 1500 mL), it mixes the food with gastric secretions to form a semifluid chyme, and it controls the rate of delivery of the chyme to the small intestine so that efficient digestion and ...
... umbilical, and left hypochondrium regions of the abdomen. • It stores food (in the adult it has a capacity of about 1500 mL), it mixes the food with gastric secretions to form a semifluid chyme, and it controls the rate of delivery of the chyme to the small intestine so that efficient digestion and ...
The Cranial Nerves
... heart rate. Damage causes hoarseness or loss of voice, impaired swallowing, GI dysfunction, blood pressure anomalies (with CN IX), fatal if both are cut ...
... heart rate. Damage causes hoarseness or loss of voice, impaired swallowing, GI dysfunction, blood pressure anomalies (with CN IX), fatal if both are cut ...
Comparative cranial osteology of fossorial lizards from the tribe
... in shape and is smaller in C. nicterus compared with the other two species. It meets the nasal process of the premaxilla medially, which completely separates it from its counterpart at the midline, and posteriorly (Fig. 1A). In N. ablephara and S. catimbau (Figs. 2A and 3A), in which an anterolatera ...
... in shape and is smaller in C. nicterus compared with the other two species. It meets the nasal process of the premaxilla medially, which completely separates it from its counterpart at the midline, and posteriorly (Fig. 1A). In N. ablephara and S. catimbau (Figs. 2A and 3A), in which an anterolatera ...
Blood vessels and nerves of thoracic wall 胸壁的血管和神经The
... • Nine pairs posterior intercostals arteries • One pair subcostal artery • For lower nine intercostals spaces and upper part of abdominal wall; superior phrenic arteries supply the superior surface of the diaphragm. Visceral branches • Bronchial branches: one or two for each lung • Esophageal branch ...
... • Nine pairs posterior intercostals arteries • One pair subcostal artery • For lower nine intercostals spaces and upper part of abdominal wall; superior phrenic arteries supply the superior surface of the diaphragm. Visceral branches • Bronchial branches: one or two for each lung • Esophageal branch ...
Region 11: Pectoral Region Cutaneous Vessels -
... *Continuous with: fascia of anterior abdominal wall and at lateral border of pectoralis major becomes axillary fascia --Clavipectoral Fascia (deep to pectoral fascia and pec. major) *Surrounds: subclavius and pectoralis minor *Continuous with axillary fascia *Costocoracoid Membrane: attaches pectora ...
... *Continuous with: fascia of anterior abdominal wall and at lateral border of pectoralis major becomes axillary fascia --Clavipectoral Fascia (deep to pectoral fascia and pec. major) *Surrounds: subclavius and pectoralis minor *Continuous with axillary fascia *Costocoracoid Membrane: attaches pectora ...
M555 Medical Neuroscience
... Fimbria (near the hippocampus) Crus (both fimbria come together along midline) Body of Fornix (“hanging” from septum pellucidum beneath corpus callosum) Columns of Fornix extending downward toward anterior commissure and hypothalamus. Some axons in the columns of the fornix columns go in front of th ...
... Fimbria (near the hippocampus) Crus (both fimbria come together along midline) Body of Fornix (“hanging” from septum pellucidum beneath corpus callosum) Columns of Fornix extending downward toward anterior commissure and hypothalamus. Some axons in the columns of the fornix columns go in front of th ...
Fingertip Injuries
... (Moberg) is most appropriate for reconstruction of which of the following defects? • A)Thumb pulp • B)Index finger pulp • C)Thumb nailbed • D)Thumb dorsum • E)Index dorsal middle phalanx ...
... (Moberg) is most appropriate for reconstruction of which of the following defects? • A)Thumb pulp • B)Index finger pulp • C)Thumb nailbed • D)Thumb dorsum • E)Index dorsal middle phalanx ...
Drosophila embryogenesis
Drosophila embryogenesis, the process by which Drosophila (fruit fly) embryos form, is a favorite model system for geneticists and developmental biologists studying embryogenesis. The small size, short generation time, and large brood size make it ideal for genetic studies. Transparent embryos facilitate developmental studies. Drosophila melanogaster was introduced into the field of genetic experiments by Thomas Hunt Morgan in 1909.