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14. lumbar plexus block
... lumbar plexus include the iliohypogastric, ilioinguinal, genitofemoral, lateral femoral cutaneous, femoral, and obturator nerves. The plexus forms within the body of the psoas muscle (Figure 14-2), and the lumbar plexus block consistently blocks the three nerves that supply the lower extremity (femo ...
... lumbar plexus include the iliohypogastric, ilioinguinal, genitofemoral, lateral femoral cutaneous, femoral, and obturator nerves. The plexus forms within the body of the psoas muscle (Figure 14-2), and the lumbar plexus block consistently blocks the three nerves that supply the lower extremity (femo ...
Masticatory Anat CR
... Articular eminence Articular surface from superior fossa to the anterior aspect of the eminence, thickest bone. ...
... Articular eminence Articular surface from superior fossa to the anterior aspect of the eminence, thickest bone. ...
anatomy_lab10_17_4_2011
... 3.vein of Galen " great cerebral vein" which drain diencephalon " thalamus & hypothalamus" It's very important because if it's blocked thalamus & hypothalamus will loss their function. We know that left and right cerebral hemispheres connect with each other by corpus callosum The posterior portion o ...
... 3.vein of Galen " great cerebral vein" which drain diencephalon " thalamus & hypothalamus" It's very important because if it's blocked thalamus & hypothalamus will loss their function. We know that left and right cerebral hemispheres connect with each other by corpus callosum The posterior portion o ...
Skull Base Anatomy
... Foramina of the Sphenoid Bone • Optic canals: optic nerves (CN II) and ophthalmic arteries, connected by the chiasmatic sulcus • Superior orbital fissure: opens anteriorly into the orbit; contains the oculomotor nerve (CN III), trochlear nerve (CN IV), ophthalmic branch of the trigeminal nerve (CN ...
... Foramina of the Sphenoid Bone • Optic canals: optic nerves (CN II) and ophthalmic arteries, connected by the chiasmatic sulcus • Superior orbital fissure: opens anteriorly into the orbit; contains the oculomotor nerve (CN III), trochlear nerve (CN IV), ophthalmic branch of the trigeminal nerve (CN ...
Empirical Observations and Gait Theory
... for training towards greater performance while maintaining the human body's strength and health. For the material for this article, we relied mainly on empirical field-testing, in other words we took our findings into the class-room and attempted to bring the student to the point of questioning thei ...
... for training towards greater performance while maintaining the human body's strength and health. For the material for this article, we relied mainly on empirical field-testing, in other words we took our findings into the class-room and attempted to bring the student to the point of questioning thei ...
21-Abdominal wall
... layer or fascia of camper is continuous with the superficial fat over the rest of the body and may be extremely thick in obese patients ...
... layer or fascia of camper is continuous with the superficial fat over the rest of the body and may be extremely thick in obese patients ...
No. 22
... 1) Ventral surface of medulla obongata ①Anterior median fissure and anterolateral sulci ②Pyramid and decussation of pyramid: On each side of the anterior median fissure is an oblongated elevation, the pyramid. Near the lower extremity of the medulla oblongata a great number of fibers leave the pyram ...
... 1) Ventral surface of medulla obongata ①Anterior median fissure and anterolateral sulci ②Pyramid and decussation of pyramid: On each side of the anterior median fissure is an oblongated elevation, the pyramid. Near the lower extremity of the medulla oblongata a great number of fibers leave the pyram ...
Anatomy Chapter 5 powerpoint
... The Vertebral Column Spine extends from the skull, which it supports, to the pelvis, where it transmits the weight of the body to the lower limbs It is formed of 26 irregular bones connected by ligaments The spine has a normal curvature Each vertebrae is given a name according to its locati ...
... The Vertebral Column Spine extends from the skull, which it supports, to the pelvis, where it transmits the weight of the body to the lower limbs It is formed of 26 irregular bones connected by ligaments The spine has a normal curvature Each vertebrae is given a name according to its locati ...
Surface anatomy, lung surface markings, pleural reflections
... thoracic wall and use the sternal angle (of Louis) to accurately number the ribs on a living subject ...
... thoracic wall and use the sternal angle (of Louis) to accurately number the ribs on a living subject ...
Thumb pollicus
... Capsular Trauma: derangement of the encapsulating tissues of the apophyseal joint, separates the articular surfaces. Body of superior vertebrae rotates toward that side, while the sp process rotates toward the opposite side. Purpose of adjustment, is to restore the zygapophyseal joint surfaced, when ...
... Capsular Trauma: derangement of the encapsulating tissues of the apophyseal joint, separates the articular surfaces. Body of superior vertebrae rotates toward that side, while the sp process rotates toward the opposite side. Purpose of adjustment, is to restore the zygapophyseal joint surfaced, when ...
Acromiodeltoid Clavobrachialis Levator Scapulae Ventralis
... clavotrapezius (cat only – corresponds to the superior portion of the trapezius) origin: superior nuchal line of occipital bone and the mid-dorsal line of the neck to the spine of the axis insertion: clavicle and the raphe between the clavotrapezius and the clavobrachialis nerve: spinal accessory (X ...
... clavotrapezius (cat only – corresponds to the superior portion of the trapezius) origin: superior nuchal line of occipital bone and the mid-dorsal line of the neck to the spine of the axis insertion: clavicle and the raphe between the clavotrapezius and the clavobrachialis nerve: spinal accessory (X ...
15. thyroid2010-10-01 03:41779 KB
... It lies in the midline in front of 2,3, and 4th tracheal rings. A pyramidal lobe is often projects upwards from isthmus, usually to left of midline. It is connected to the hyoid bone by a fibromuscular band called ...
... It lies in the midline in front of 2,3, and 4th tracheal rings. A pyramidal lobe is often projects upwards from isthmus, usually to left of midline. It is connected to the hyoid bone by a fibromuscular band called ...
The central arteries
... It is formed of two vertebral arteries (right and left). Each artery arises from the first part of the subclavain artery and passes through the foramen transversorum of the sixth cervical vertebra till the foramen transversorum of the first cervical vertebra (atlas), while the vertebral vein passes ...
... It is formed of two vertebral arteries (right and left). Each artery arises from the first part of the subclavain artery and passes through the foramen transversorum of the sixth cervical vertebra till the foramen transversorum of the first cervical vertebra (atlas), while the vertebral vein passes ...
PowerPoint Lecture - Dr. Stuart Sumida
... Internal pudendal Obturator Middle rectal Inferior vesicle Superior vesicle ...
... Internal pudendal Obturator Middle rectal Inferior vesicle Superior vesicle ...
Chapter 13: The Spinal Cord, Spinal Nerves, and Spinal
... Posterior white column/funiculus Anterior white column/funiculus Lateral white column/funiculus All 6 column contains tracts: • Ascending tracts: sensory to brain • Descending tracts: motor from brain ...
... Posterior white column/funiculus Anterior white column/funiculus Lateral white column/funiculus All 6 column contains tracts: • Ascending tracts: sensory to brain • Descending tracts: motor from brain ...
Neuro-Anatomy
... One of the 2 branches of common carotid artery , arises in the neck and ascends to reach the opening of the carotid canal at the base of the skull , where it enters the canal (in the petrous bone here it gives caroticotympanic artery) surrounded by perivascular internal carotid plexus from superior ...
... One of the 2 branches of common carotid artery , arises in the neck and ascends to reach the opening of the carotid canal at the base of the skull , where it enters the canal (in the petrous bone here it gives caroticotympanic artery) surrounded by perivascular internal carotid plexus from superior ...
Tongji Univesity School of Medicine
... posterior part of paracentral lobule. 12. The lamina VII of spinal cord contains the ...
... posterior part of paracentral lobule. 12. The lamina VII of spinal cord contains the ...
document
... Feel: spinous processes, paravertebral muscles, SI joint Move: cervical, lumbar; Schober’s test for spine flexibility ...
... Feel: spinous processes, paravertebral muscles, SI joint Move: cervical, lumbar; Schober’s test for spine flexibility ...
The Humerus
... The body of the humerus has two prominent features: – The deltoid tuberosity, laterally, for attachment of the deltoid ...
... The body of the humerus has two prominent features: – The deltoid tuberosity, laterally, for attachment of the deltoid ...
HeadandNeckPracticeExam2011
... C. Maxillary process with the Frontonasal process. D. Frontonasal process with the Medial nasal process. E. Medial nasal processes of both sides. ...
... C. Maxillary process with the Frontonasal process. D. Frontonasal process with the Medial nasal process. E. Medial nasal processes of both sides. ...
anatomy for x-ray specialists
... spermatazoa and a mature ovum results in the formation of a new individual. As a result of meiosis, the chromosome number remains constant from one generation to the next. For this reason, meiosis is sometimes called reduction division. ...
... spermatazoa and a mature ovum results in the formation of a new individual. As a result of meiosis, the chromosome number remains constant from one generation to the next. For this reason, meiosis is sometimes called reduction division. ...
Vertebral Column, Sinuses that Collect Venous Blood, Dorsal View
... Veins: contribute branches that enter through the intervertebral canal to form anastomoses inside the vertebral canal. Internal vertebral venous plexus. Important network of veins that lie inside the vertebral canal outside the dura matter, extends from the sacral levels to the foramen magnum. Blood ...
... Veins: contribute branches that enter through the intervertebral canal to form anastomoses inside the vertebral canal. Internal vertebral venous plexus. Important network of veins that lie inside the vertebral canal outside the dura matter, extends from the sacral levels to the foramen magnum. Blood ...
13_skeleton_lower_appendicular-04oct2016
... LOWER APPENDICULAR SKELETON revised 4 October 2016 Martini’s 5th: 234-242, Martini 6th: 249-257, 7th: 245-255, 8th: 247-264, 10th: 250-261 ...
... LOWER APPENDICULAR SKELETON revised 4 October 2016 Martini’s 5th: 234-242, Martini 6th: 249-257, 7th: 245-255, 8th: 247-264, 10th: 250-261 ...
Vertebra
![](https://commons.wikimedia.org/wiki/Special:FilePath/Vertebra_Superior_View.jpg?width=300)
In the vertebrate spinal column, each vertebra is an irregular bone with a complex structure composed of bone and some hyaline cartilage, the proportions of which vary according to the segment of the backbone and the species of vertebrate animal.The basic configuration of a vertebra varies; the large part is the body, and the central part is the centrum. The upper and lower surfaces of the vertebra body give attachment to the intervertebral discs. The posterior part of a vertebra forms a vertebral arch, in eleven parts, consisting of two pedicles, two laminae, and seven processes. The laminae give attachment to the ligamenta flava. There are vertebral notches formed from the shape of the pedicles, which form the intervertebral foramina when the vertebrae articulate. These foramina are the entry and exit conducts for the spinal nerves. The body of the vertebra and the vertebral arch form the vertebral foramen, the larger, central opening that accommodates the spinal canal, which encloses and protects the spinal cord.Vertebrae articulate with each other to give strength and flexibility to the spinal column, and the shape at their back and front aspects determines the range of movement. Structurally, vertebrae are essentially alike across the vertebrate species, with the greatest difference seen between an aquatic animal and other vertebrate animals. As such, vertebrates take their name from the vertebrae that compose the vertebral column.