medical terms
... above the stomach • Right and left lumbar regions. Lumbar refers to the inward curve of the spine. • Umbilical region. (umbilic means naval and al means pertaining to. • Right and left iliac regions refer to the hipbone area. • Hypogastric region is below the stomach. The entire lower region of the ...
... above the stomach • Right and left lumbar regions. Lumbar refers to the inward curve of the spine. • Umbilical region. (umbilic means naval and al means pertaining to. • Right and left iliac regions refer to the hipbone area. • Hypogastric region is below the stomach. The entire lower region of the ...
Lab Activity 13
... muscles, sensory anterior-medial thigh and medial surface of leg and foot. • Injury to femoral nerve causes inability to extend leg & loss of sensation in thigh ...
... muscles, sensory anterior-medial thigh and medial surface of leg and foot. • Injury to femoral nerve causes inability to extend leg & loss of sensation in thigh ...
doc
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
R. Barsbold KINETICISM AND PECULIARITIES IN THE MAXILLARY
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
- Catalyst
... O: Lateral surface of the lateral femoral condyle & from fibular head (It also has an origin in the posterior horn of the lateral meniscus. The tendon then courses under the lateral collateral ligament, and moves outside of the knee joint before joining its muscle belly.) I: Posterior tibia under th ...
... O: Lateral surface of the lateral femoral condyle & from fibular head (It also has an origin in the posterior horn of the lateral meniscus. The tendon then courses under the lateral collateral ligament, and moves outside of the knee joint before joining its muscle belly.) I: Posterior tibia under th ...
35-rectum_&_urinary_..
... Lies behind the upper margin of the symphsis pubis. It is directed anteriorly. The median umbilical ligament (remnant of urachus) connects it to the umbilicus. ...
... Lies behind the upper margin of the symphsis pubis. It is directed anteriorly. The median umbilical ligament (remnant of urachus) connects it to the umbilicus. ...
647G932-EN-01-1206w | 0.33 MB
... Cut the medial brim of the liner so that it runs 1 cm below the perineum. The lateral brim of the liner is at the same height as the brim of the prosthetic socket. Isolate the trimmed and donned liner on the outside with soap solution. Pull a cotton stockinette (ᆺ - 15 cm width) over the residual li ...
... Cut the medial brim of the liner so that it runs 1 cm below the perineum. The lateral brim of the liner is at the same height as the brim of the prosthetic socket. Isolate the trimmed and donned liner on the outside with soap solution. Pull a cotton stockinette (ᆺ - 15 cm width) over the residual li ...
Slide 1 - UMF Iasi
... mediastinum. This step can easily be accomplished putting a hand-held retractor under the sternum and lifting it. ...
... mediastinum. This step can easily be accomplished putting a hand-held retractor under the sternum and lifting it. ...
A new function for radial glial cells in white matter formation
... The growth of motor and sensory axon tracts through the spinal cord occurs through organised radial glial processes in the ventral, lateral and dorsal spinal cord. They appear to form channels through axons grow. These channels disappear after axon tracts have matured. Radial glial processes compart ...
... The growth of motor and sensory axon tracts through the spinal cord occurs through organised radial glial processes in the ventral, lateral and dorsal spinal cord. They appear to form channels through axons grow. These channels disappear after axon tracts have matured. Radial glial processes compart ...
12. Appendicular & limb2009-06
... Limb Development Limb development begins with the activation of a group of mesenchymal cells from the somatic layer of lateral mesoderm. Limb buds first appear as elevations (swelling ) of the ventrolateral body wall toward the end of the 4th week ( 28 days). Homeobox- containing genes ( Hox ) regul ...
... Limb Development Limb development begins with the activation of a group of mesenchymal cells from the somatic layer of lateral mesoderm. Limb buds first appear as elevations (swelling ) of the ventrolateral body wall toward the end of the 4th week ( 28 days). Homeobox- containing genes ( Hox ) regul ...
Rehabilitation of the Foot and Ankle
... b. Dorsiflexion and Plantarflexion 2. Frontal Plane a. Anterior to Posterior axis b. Inversion and Eversion 3. Transverse Plane a. Superior to Inferior axis b. Abduction and Adduction Triplanar Movement Movement occurs simultaneously in the three body plane with motion about a single axis Axes o ...
... b. Dorsiflexion and Plantarflexion 2. Frontal Plane a. Anterior to Posterior axis b. Inversion and Eversion 3. Transverse Plane a. Superior to Inferior axis b. Abduction and Adduction Triplanar Movement Movement occurs simultaneously in the three body plane with motion about a single axis Axes o ...
Neck
... Two lobes joined together by an isthmus Excretes hormones Thyroxine (T4)- body growth/ metabolism Triiodothyronine (T3)growth/ metabolism Calcitonin- < blood calcium to promote bone formation ...
... Two lobes joined together by an isthmus Excretes hormones Thyroxine (T4)- body growth/ metabolism Triiodothyronine (T3)growth/ metabolism Calcitonin- < blood calcium to promote bone formation ...
Ventral Cavity
... The diaphragm is a curved sheet forming the posterior wall of the thoracic cavity and completely separating it from the abdominal cavity. The center of the anterior face of the diaphragm is seen to consist of connective tissue forming a circular tendon, the central tendon. The rest of the diaphragm ...
... The diaphragm is a curved sheet forming the posterior wall of the thoracic cavity and completely separating it from the abdominal cavity. The center of the anterior face of the diaphragm is seen to consist of connective tissue forming a circular tendon, the central tendon. The rest of the diaphragm ...
Anatomy Mnemonics Inner Wall Bones of Orbit (7) Bones of the Wrist
... Orientation of the Anterior and Posterior Cruciate Ligaments Cross your index and middle fingers on both hands and place each hand palm down on your knees. The middle finger begins laterally and ends up anteriorly, which is analogous to the anterior cruciate ligament. The index finger begins mediall ...
... Orientation of the Anterior and Posterior Cruciate Ligaments Cross your index and middle fingers on both hands and place each hand palm down on your knees. The middle finger begins laterally and ends up anteriorly, which is analogous to the anterior cruciate ligament. The index finger begins mediall ...
Chapter 1_5 Anatomical Terminology
... •The elbow is ________________ to the wrist. •The calf muscle is ________________to the ankle. ...
... •The elbow is ________________ to the wrist. •The calf muscle is ________________to the ankle. ...
respiratory system
... thymus (area interpleuralis sup. s. thymica). The ventral border then continues from the 2nd to the 4th rib (parallel to the opposite ventral border) shifted slightly to the left. The right ventral border then descends to the 6th sternocostal joint while on the left a convex arch forms the triangul ...
... thymus (area interpleuralis sup. s. thymica). The ventral border then continues from the 2nd to the 4th rib (parallel to the opposite ventral border) shifted slightly to the left. The right ventral border then descends to the 6th sternocostal joint while on the left a convex arch forms the triangul ...
1 - Chiropractic National Board Review Questions
... A. Dopamine inhibitory B. Glycine C. Glutamate D. Gaba inhibitory ...
... A. Dopamine inhibitory B. Glycine C. Glutamate D. Gaba inhibitory ...
Extra Embryonic Membranes
... In vertebrate embryonic development, only a part of the egg or the cleavage mass of cells forms the actual embryo, while other parts lying outside the embryonic territory develop into extra-embryonic ...
... In vertebrate embryonic development, only a part of the egg or the cleavage mass of cells forms the actual embryo, while other parts lying outside the embryonic territory develop into extra-embryonic ...
Document
... ◦ The accessory nerve (CN XI) exits the cranial cavity, descends down the neck, innervates sternocleidomastoid and enters the posterior triangle. It crosses the posterior triangle in an oblique, inferoposterior direction, within the investing layer of fascia. It lies relatively superficially in the ...
... ◦ The accessory nerve (CN XI) exits the cranial cavity, descends down the neck, innervates sternocleidomastoid and enters the posterior triangle. It crosses the posterior triangle in an oblique, inferoposterior direction, within the investing layer of fascia. It lies relatively superficially in the ...
View/Open
... near the root of the humeral spine, curves upward slightly and runs along the back to the end of the dorsal, then curves downward to near the middle of the caudal base. Skin naked. Colors: Tipper parts light blown, the upper surface of the head minutely dotted with white; the back with numerous roun ...
... near the root of the humeral spine, curves upward slightly and runs along the back to the end of the dorsal, then curves downward to near the middle of the caudal base. Skin naked. Colors: Tipper parts light blown, the upper surface of the head minutely dotted with white; the back with numerous roun ...
Structure And Function Of The Vertebral Column
... • Atlantoaxial joint –Rotation and some lateral flexion • Cervical spine ...
... • Atlantoaxial joint –Rotation and some lateral flexion • Cervical spine ...
Brainstem
... Hypoglossal triangle : nucleus of hypoglossal n. Vagal triangle: dorsal nucleus of vagal n. Lateral: Vestibular area (vestibular nuclei) ...
... Hypoglossal triangle : nucleus of hypoglossal n. Vagal triangle: dorsal nucleus of vagal n. Lateral: Vestibular area (vestibular nuclei) ...
Anterior View Posterior View Lateral View R. Lateral View RIBCAGE
... the 12 pairs of rib bones that project anteriorly from their corresponding thoracic vertebrae to which they attach. ...
... the 12 pairs of rib bones that project anteriorly from their corresponding thoracic vertebrae to which they attach. ...
Movements of the Upper Cervical Assembly and Strain in the
... constraint is not severe. The ventral part of the inferior margin of the cervical vertebrae becomes caudally extruded, to form a beak-like process that overhangs the caudal vertebra, which may becomes a bit eroded on its ventral dorsal margin. About the same time that the uncinate processes develop, ...
... constraint is not severe. The ventral part of the inferior margin of the cervical vertebrae becomes caudally extruded, to form a beak-like process that overhangs the caudal vertebra, which may becomes a bit eroded on its ventral dorsal margin. About the same time that the uncinate processes develop, ...
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.