lateral nasal wall comprising narrow, mucosal lined channels and
... there and may cause mucosal oedema. As the clefts in the OMC are narrow, small degrees of oedema may cause outfl ow tract obstruction with impaired ventilation of the major sinuses The configuration of the structure of the middle meatus are complex and variable,in disarticulated skull ,the maxillary ...
... there and may cause mucosal oedema. As the clefts in the OMC are narrow, small degrees of oedema may cause outfl ow tract obstruction with impaired ventilation of the major sinuses The configuration of the structure of the middle meatus are complex and variable,in disarticulated skull ,the maxillary ...
1 – OMM Landmarks
... Indirect Method – work through reducing afferent tone to spinal cord o Technique where the restrictive barrier is DISENGAGED o Dysfunctional body part is moved AWAY from restrictive barrier until tissue tension is EQUAL in one or all planes and directions o All planes of motion are balanced and ther ...
... Indirect Method – work through reducing afferent tone to spinal cord o Technique where the restrictive barrier is DISENGAGED o Dysfunctional body part is moved AWAY from restrictive barrier until tissue tension is EQUAL in one or all planes and directions o All planes of motion are balanced and ther ...
Hydra lab - mcguffeybrownscience
... familiar with “invertebrate” animals. The categorization of animals as “invertebrates” and “vertebrates” is historical, in some ways unfortunate, and potentially misleading. There are relatively few species and groups of vertebrate animals compared to the rest of the animal kingdom. In that sense, i ...
... familiar with “invertebrate” animals. The categorization of animals as “invertebrates” and “vertebrates” is historical, in some ways unfortunate, and potentially misleading. There are relatively few species and groups of vertebrate animals compared to the rest of the animal kingdom. In that sense, i ...
Clavicle Fracture
... during sporting activities or a striking injury) can be associated with distal third injuries as well as acromioclavicular joint injuries. ...
... during sporting activities or a striking injury) can be associated with distal third injuries as well as acromioclavicular joint injuries. ...
biomechanics of spine
... and bending forces Ø During axial loading stress causing failure, the first component to fail is the vertebral end plate, due to herniation of the nucleus pulposus into the end plate. ...
... and bending forces Ø During axial loading stress causing failure, the first component to fail is the vertebral end plate, due to herniation of the nucleus pulposus into the end plate. ...
Anatomy of oral cavity + pharynx
... Nasopharynx: upper deep cervical + retropharyngeal + parapharyngeal + posterior triangle ...
... Nasopharynx: upper deep cervical + retropharyngeal + parapharyngeal + posterior triangle ...
The Thorax (Chest)
... Because of forward projection of the vertebral column inside the thoracic cavity, it took a kidney-shape in cross section The superior thoracic aperture (inlet): is bounded by T1 vertebra, the 1st rib on each side & anteriorly by the manubrium sterni, it is higher behind (T1) than in front (T2-T3), ...
... Because of forward projection of the vertebral column inside the thoracic cavity, it took a kidney-shape in cross section The superior thoracic aperture (inlet): is bounded by T1 vertebra, the 1st rib on each side & anteriorly by the manubrium sterni, it is higher behind (T1) than in front (T2-T3), ...
Axial Skeleton
... 1. Axial: Part of skeleton lies along long axis of body 2. Appendicular: Bones & features of the appendages B. AXIAL SKELETON * Eighty bones segregated into three regions * Divisions of Axial Skeleton - Skull - Vertebral column - Thoracic cage 1. Skull S ...
... 1. Axial: Part of skeleton lies along long axis of body 2. Appendicular: Bones & features of the appendages B. AXIAL SKELETON * Eighty bones segregated into three regions * Divisions of Axial Skeleton - Skull - Vertebral column - Thoracic cage 1. Skull S ...
Spine - Sinoe Medical Association
... 7. Important surface markings of the sacrum include: a. transverse lines (ridges) b. anterior sacral foramina c. sacral ala d. median sacral crest e. lateral sacral crest f. posterior sacral foramina g. sacral canal h. sacral hiatus i. sacral cornua j. sacral promontory k. aur ...
... 7. Important surface markings of the sacrum include: a. transverse lines (ridges) b. anterior sacral foramina c. sacral ala d. median sacral crest e. lateral sacral crest f. posterior sacral foramina g. sacral canal h. sacral hiatus i. sacral cornua j. sacral promontory k. aur ...
Color Atlas of Human Anatomy, Vol. 3 - ReadingSample - Beck-Shop
... (A – D) Cross sections at different levels (left, myelin stain; right, cellular stain) vary considerably. In the regions of cervical enlargement and lumbar enlargement, the crosssectional area is larger than in the rest of the spinal cord; it is largest at the C4 – C5 and L4 – L5 levels. In both swe ...
... (A – D) Cross sections at different levels (left, myelin stain; right, cellular stain) vary considerably. In the regions of cervical enlargement and lumbar enlargement, the crosssectional area is larger than in the rest of the spinal cord; it is largest at the C4 – C5 and L4 – L5 levels. In both swe ...
L17-Anterior & media..
... by 3 intermuscular septa (extending from deep fascia into femur) Anterior Compartment Extensors of knee: Quadriceps femoris Flexors of hip: 1. Sartorius 2. Pectineus 3. psoas major 4. Iliacus ...
... by 3 intermuscular septa (extending from deep fascia into femur) Anterior Compartment Extensors of knee: Quadriceps femoris Flexors of hip: 1. Sartorius 2. Pectineus 3. psoas major 4. Iliacus ...
The skull and brain - Assets - Cambridge
... The frontal bone forms in two halves, which normally fuse at five years. The intervening suture is known as the metopic suture. Occasionally, the halves remain separate and the suture may persist wholly or in part into adult life in 5–10% of individuals (Fig. 1.5). The orbital plates of the frontal ...
... The frontal bone forms in two halves, which normally fuse at five years. The intervening suture is known as the metopic suture. Occasionally, the halves remain separate and the suture may persist wholly or in part into adult life in 5–10% of individuals (Fig. 1.5). The orbital plates of the frontal ...
geometry - SchoolRack
... If point B is between points A and C on a line then AB + BC = AC (Segment Addition Postulate) ...
... If point B is between points A and C on a line then AB + BC = AC (Segment Addition Postulate) ...
Bones Muscles Ligaments Nerve supply Synovial flexor sheaths
... Divide into 2 and insert in inserts a at middle phalanx passing around FDProfundus tendon So flexes the finger at PIP Joint ...
... Divide into 2 and insert in inserts a at middle phalanx passing around FDProfundus tendon So flexes the finger at PIP Joint ...
wrist and ankle (floating) acupuncture
... - Sometimes no results if needle not optimal. Must be shallow as possible & not deviating to one side. - If BL-10 and/or GB-21 are tender, can always use Upper 5. Region 1 The area along the sides of the anterior midline of the body. This region covers the area between the anterior mid line and the ...
... - Sometimes no results if needle not optimal. Must be shallow as possible & not deviating to one side. - If BL-10 and/or GB-21 are tender, can always use Upper 5. Region 1 The area along the sides of the anterior midline of the body. This region covers the area between the anterior mid line and the ...
Document
... The middle mediastinum contains the heart enclosed in the fibrous pericardium, the ascending aorta, the lower half of the superior vena cava with the azygos vein opening into it, the bifurcation of the trachea and the right and left principal bronchi, the pulmonary artery dividing into its two branc ...
... The middle mediastinum contains the heart enclosed in the fibrous pericardium, the ascending aorta, the lower half of the superior vena cava with the azygos vein opening into it, the bifurcation of the trachea and the right and left principal bronchi, the pulmonary artery dividing into its two branc ...
The Development and Structure of the Anterior Region of the Body
... the body which lies anterior to the mouth and contains the brain, bears the eyes (when present), and presents no obvious signs of a segmental nature. Typically, it bears a pair of palps ventrally, and a number of antennae dorsally. The palps are innervated by nerves arising usually from the ventral ...
... the body which lies anterior to the mouth and contains the brain, bears the eyes (when present), and presents no obvious signs of a segmental nature. Typically, it bears a pair of palps ventrally, and a number of antennae dorsally. The palps are innervated by nerves arising usually from the ventral ...
The Skull The Bones of the Skull -
... *orbital plates: form the roof of the orbits b. Ethmoid bone *cribiform plate: the superior surface of the ethmoid bone that appears in the anterior cranial fossa (has perforations for the transmission of olfactory nerves) *crista galli: triangular process projecting superiorly from the mdiline of t ...
... *orbital plates: form the roof of the orbits b. Ethmoid bone *cribiform plate: the superior surface of the ethmoid bone that appears in the anterior cranial fossa (has perforations for the transmission of olfactory nerves) *crista galli: triangular process projecting superiorly from the mdiline of t ...
2- Vascular and muscular coat:
... At the upper border of medulla (lower border of pons), it unites with the other vertebral artery forming Basilar artery. 2-Basilar artery: Ascends along pons and at pons' upper border just before it divides, it gives of Superior cerebellar artery At the upper border of pons, it divides into tw ...
... At the upper border of medulla (lower border of pons), it unites with the other vertebral artery forming Basilar artery. 2-Basilar artery: Ascends along pons and at pons' upper border just before it divides, it gives of Superior cerebellar artery At the upper border of pons, it divides into tw ...
Upper extremity-I
... soon be recognized. The tendon of supraspinatus passes under the acromion and over the top of the shoulder joint to reÂach the highest of the facets on the greater tubercle of the huÂmerus. The tendon fuses with the capsule of the shoulder joint and is separated from the overlying acromion by the su ...
... soon be recognized. The tendon of supraspinatus passes under the acromion and over the top of the shoulder joint to reÂach the highest of the facets on the greater tubercle of the huÂmerus. The tendon fuses with the capsule of the shoulder joint and is separated from the overlying acromion by the su ...
20-trachea& Bronchopulmonary Seg
... A fibroelastic mobile tube about 5 in long & 1 in diameter with U-shaped hyaline cartilage that keep the lumen patent. The posterior end of the cartilage is connected by smooth muscle TRACHEALIS. Begins in the neck below the cricoid cartilage at the level of C6 and terminates in thorax at the level ...
... A fibroelastic mobile tube about 5 in long & 1 in diameter with U-shaped hyaline cartilage that keep the lumen patent. The posterior end of the cartilage is connected by smooth muscle TRACHEALIS. Begins in the neck below the cricoid cartilage at the level of C6 and terminates in thorax at the level ...
Skeletal System
... Bone is in constant state of flux: dissolution and deposition Hormonal control of osteocytes by endocrine glands lateral to thyroid gland Parathyroid gland: parathyroid hormone, stimulates osteoclasts, increases blood Ca+2 Ultimobranchial bodies: calcitonin, stimulates osteoblasts, decreases blood C ...
... Bone is in constant state of flux: dissolution and deposition Hormonal control of osteocytes by endocrine glands lateral to thyroid gland Parathyroid gland: parathyroid hormone, stimulates osteoclasts, increases blood Ca+2 Ultimobranchial bodies: calcitonin, stimulates osteoblasts, decreases blood C ...
Anatomical terms of location
Standard anatomical terms of location deal unambiguously with the anatomy of animals, including humans.While these terms are standardized within specific fields of biology, there are unavoidable, sometimes dramatic, differences between some disciplines. For example, differences in terminology remain a problem that, to some extent, still separates the terminology of human anatomy from that used in the study of various other zoological categories.