anatomy_lec18_19_4_2011
... !Generated by Unregistered Batch DOC & DOCX Converter 2011.3.403.1476, please register 1-intrensic muscles: which alter the shape of the tongue while inside the oral cavity….for example flattening the tongue. 2-extrensic muscles:come from outside of the oral cavity…..which move the tongue: a-geniog ...
... !Generated by Unregistered Batch DOC & DOCX Converter 2011.3.403.1476, please register 1-intrensic muscles: which alter the shape of the tongue while inside the oral cavity….for example flattening the tongue. 2-extrensic muscles:come from outside of the oral cavity…..which move the tongue: a-geniog ...
10 cranial nerves_miast gravis_polimyositis
... External rotation (unbalanced action of inferior oblique muscle) Diplopia (vertical) Problems with looking down, especially for the eye that looks internally – problems with descending stairs Compensatory rotation of the head ...
... External rotation (unbalanced action of inferior oblique muscle) Diplopia (vertical) Problems with looking down, especially for the eye that looks internally – problems with descending stairs Compensatory rotation of the head ...
Parotid gland – Anatomy & tumours
... Usually within 2cm from exit of stylomastoid foramen and within 1cm of entering the parotid gland ...
... Usually within 2cm from exit of stylomastoid foramen and within 1cm of entering the parotid gland ...
Areolar Connective Tissue
... Cells of areolar connective tissue • Fibroblasts, macrophages, mast cells, and white blood cells ...
... Cells of areolar connective tissue • Fibroblasts, macrophages, mast cells, and white blood cells ...
Public summary of opinion on orphan designation Ex vivo expanded
... What are corneal lesions, with associated corneal (limbal) stem cell deficiency, due to ocular burns? Corneal lesions are areas of damage to the cornea, the transparent surface at the front of the eye in front of the pupil. The surface of the cornea is constantly being renewed and replaced by the pr ...
... What are corneal lesions, with associated corneal (limbal) stem cell deficiency, due to ocular burns? Corneal lesions are areas of damage to the cornea, the transparent surface at the front of the eye in front of the pupil. The surface of the cornea is constantly being renewed and replaced by the pr ...
Slide 1
... the destruction of blood vessels. The valve must also be anchored to the inside of the heart. Polyethylene terephthalate, called Dacron™, is used in the artificial heart valves. Dacron™ is used because tissue will grow through a polymer mesh. ...
... the destruction of blood vessels. The valve must also be anchored to the inside of the heart. Polyethylene terephthalate, called Dacron™, is used in the artificial heart valves. Dacron™ is used because tissue will grow through a polymer mesh. ...
Leg Muscles
... • Long head: Tibial division of sciatic nerve • Short head: common fibular division of sciatic nerve ...
... • Long head: Tibial division of sciatic nerve • Short head: common fibular division of sciatic nerve ...
Chapter 37
... 9. a. The ciliary ganglion is a parasympathetic ganglion. It receives preganglionic parasympathetic fibers from the Edinger-Westphal nucleus. The synapses are within the ganglion. The postganglionic fibers go to the ciliary muscles and the iris sphincter. It also receives the postganglionic sympath ...
... 9. a. The ciliary ganglion is a parasympathetic ganglion. It receives preganglionic parasympathetic fibers from the Edinger-Westphal nucleus. The synapses are within the ganglion. The postganglionic fibers go to the ciliary muscles and the iris sphincter. It also receives the postganglionic sympath ...
Chapter 5:Histology - Palm Beach State College
... where each type can be found in the body. – Explain how the structural differences between epithelia relate to their functional differences. – Visually recognize each epithelial type from specimens or photographs. ...
... where each type can be found in the body. – Explain how the structural differences between epithelia relate to their functional differences. – Visually recognize each epithelial type from specimens or photographs. ...
Axillary nerve - ISHA Annual Scientific Meeting 2016
... Except for the cephalic vein, all of the neurovascular structures were more than 20 mm away from all the portals evaluated. When creating either an anterior portal or a 5-o'clock position portal, the mean distance from the portal to the cephalic vein was 18.8 mm and 9.8 mm, respectively. In on ...
... Except for the cephalic vein, all of the neurovascular structures were more than 20 mm away from all the portals evaluated. When creating either an anterior portal or a 5-o'clock position portal, the mean distance from the portal to the cephalic vein was 18.8 mm and 9.8 mm, respectively. In on ...
Microbial Growth
... Microbial Growth A.Growth in Batch Culture B.Mean Generation Time and Growth Rate C.Measurement of Microbial Growth D.Continuous Culture E.Factors Influencing Growth F.Growth in Natural Environments ...
... Microbial Growth A.Growth in Batch Culture B.Mean Generation Time and Growth Rate C.Measurement of Microbial Growth D.Continuous Culture E.Factors Influencing Growth F.Growth in Natural Environments ...
25-autonomic supply of head & neck
... • Beginning: At the base of the skull, as the superior cervical sympathetic ganglion • Termination: It passes in front of the neck of first rib, and becomes continuous with the thoracic part of sympathetic trunk • Course and relations: 1. It descends, behind the carotid sheath (separating it from co ...
... • Beginning: At the base of the skull, as the superior cervical sympathetic ganglion • Termination: It passes in front of the neck of first rib, and becomes continuous with the thoracic part of sympathetic trunk • Course and relations: 1. It descends, behind the carotid sheath (separating it from co ...
03-pharyngeal arches ,pouchs
... Histogenesis of the thyroid gland The thyroid primordium consists of a solid mass of endodermal cells Later, this cellular aggregation breaks up into a network of epithelial cords . This is due to its invasion by the surrounding vascular mesenchyme. By the 10th week , the cords have divided into sm ...
... Histogenesis of the thyroid gland The thyroid primordium consists of a solid mass of endodermal cells Later, this cellular aggregation breaks up into a network of epithelial cords . This is due to its invasion by the surrounding vascular mesenchyme. By the 10th week , the cords have divided into sm ...
Chapter 16 *Lecture PowerPoint Sense Organs
... • From receptor to final destination in the brain, most somesthetic signals travel by way of three neurons • First-order neuron (afferent neuron) – From body, enter the dorsal horn of spinal cord via spinal nerves – From head, enter pons and medulla via cranial nerve – Touch, pressure, and proprioce ...
... • From receptor to final destination in the brain, most somesthetic signals travel by way of three neurons • First-order neuron (afferent neuron) – From body, enter the dorsal horn of spinal cord via spinal nerves – From head, enter pons and medulla via cranial nerve – Touch, pressure, and proprioce ...
Chapter 16 - Saladin
... • From receptor to final destination in the brain, most somesthetic signals travel by way of three neurons • First-order neuron (afferent neuron) – From body, enter the dorsal horn of spinal cord via spinal nerves – From head, enter pons and medulla via cranial nerve – Touch, pressure, and proprioce ...
... • From receptor to final destination in the brain, most somesthetic signals travel by way of three neurons • First-order neuron (afferent neuron) – From body, enter the dorsal horn of spinal cord via spinal nerves – From head, enter pons and medulla via cranial nerve – Touch, pressure, and proprioce ...
Summary of Function of Cranial Nerves
... • Fibers extend from the ventral midbrain, pass through the superior orbital fissure, and go to the extrinsic eye muscles • Functions in raising the eyelid, directing the eyeball, constricting the iris, and controlling lens shape • The latter 2 functions are parasympathetically controlled • Parasymp ...
... • Fibers extend from the ventral midbrain, pass through the superior orbital fissure, and go to the extrinsic eye muscles • Functions in raising the eyelid, directing the eyeball, constricting the iris, and controlling lens shape • The latter 2 functions are parasympathetically controlled • Parasymp ...
Trigeminal nerve
... synapse—vasomotor to blood vessels. Sensory root: from auriculotemporal nerve-- do not synapse. Branches: communicating branch to auriculotemporal nerve for parotid gland communicating branch to chorda tympani communicating branch to nerve of pterygoid canal Motor branch to tensor tympani and tensor ...
... synapse—vasomotor to blood vessels. Sensory root: from auriculotemporal nerve-- do not synapse. Branches: communicating branch to auriculotemporal nerve for parotid gland communicating branch to chorda tympani communicating branch to nerve of pterygoid canal Motor branch to tensor tympani and tensor ...
stem cell therapy: an emerging science
... Stem cell is a unique type of a cell that has a great capacity to renew itself and to give rise to a specialized cell types. Stem cells are uncommitted and remain uncommitted until they receive a signal to develop into a specialized cell. Stem cells have the remarkable potential to develop into diff ...
... Stem cell is a unique type of a cell that has a great capacity to renew itself and to give rise to a specialized cell types. Stem cells are uncommitted and remain uncommitted until they receive a signal to develop into a specialized cell. Stem cells have the remarkable potential to develop into diff ...
Neuropathy And The Rebuilder
... For example, when the lumbar area experiences a muscle spasm, blood flow is restricted through that muscle resulting in reduced oxygen availability to the surrounding tissue, including nerve cells. Because muscles can use either oxygen or glucose metabolic pathways, they can recover quickly from a ...
... For example, when the lumbar area experiences a muscle spasm, blood flow is restricted through that muscle resulting in reduced oxygen availability to the surrounding tissue, including nerve cells. Because muscles can use either oxygen or glucose metabolic pathways, they can recover quickly from a ...
cOrnEa - ESCRS
... A review of cases showed for example that 77 per cent of epithelial defect patients got good or excellent results following treatment with E-PRP drops. The eye drops also benefited patients with dormant corneal ulcers not responsive to conventional therapy, with 50 per cent healing completely and 42 ...
... A review of cases showed for example that 77 per cent of epithelial defect patients got good or excellent results following treatment with E-PRP drops. The eye drops also benefited patients with dormant corneal ulcers not responsive to conventional therapy, with 50 per cent healing completely and 42 ...
Part b
... • Connective tissues have: • Mesenchyme as their common tissue of origin • Varying degrees of vascularity • Cells separated by nonliving extracellular matrix (ground substance and fibers) ...
... • Connective tissues have: • Mesenchyme as their common tissue of origin • Varying degrees of vascularity • Cells separated by nonliving extracellular matrix (ground substance and fibers) ...
Using stem cells to repair damaged hearts National
... specialized kind of stem cell that's not multipotent. In other words, it can only form more skeletal-muscle cells. But they can be expanded in a dish and then reimplanted into a patient's heart on an elective basis. And so this has been most commonly done at the time when a patient would have corona ...
... specialized kind of stem cell that's not multipotent. In other words, it can only form more skeletal-muscle cells. But they can be expanded in a dish and then reimplanted into a patient's heart on an elective basis. And so this has been most commonly done at the time when a patient would have corona ...
Organogenesis Mesoderm - Relative Positions of Different Types
... • The dermatome will form the dorsal dermis. • The myotome will form the vertebral muscle. ...
... • The dermatome will form the dorsal dermis. • The myotome will form the vertebral muscle. ...
145 CHAPTER SUMMARY
... fibers, you would be much more flexible. Although there is some truth to this statement, such a condition would present serious problems. Why? 4. In adults, over 90% of all cancers are either adenomas (adenocarcinomas) or carcinomas. (See Related Clinical Terms for this chapter.) In fact, cancers of ...
... fibers, you would be much more flexible. Although there is some truth to this statement, such a condition would present serious problems. Why? 4. In adults, over 90% of all cancers are either adenomas (adenocarcinomas) or carcinomas. (See Related Clinical Terms for this chapter.) In fact, cancers of ...
External Acoustic Meatus.
... secretomotor fibers for the lacrimal and salivary glands, and some pain fibers. The two parts leave the brain at the caudal border of the pons (cerebellopontine angle) and enter (with the eighth cranial nerve) the internal acoustic meatus. The facial nerve traverses the facial canal in the temporal ...
... secretomotor fibers for the lacrimal and salivary glands, and some pain fibers. The two parts leave the brain at the caudal border of the pons (cerebellopontine angle) and enter (with the eighth cranial nerve) the internal acoustic meatus. The facial nerve traverses the facial canal in the temporal ...