2. FLNB in Skeletal Diseases Mutations in FLNB lead to various skeletal malformations‚ involving long bone‚ joints and vertebra. There were five FLNB-related skeletal disorders been reported so far‚ including spondylocarpotarsal synostosis (SCT)‚ Larsen syndrome‚ atelosteogenesis (AO)‚ boomerang dysplasia‚ and isolated congenital talipes equinovarus. (1) Spondylocarpotarsal synostosis syndrome (SCT‚ OMIM 272460) Spondylocarpotarsal synostosis syndrome was characterized by the following features:
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1 1. For lower premolars‚ the purpose of inclining the handpiece lingually is to A. B. C. D. Avoid buccal pulp horn Avoid lingual pulp horn Remove unsupported enamel Conserve lingual dentine 2. For an amalgam Restoration of weakened cusp you should A. B. C. Reduce cusp by 2mm on a flat base for more resistance Reduce cusp by 2mm following the outline of the cusp Reduce 2mm for retention form 3. Before filling a class V abrasion cavity with GIC you should A. B. C. Clean with pumice‚ rubber cup
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1. What structure separates the thoracic and abdominal cavities and what is it made of? The diaphragm. Made of skeletal muscle 2. What is the collective name for the contents of the ventral cavity? The viscera 3. What are the main functions of these membranes and the potential space they form? To secrete serous fluid which allows the parietal membrane to slide over the visceral membrane without friction. 4. What is the clinical condition that develops when air is able to enter the potential
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Shier‚ Butler‚ and Lewis: Hole’s Human Anatomy and Physiology‚ 13th ed. Chapter 7: Skeletal System Chapter 7: Skeletal System I. Introduction (Outcome 7.1.1) 1. Bones include active‚ living tissues: _____________________ __________________________________________________________________ (Outcome 7.1.2) 2. Bones: support and protect _________________‚ provide points of __________________________‚ house _________________‚ and store _____________________
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CARDIOVASCULAR SYSTEM 1 History and examination of the cardiovascular system I Mitral stenosis 3 2 Mitral regurgitation 8 3 Mixed mitral valve disease 12 4 Aortic regurgitation 13 6 Mixed aortic valve lesion 23 7 Mixed mitral and aortic valve disease 24 8 Hypertension 27 9 Atrial fibrillation 31 10 Palpitations 35 11 Slow pulse rate 37 12 Gallop rhythm 39 13 Angina pectoris 41 14 Acute myocardial infarction 45 15 Jugular venous pulse 52 16 Congestive cardiac failure 54 17 Infective
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Cell Fusion Introduction: The fusion of cells is a fundamental biological event that is essential for a variety of developmental and homeostatic processes. The importance of cell-cell fusion during development and disease is displayed in a variety of biological processes including‚ but not limited to‚ fertilization‚ development of tissues‚ the immune response‚ and aspects of tissue regeneration due to stem cells (Chen and Olson‚ 2005). Fertilization‚ which is the fusion of sperm and egg‚
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Biomechanics and Anatomy The anatomical and biomechanical makeup of the lateral side of the ankles have an innate vulnerability to ligamentous sprain. Inversion and eversion are permitted by two joints‚ the talocrural and the subtalor joint (Hertel et al‚ 1999). The lateral malleolus is comparably longer than the medial‚ which happens to create a fulcrum that inclines the ankle to inversion sprains (Booher & Thibodeau‚ 1994). The lateral ligament complex of the ankle is made up of the anterior talofibular
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The Skeletal System 2/17/13 Period: 2 Sierra Smith Emily Johnson Imani Rigguns The skeletal system is one of the most important systems in the human anatomy. Without this system our bodies wouldn’t have any source of motion or movement. From the skull all the way to the toes of our feet‚ everything is important. Out of the 206 bones‚ they all form our different shapes and make us all unique. They create our framework and enables us the move and perform our different
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does cartilage grow? 9. What gives bone flexibility? 10. What gives bone strength? 11. Name the 3 bone cells and their function 12. What is bone’s Extracellular matrix made up of? 13. What is calcification? 14. What is ossification? 15. What is osteogenesis? 16. What is osteolysis? 17. What is the functional unit of Compact bone? 1. Structural support to the body 2. Protection of various regions of the body 3. Mineral storage‚ especially calcium 4. Formation of blood cells in the marrow A. Dense
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The State of the Art of Tissue Engineering – Bone Content 1. Introduction………………………………………………….……………………………………………3 2. Bone Grafts and Bone Graft Substitutes…….……………………………………………4 3. Bone Biology……………………………………………………………………………………………..4 4. Tissue engineering…………………………………………………………………………………..5 4.1. Ideal Scaffold 4.2. Growth factors 4.3. Stem cells 5. Future remarks/Conclusion………………………………………………………………………7 6. Appendix…………………………………………………………………………………………………..8 1. Introductions
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