Contents Page 1. Introduction Task 1 Page 2. Labelled diagram of the Bones of the cranium. Page 3. Labelled diagram of Bones of the face. Page 4. Labelled diagram of the bones neck‚ chest & shoulder. Task 2 Page 5. Labelled diagram showing the position of the Muscles of the face. Page 6. Labelled diagram showing the Muscles that move the head Page 7 .Chart showing the action and location of the muscle of the face. Task 3 Page 8 (A). Describe briefly the function and composition of blood
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Bones‚ Muscles and their Aging Process Isabella A. Guidotti ITT-Technical Institute Breckenridge School of Nursing Author Note This paper was prepared for Human Anatomy & Physiology‚ GE258‚ taught by Dr. Juan Osvaldo Garcia‚ MD. Bones‚ Muscles and their Aging Process The human skeleton provides support and structure to the body. As a child we are born with about 300 bones. Once we become adults‚ the body has 206 bones. The reason why we are born with
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Cancer Research Assignment Leukemia Leukemia is a form of cancer found in the blood and the bone marrow‚ where more white abnormal cells are dividing quickly which could overtime outnumber the normal cells. Leukemia starts formation in the stem cells of bone marrow and develops when the blood stem cells in the marrow are abnormal. Overtime this rapid growth and division will cause the leukemia cells to overcrowd the normal blood cells‚ making it harder for the white blood cells‚ red blood cells
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by having blood removed from the body. 3. How the development of lymphocytes is unique when compared with the development of the other formed elements? B lymphocytes develop in red bone marrow‚ T lymphocytes develop in red bone marrow and mature in the thymus; the other formed elements develop in red bone marrow. 4. How are red blood cells able to squeeze through capillaries that are smaller in diameter than they are? The cell membranes are strong and flexible so they can deform with rupturing
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• Infection: Tuberculosis Tuberculosis (TB) is commonly caused by a strain of bacterium called Mycobacterium Tuberculosis. It is neither gram-positive nor gram-negative‚ but instead has a waxy coating on the outside of the cell that enables acid-fast techniques to be used when staining the bug. The bacterium was first discovered by Robert Koch and earned him a Nobel Prize in Medicine. Mycobacterium prevents the acidification of the phagolysosome‚ thus disabling the antigen from being presented
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anemia the body’s bone marrow (a spongy tissue that is inside the bones) does not produce new or enough red blood cells‚ white cells or platelets. Aplitic anemia is a rare disorder that can be acquired or inherited. Diagnosing aplastic anemia your doctor will set up two bone marrow test bone marrow aspiration test and a bone marrow biopsy to check if the body is making enough red blood cells. In the bone marrow aspiration test the doctor will remove small amounts of bone marrow with a needle to examine
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cord after birth. Cord blood‚ like bone marrow‚ is an invaluable source of a type of stem cell that can be used in a variety of medical treatments. New parents now have the option of taking an active role in treating future illness much like a biological insurance policy. A process known as cord blood banking allows families to save these valuable resources for potential future medical use. Currently‚ the clinical use of hemopoietic cells derived from bone marrow is the gold standard
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defense and move through the lymph in response to antigens and pathogens. T-cells originate in the bone marrow and migrate to the thymus to mature; B-cells also originate in the bone marrow and migrate to the lymph tissues to mature. Erythropoiesis is the production of red blood cells. This process begins with myeloid cells that differentiate into myeloblasts (an immature white blood cell of the bone marrow) or proerythrocytes (an immature red blood cell). There are several factors which influence and
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white blood cells in the bone marrow. Both chronic and acute leukemia forms make up 3% of all new cancer cases in the world. Acute leukemia in women has the same treatment and survival outcomes as it does for men. The chances of getting this disease are actually slightly higher for men than women. However‚ it causes many more challenges for women than men during therapy and more long-term health problems. The cells in acute leukemia form at a very fast rate in the bone marrow and replace the functioning
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called hematopoesis. This multistep process takes place mostly in the bone marrow. Hematopoiesis actually starts in embryonic development at a different site called the yolk sac‚ but at this early stage‚ only a few types of cells are generated. The process moves to other places‚ such as the fetal liver‚ but at birth‚ most hematopoiesis occurs in the bone marrow. At any given time‚ there is a hierarchy of cells in the bone marrow‚ each stage or level characterized by the potential to differentiate
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