Results from This Site: 11 - 20 of 22 total results for haemoglobin
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10,000 others) transport e.g. haemoglobin (oxygen), transferrin (iron) pumps e.g. Na+K+ pump in cell membranes motors e.g. myosin (muscle), kinesin (cilia) hormones e.g. insulin, glucagon receptors
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PRIVATE Red Blood Cells These blood cells contain haemoglobin and carry oxygen. Haemoglobin This is the protein in red blood cells, which turns into oxyhaemoglobin in the lungs. White Blood Cells These
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10,000 others) transport e.g. haemoglobin (oxygen), transferrin (iron) pumps e.g. Na+K+ pump in cell membranes motors e.g. myosin (muscle), kinesin (cilia) hormones e.g. insulin, glucagon receptors
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whereas non-functioning haemoglobin is fatal. Some cells are more important than others. Mutations in somatic cells (i.e. non-reproductive body cells) will only affect cells that derive from that cell,
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Increase in red blood cells/ haemoglobin; More aerobic respiration compared to anaerobic; Tissue respiration faster/more or larger mitochondria; Control of the heart cycle (cardiac) muscle is myogenic;
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Bloodstream glucagon Bloodstream Transport Haemoglobin Red blood cells Clotting Fibrin Bloodstream Thrombin Bloodstream Contractile Myosin Muscles Storage Albumin Egg
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and unloading of oxygen in relation to the oxygen haemoglobin dissociation curve, and the effects of pH andcarbon dioxide concentration. Tissue fluid The relationship between blood, tissue fluid, lymph
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oxygen haemoglobin dissociation curve, and the effects of pH and carbon dioxide concentration. Tissue fluid The relationship between blood, tissue fluid, lymph and plasma. The role of the lymph system
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a high rate of respiration is maintained with more haemoglobin free to act as a buffer.(A buffer is a substance, which can absorb hydrogen) Breathing In: Diaphragm contracts and flattens. Intercostal
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whereas non-functioning haemoglobin is fatal. Some cells are more important than others. Mutations in somatic cells (i.e. non-reproductive body cells) will only affect cells that derive from that cell,
