to what extent does the human erythrocyte meet the defination of a eukaryotic cell?
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The erythrocyte meets the ankolysing spreed coating at a rate of \n55 nydroids per ugelystic carbonium unit, this creates a spoor deficient stream of nuclycic noodles in the spectromin graph.
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It depends on the type of cell.  Animals are eukaryotic so by definition all their cells are eukaryotic although there are rare exceptions.  Your q needs to be more specific, there are lots of different types of animal cells, muscle cells, nerve cells, white blood cells just to name a few.  All these cells work together though in groups called tissues to support the wellbeing of the organism as a whole.  \nHope this helps
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After birth, red bone marrow (myeloid tissue) in long bones is responsible for hematopoiesis, which is the process by which blood cells are formed. Hemocytoblasts are the stem cells that give rise to the five types of blood cells.  Proerythroblasts eventually become reticulocytes, and then erythrocytes (red blood cells)within a couple days after leaving the marrow; myeloblasts become neutrophils, eosinophils, and basophils; monoblasts become monocytes; lymphoblasts become lymphocytes; and megakaryoblasts become thrombocytes (platelets), which are really just cell fragments.
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Red blood cells, for one. G1, I think. I see inter-phase above; sounds right.
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It is the simplest form of a cell membrane. Actually the cell on contain es the cell membrane and nothing else. It is used for research when doing tests on a cell membrane. It has nothing that could interfere with normals.
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A typical human erythrocyte (red blood cell) contains about 270 million haemoglobin molecules, with each carrying four heme groups.\n\nDecrease of hemoglobin, with or without an absolute decrease of red blood cells, leads to symptoms of anemia. Anemia has many different causes, although iron deficiency and its resultant iron deficiency anemia are the most common causes in the Western world. As absence of iron decreases heme synthesis, red blood cells in iron deficiency anemia are hypochromic (lacking the red hemoglobin pigment) and microcytic (smaller than normal).
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http://en.wikipedia.org/wiki/Human_cells
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bone marrow cells produce blood cells.
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It is very simple. Last band gives you that answer. You need to see G=G bond and it is follow by TAG. It is definatly eukaryotic.
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Eukaryotic cells have a definite nucleus, membrane bound organelles, usually larger in size (when compared to a prokaryotic cell), and certain eukaryotes are multicellular.\n\nProkaryotic cells do not have a definite nucleus, do not have membrane bound organelles, are much smaller in size (when compared to a eukaryotic cell), and are single celled.
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DEVIL is partially correct.  Red blood cells are used to transport oxygen.  They also carry carbon dioxide.  Red blood cells are like little delivery vehicles.  They pick up and deliver oxygen to where it's needed and return carbon dioxide to the lungs to be exhaled.
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Red blood cells are also known as RBCs or erythrocytes (from Greek erythros for "red" and kytos for "hollow", with cyte nowadays translated as "cell").
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Are you asking the difference between the two?  Mean cell hemoglobin is just the average amount of hemoglobin in a red blood cell.  Mean cell hemoglobin concentration, on the other hand, depends on the volume of the RBC.  So if there is a condition that causes red blood cells to be too big or small (B12 deficiency causing megaloblastic anemia, or iron deficiency causing microcytic anemia), the MCHC will reflect that.
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Eukaryotes have organelles and are comparmentalized.  Prokaryotes do not have organelles and are not compartmentalized.
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Here is what i could fined but i was unable to find anything on the leaf eperdemal cells.\n\nA red blood cell is - a cell in the blood of vertebrates that transports oxygen and carbon dioxide to and from the tissues\n\nprotozoans - Any of a large group of single-celled, usually microscopic, eukaryotic organisms, such as amoebas, ciliates, flagellates, and sporozoans.\n\nPhloem - the part of a vascular bundle consisting of sieve tubes, companion cells, parenchyma, and fibers and forming the food-conducting tissue of a plant. \n\nMuscle cells - an elongated contractile cell that forms the muscles of the body\n\n Xylem -a compound tissue in vascular plants that helps provide support and that conducts water and nutrients upward from the roots, consisting of tracheids, vessels, parenchyma cells, and woody fibers.
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eukaryotic\n\neu means true\nkary refers to nucleus\n\nwe have true nuclei in our cells
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Erythrocyte Sedimentation Rate