Red blood cells (RBCs), or erythrocytes, have a biconcave disc shape that increases their surface area for efficient gas exchange. They contain hemoglobin, a protein that binds oxygen in the lungs and releases it in tissues, and they lack a nucleus and organelles, allowing more space for hemoglobin. RBCs are flexible, enabling them to navigate through narrow capillaries. Their primary function is to transport oxygen from the lungs to the body and return carbon dioxide for exhalation.
skin, cells, blood, organ
No blood cells- avascular
It's confirmed stem cells from cord blood is as effective as stem cells from embryo. The cord blood can cure fatal diseases and you can read stories of success in the blog provided below.
Red blood cells because that is what carries oxygen throughout the body
A CBC (Complete Blood Count) or FBC (Full Blood Count) are used to read red blood cells as well as the other two types, white blood cells, and platelets. Blood counts are the most commonly used blood tests in medicine practice because of the accuracy to provide a overview of a patients general health. The test is conducted by drawing blood into a test tube, using an anticoagulant to stop it from clotting and then transported to a laboratory for testing.
There are quite a few types of "blood cells". Luckily sites like Wikipedia has information on all of them. You can read about the Red blood cells, White blood cells and even the Platelets. Alternatives to Wikipedia are the Franklin Institute's website and Fun Science.
No there are white blood cells, red blood cells, (and I'm not sure if there are others) and they all have different purposes and jobs. white blood cells protect red blood cells from getting infected. if a red blood cell is infected then the white blood cells get rid of it.
They extract the stem cells from umbilical cord blood in albumin or dextran before infusion into patients. You can read more about it at www.cordblood.com/cord_blood_faqs/cord_tissue.asp.
White blood cells have a variety of different spacial features. They are two types, granulated and agranulted. They can vary in size from about 7 microns for a lymphocyte to 21 microns for a phagocyte.
The cells in the bloodstream include red blood cells, white blood cells, and platelets. Red blood cells carry oxygen to tissues, white blood cells help fight infections, and platelets aid in blood clotting.
Oxygen bonds to the iron in your hemoglobin. Hemoglobin is carried by your red blood cells. If I read your question correctly, You want to know where it leaves the blood; and the answer to that is in the capillaries. From there it diffuses into the cells, into the mitochondria, wherein it disappears (it's turned into water).
Microhematocrit tubes are read according to PCV (Packed Cell Volume). After centrifuging the tube, you will need a PCV card reader to determine the amount of packed red blood cells within the sample of blood. The PCV is determined by aligning the top of the clay plug (just as it reaches the layer of red blood cells) on the zero line and then gently "rolling" the tube up the chart until the intersecting middle line is aligned where the packed red cells and Buffy coat meet. Read across the chart and you should have a percentage of red blood cells to record as a PCV.