explain the misconception of blood
A dark gray color
interesting fact when blood is in your veins it is blue but when you get a shot oxygen hit you blood and it turns red.
no
Because the color of blood is red, and the only other color of blood is already taken!
red in color
Slightly. Blood is always red (common misconception is that it is blue). But when blood binds to oxygen it gets slightly darker red. It is always red because of the porphyrin in the heme group. The heme group in hemoglobin (the protein responsible for transporting gases in the red blood cells) consists of a porphyrin and an Iron ion. Another misconception is that the Iron causes the blood to be red, but it is the organic molecule Porphyrin that does this.
Blood is red. Your veins viewed from above the skin may give the illusion of blue due to light refraction and other factors. The common misconception of "blue" blood is continued due to textbook illustrators use of blue and red to differentiate arteries and veins.
In humans and other hemoglobin-using creatures, oxygenated blood is bright red. This is due to oxygenated iron in the red blood cells. Deoxygenated blood is a darker shade of red, which can be seen during blood donation and when venous blood samples are taken. However, due to an optical effect caused by the way in which light penetrates through the skin, veins typically appear blue in color. This has led to a common misconception that venous blood is blue before it is exposed to air. Another reason for this misconception is that medical charts always show venous blood as blue in order to distinguish it from arterial blood which is depicted as red on the same chart. The blood of horseshoe crabs is blue, which is a result of its high content in copper-based hemocyanin instead of the iron-based hemoglobin found, for example, in humans.
No, blood is never blue. This was a misconception made by the fact that veins appear to be blue because of how light reflects off the veins from under the layer of subcutaneous fat that absorbs the rest of the light waves. Deoxygenated blood is a dark deep red and oxygenated blood is more of a bright red. Blood cells get their color from hemoglobin which is red in color. If a person were to take away the layer of skin from the vessel they would see that both veins and arteries are a similar translucent vessel.
Blood is always red (NEVER blue) because of hemoglobin, the main factor in blood's color. Deoxygenated hemoglobin is dark red, while oxygen enriched hemoglobin is more cherry red. The common misconception that deoxygenated blood in your veins is blue stems from textbooks that show arteries in red and veins in blue for simplicity. Also, your veins appear blue through your skin because of a variety of reasons only weakly dependent on the color of the blood. Light scattering in the skin, and the visual processing of color play roles as well. If arteries were near the skin surface, they would appear blue as well. Cameras inserted in veins during medical procedures clearly show that blood in veins is red, and when drawing blood from veins in a way that doesn't expose it to the air, it is clearly a dark red color and not blue.
Humans do not taste blue. They can taste different foods such as blueberries that have the color blue, but they are not tasting the color, which is a misconception that some people believe.?æ
During menstruation, it is not just blood the exits the body, it consists of other tissue (epithelium) that lines the uterus. Blood is always red (common misconception is that it is blue). But when blood binds to oxygen it gets slightly darker red. It is always red because of the porphyrin in the heme group. The heme group in hemoglobin (the protein responsible for transporting gases in the red blood cells) consists of a porphyrin and an Iron ion. Another misconception is that the Iron causes the blood to be red, but it is the organic molecule Porphyrin that does this.
pinkish green
it is blood that is rich in carbon dioxide rather than oxygen on the way back to the heart . the oxygen has been delivered to the body and carbon dioxide has replaced the oxygen. Blood that has released its oxygen. It is dark red in color with a tinge of blue. It is a common misconception that deoxygenated blood is blue. Oxygen bonds to hemoglobin in the blood cells and is transported to where it is needed in the body where it exchanges with carbon dioxide. Deoxygenated blood is found in veins and in the pulmonary artery.
Blood is red.
the color is blue
Proteins don't give blood its color, the great amount of red blood cells do. Hence the name, they are red and give blood its color.