People say that because the visible veins under your skin have a purple-ish blue color, due to the darkish red deoxygenated blood. Unfortunately, your blood is always red. This is the same misconception as saying Mountain Dew is green because of its green bottle, as an example.
Hydrogen peroxide decomposes into oxygen gas and water when it comes into contact with an enzyme called catalase present in blood and cells. The release of oxygen gas creates bubbles, which help cleanse the wound by dislodging debris and bacteria.
Hydrogen is a fuel for combustion, but cannot support it in the manner than oxygen can.
Hydrogen peroxide breaks down the components of blood stains through oxidation, which helps to lift the stain from the fabric. When hydrogen peroxide comes into contact with blood, it reacts with the enzymes and proteins in the blood to break them down, making it easier to clean the stain.
The majority of the Earth's oxygen comes from phytoplankton and terrestrial plants through the process of photosynthesis. Phytoplankton in the oceans are estimated to produce about 50-85% of the world's oxygen.
It is due to Diffusion Pressure Deficit, DPD for short. When in the blood as oxyhemoglobin its DPD is almost twice that of cells, thus it passively diffuses into the cells from the blood. A simpler way to look at is that products usually move from high density to low density areas via diffusion.
Blood is always red.
Before coming into contact with oxygen, blood is typically a dark red or maroon color.
Before coming into contact with oxygen, blood is typically a dark red or maroon color.
No, blood is really blue until it comes into contact with oxygen
When you bleed, your blood appears dark because it lacks oxygen. Oxygen-rich blood is bright red, but when it comes into contact with air and loses its oxygen, it turns dark red.
Blood is bright red due to the high concentrations of oxygen in it. This blood is known as oxygenated blood. Blood that appears dark in color or "blue" is blood that has been used by the body and has a higher concentration of carbon dioxide in it. This blood in known as deoxygenated blood!
No, blood is never blue. Blood appears blue in veins due to how light is absorbed and reflected, not because of its color. Once it comes in contact with oxygen, it appears red because of the presence of hemoglobin.
once it comes into contact with oxygen it turns red.
The fetus receives oxygen from the mother through the placenta. The mother's blood, high in oxygen, passes through the placenta where it comes into close contact with the fetus's blood, allowing for the exchange of oxygen and carbon dioxide. This process ensures that the fetus receives the necessary oxygen for development.
You can't get HIV from saliva. That's true even if it comes in contact with your blood.
Blood goes to the lungs oxygen poor and comes out of the lungs oxygen rich.
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