Yes. They can be made through either fusion or fission.
Through fusion, atoms with lower molecular numbers can combine to make one atom of a higher molecular number. This process occurs in stars when hydrogen is fused into helium.
In nuclear fission, an atom with a high molecular number, looses neutrons and protons to become an atom with a lower molecular number. It is said to be radioactive, and this happens naturally as uranium turns into lead. When it happens naturally the rate at which it goes through fission is called a half-life. When it is used in a nuclear reactor it can release energy as if undergoes fusion and produce a lot of energy over a long period of time.
When it is used in an atomic bomb, the fission undergoes a chain reaction where all the energy is released in a fraction of a second and creates a huge explosion.
When it is used in a nuclear bomb, an atom bomb explodes under nuclear fission and then triggers hydrogen to fuse into helium in a secondary explosion. This type of bomb releases even more energy.
So. Yes, atoms can be made and destroyed, in both cases huge amounts of energy are released in the process.
No, red blood cells are not destroyed in the liver. They are broken down in the spleen and recycled by the body.
White blood cells are destroyed mainly in the spleen and liver, where they are broken down by macrophages and other immune cells. Additionally, some white blood cells may be eliminated in the bone marrow or lymph nodes as part of the immune system's surveillance and renewal process.
The bone marrow is responsible for producing red blood cells, white blood cells, and platelets. If the bone marrow is destroyed by radiation, these cells would not be able to be reproduced, leading to a compromised immune system, anemia, and difficulty in blood clotting.
The dark green pigment produced from hemoglobin when red blood cells are destroyed is called biliverdin. It is eventually converted into bilirubin, which gives bile its yellow color.
Human red blood cells are suspended in a straw colored yellowish substance called plasma. If red blood cells were destroyed, it is more likely the blood sample would look less red and more yellowish, but certainly not completely white.
Countless no. of cells. It is because when a cell is destroyed another cell is created.
The cells destroyed by freezing are shed afterwards in a heavy watery discharge.
red blood cells are destroyed by macrophages in the blood to form heme and globin
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No, red blood cells are not destroyed in the liver. They are broken down in the spleen and recycled by the body.
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On average, around 2.4 million red blood cells are produced per second in the human body. Red blood cells typically circulate for about 120 days before being destroyed in the spleen or liver. The exact number of blood cells destroyed per second can vary based on individual factors like health and diet.
Red blood cells have a life span of about 120 days. They are formed in the bone marrow and destroyed by the reticuloendothelial cells present in spleen, liver, lymph nodes, brain, the heart or even in the muscles. Spleen is the major site of their destruction.
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