Stomach cells are replaced every 2 days primarily due to the harsh acidic environment and constant mechanical stress they endure while processing food, which leads to rapid wear and tear. In contrast, red blood cells have a longer lifespan of about 120 days as they serve a stable function in transporting oxygen throughout the body and do not face the same level of damage. The different rates of replacement reflect the specific functional demands and environments of these cell types.
the red blood cells are
Red blood cells have a lifespan of about 120 days. If it takes about 120 days for all red blood cells to be replaced once, then it would take approximately 1200 days (120 days x 10) for them to be replaced 10 times in your body. This is roughly equivalent to 3.3 years.
red blood cells are replaced ever 120 days, so therefore are replaced 3 times a year
Red blood cells are constantly being replaced in the bone marrow through a process called erythropoiesis. This process is controlled by the hormone erythropoietin, which signals the bone marrow to produce more red blood cells when levels are low. Old or damaged red blood cells are removed by the spleen and liver.
The blood cells, stomach, and brain do.
Measuring about 5" in length, the spleen is the largest lymphatic organ. It is located on the left side of the body between the diaphragm and stomach. The spleen filters the blood, destroys old red blood cells and recycles their parts, provides a reservoir of blood and is active in immune responses.
Stomach lining cells typically live for around 3 to 7 days before being replaced. The rapid turnover of these cells helps protect the stomach from the strong acids and enzymes it produces for digestion.
your blood cells
Muscle cells,Skin cells, and white blood cells.
Red blood cells
Adults have roughly 20-30 trillion red blood cells and the count of white blood cells in a litre of blood from a healthy adult is normally between 1 to 4 billion.
Blood tissue in the stomach plays a crucial role in supplying oxygen and nutrients to the stomach's cells, supporting their metabolic functions. It also aids in the removal of waste products generated by the stomach's active digestive processes. Additionally, blood circulation in the stomach helps regulate temperature and contributes to the immune response by transporting white blood cells and antibodies to combat potential pathogens. Overall, blood is essential for maintaining the health and functionality of the stomach.