The enzyme of a dead organism remains active for several weeks as long as the tissue is refridgerated.
Liver cells and heart cells have different functions and gene expressions. Liver cells are capable of producing a wide variety of enzymes involved in metabolism and detoxification, while heart cells primarily focus on contracting and pumping blood. The specific genes that code for enzyme production are more actively expressed in liver cells compared to heart cells.
Any object containing dead cells is made up of cells and has DNA. However, dead cells will not grow or use energy.
Peroxisomes hold enzymes that digest amino acids, fatty acids, and hydrogen peroxide, a toxic metabolic product. Enzymes convert hydrogen peroxide to water and oxygen or use it in reactions that degrade alcohol and other toxins. Drink alcohol, and peroxisomes in liver and kidney cells usually degrade nearly half of it.
Plant cells use carbon dioxide and water to make glucose through the process of photosynthesis, which is catalyzed by enzymes and chlorophyll.
Lysosomes use enzymes to break down proteins into amino acids, which can then be reused by the cell for building new proteins or for energy production. This process helps to maintain cellular function and recycle biomolecules.
Liver cells and heart cells have different functions and gene expressions. Liver cells are capable of producing a wide variety of enzymes involved in metabolism and detoxification, while heart cells primarily focus on contracting and pumping blood. The specific genes that code for enzyme production are more actively expressed in liver cells compared to heart cells.
These specialized cells in the liver, known as hepatocytes, are responsible for producing bile. They have unique structures and enzymes that allow them to synthesize and secrete bile into the bile canaliculi for storage in the gallbladder. Other cell types in the liver support hepatocytes in various functions, but they do not produce bile.
The body uses enzymes to control reactions within cells.
CARBOHYDRATES
Enzymes - biological catalysts.
CBD and the liver are connected because the liver helps process CBD through enzymes that break it down in the body. Some studies have suggested that very high doses of CBD could affect liver function, especially if someone already has liver issues or is taking medications that also use liver enzymes.
yes
Cytochrome P450 enzymes in the liver use oxygen to detoxify harmful substances by oxidizing them into less toxic forms. These enzymes are crucial in the metabolism and elimination of various drugs, toxins, and other foreign compounds from the body.
Any object containing dead cells is made up of cells and has DNA. However, dead cells will not grow or use energy.
Yes, smokeless tobacco can potentially lead to elevated liver enzymes. The chemicals in smokeless tobacco, such as nicotine and other harmful substances, can contribute to liver damage and stress, affecting liver function. Chronic use may increase the risk of liver disease, which is often indicated by elevated liver enzyme levels. However, individual responses can vary, and other factors such as alcohol consumption and overall health also play a significant role.
Cells use enzymes to speed up chemical reactions that are necessary for various cellular processes. Enzymes work by lowering the activation energy needed to start a reaction, thus increasing the rate at which reactions occur. This allows cells to efficiently carry out essential functions such as metabolism, DNA replication, and protein synthesis.
Yes, prolonged alcohol use can lead to liver damage by causing inflammation, fatty liver, cirrhosis, and liver cancer. These conditions can severely impair liver function and may lead to liver failure, which can be life-threatening. It is important to limit alcohol consumption to protect the liver.