What does dissipate mean in medical terms?

dissipation is the process of metabolizing a drug. It involves breaking the chemical down into smaller, less dangerous compounds that are easier for the body to eliminate. If a drug is not broken down, it can have dangerous side effects that make it harder for the body to fight infection.

What does dissipate mean in cell biology?

Different living cells have a structure that enables them to carry out their respective tasks, such as storing energy, breaking down food, or responding to the environment. transcription is one of the ways the cell carries out its activities. Transcription is the process of making a copy of a segment of genetic material. Transcription is usually done by a protein complex called RNA polymerase. Transcription is responsible for making the instructions for making the proteins that are involved in carrying out all of the cell’s

What does dissipation mean in Latin?

The word dissipate means to scatter or break up. In the context of medicine, the word refers to the process by which a drug or other agent loses its chemical or biological activity. This is the opposite of absorption, which is the process by which a drug or other chemical enters the body. Dissipation is measured in terms of absorption rate, or the rate at which the drug or chemical is absorbed into the body. The greater a drug's absorption rate, the faster it will be eliminated from the

What does dissipate mean in engineering terms?

Dissipation is the process of conversion of energy into heat. Dissipation in an electrical system occurs when current flows through resistors that absorb some of the energy, thus lowering the amount of power available to wires and devices. When a thermodynamic system loses some of its energy to the environment, it is said to have “dissipated” energy.

What does dissipate mean in computer terms?

In the context of computers, “dissipate” refers to the conversion of static energy into heat energy. When your computer is running, the various parts of the machine are generating static energy, such as the electrical energy used by the CPU. While the computer is running, this energy is converted into heat energy which allows the machine to continue running. The faster your computer runs, the more heat it generates. With a greater amount of static energy present, your computer will run hotter and