Oxidases perform oxidation reactions (remove electrons) on organic molecules. Dehydrogenases perform a similar action but removes a hydride ion instead (2 electrons and a proton).
I think it would be the kidneys
True. Photosynthetic bacteria obtain energy by removing electrons from inorganic molecules through a process called photosynthesis. This allows them to generate ATP and ultimately produce organic compounds for their growth and metabolism.
Yes, photosynthetic bacteria use a process called anoxygenic photosynthesis to obtain energy by removing electrons from inorganic molecules. This process allows them to generate ATP and reduce electron carriers to create a proton gradient for ATP synthesis.
The excretory system. The main components are the kidneys liver and large intestine
kidney eliminates the liquid waste.
A vacuum is needed in the deflection tube to prevent the interference of air molecules with the movement of electrons. Air molecules can scatter and absorb electrons, affecting the accuracy of the electron beam's deflection. By removing air and creating a vacuum, the path of the electrons remains unobstructed, allowing for precise control and movement within the tube.
Bleach works by breaking down the chemical bonds in molecules that give color to substances, effectively removing or decolorizing them. This chemical reaction alters the structure of the molecules responsible for the color, making them transparent or colorless.
Ultraviolet (UV) radiation is an electromagnetic wave that can create ions by removing electrons from atoms or molecules. This process is called ionization.
Removing 10 electrons from an aluminum atom would have a greater effect on its mass compared to removing 1 neutron. This is because electrons have very little mass compared to neutrons. Each electron has a mass of about 1/1836th that of a neutron, so removing 10 electrons would have a much larger impact on the overall mass of the atom.
water
Oxidoreductases. These enzymes facilitate redox reactions by transferring electrons from one molecule to another, either by oxidation (removing electrons) or reduction (adding electrons). Examples include dehydrogenases and oxidases.
polymers