Chemical Differences Between Chemical Reactions And Passive Transport
Secondly, chemical reactions are important in active transport. Active transport is a means by which molecules can pass from one side of a plasma membrane to another. It differs from passive transport in that it requires energy to occur. This is because while passive transport moves particles with the concentration gradient, active transport moves them against the gradient. The energy needed is usually provided in the form of adenosine triphosphate(ATP), whose molecular structure can be seen below in figure 2.
Energy is extracted from ATP by the chemical reaction of hydrolysis. As mentioned earlier, hydrolysis is the reverse reaction of dehydration synthesis. When water is added to ATP, the bond between the gamma phosphate group and beta
Energy is extracted from ATP by the chemical reaction of hydrolysis. As mentioned earlier, hydrolysis is the reverse reaction of dehydration synthesis. When water is added to ATP, the bond between the gamma phosphate group and beta