| adp definitions |
| # | Definition | Sets |
| 1 | adenosine diphosphate | 18 sets |
| 2 | similar structure to atp but has only 2 phosphate groups. partly charged | 9 sets |
| 3 | stands for adenosine diphosphate. it is a lower form of atp that is involved in the production and storing of energy. | 5 sets |
| 4 | atp minus one phosphate molecule | 4 sets |
| 5 | adenosine diphosphate (2 phosphate groups) | 4 sets |
| 6 | similar structure to atp but only two phosphate groups,becomes changed into atp | 3 sets |
| 7 | an ester of adenosine that is converted to atp for energy storage | 3 sets |
| 8 | adenosine diphosphate; molecule that atp becomes when it gives up one of its three phosphate groups | 3 sets |
| 9 | atp - phosphate group | 2 sets |
| 10 | adenosine diphosphate, loss of energy | 2 sets |
| 11 | a low energy molecule that can be recharged by adding a phosphate | 2 sets |
| 12 | adenosine diphosphate; a molecule made of a adenine molecule (ribose sugar) and two phosphate groups. when combined with a 3rd phosphate, it creates atp | 2 sets |
| 13 | adenosine diphosphate - atp s made by cells when a phosphate group is bonded adp | 2 sets |
| 14 | adenosine diphosphate, becomes atp | 2 sets |
| 15 | adenosine diphosphate, a molecule composed of of an adenine and two phosphate groups | 2 sets |
| 16 | a low energy molecule made of adenine, ribose, and two phosphates. when energy and a third phosphate is added it becomes atp. | 2 sets |
| 17 | result of breakdown and release of molecule to give off energy. | 2 sets |
| 18 | when atp loses a phosphate | 2 sets |
| 19 | (adenosine diphosphate) the compound that remains when a phosphate group is removed from atp, releasing energy | 2 sets |
| 20 | adenosine diphosphate. a nucleotide coenzyme. | 2 sets |
| 21 | adenosine diphosphate. | 2 sets |
| 22 | an atp molecule that loses its terminal phosphate becomes ___. | 1 set |
| 23 | (adenosine diphosphate) 3rd phosphate group | 1 set |
| 24 | atp molecule that loses its terminal phosphate becomes _____ | 1 set |
| 25 | low-energy molecule that can be converted to atp | 1 set |
| 26 | what is left over when a molecule breaks off of the atp | 1 set |
| 27 | has 2 phosphate groups | 1 set |
| 28 | , see under app-. | 1 set |
| 29 | the breakage of the terminal high-energy bond of atp results in the formation of adp. | 1 set |
| 30 | adenodine disphospate, transfers energy | 1 set |
| 31 | adenosine diphosphate, similar to atp, but missing one phosphate | 1 set |
| 32 | adenosine diphosphate. it is a lower form of atp that is involved in the production and storing of energy. | 1 set |
| 33 | adenosine diphosphate-used to prevent cardiovascular-related death | 1 set |
| 34 | molecule created when one phosphate is removed from atp to release stored energy | 1 set |
| 35 | formed during the breakdown of atp | 1 set |
| 36 | this molecule is needed when a second phosphate is added, more energy is needed to for the two phosphate groups together. | 1 set |
| 37 | gpiib-iiia receptor conformation change | 1 set |
| 38 | molecule formed from the releasing of a phosphate group from atp | 1 set |
| 39 | chemical compound nucleotide involved in energy transfer reactions in living cell | 1 set |
| 40 | is adenosine diphosphate | 1 set |