Nucleoside-diphosphate (NDP) Lyophilisates
Nucleoside diphosphates (NDPs) are pivotal molecules in a plethora of cellular processes. The exothermic hydrolysis of ATP yielding ADP and inorganic phosphate (Pi) is the major source of biological energy, and ATP/ADP as well as GTP/GDP are involved in the signal transduction pathways by kinases and G-Proteins.
NDPs can be converted to their triphosphates (NTP) by kinase-mediated enzymatic attachment of one additional phosphate while NTPs in combination with a phosphatase are converted back to NDPs (Fig. 1).
NDPs are widely used in signal transduction research as cofactors and serve as templates for chemical or enzymatic synthesis of non-natural analogues.
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Figure 1
Dynamic equilibrium of nucleoside diphosphate (NDP) and its triphosphate (NTP)
| Cat. No. | Amount | Price (EUR) | Downloads |
| ADP NU-1198-1G |
1 g | 66,50 |  |
| ADP NU-1198-5G |
5 g | 257,50 | |
| CDP NU-1199-100 |
100 mg | 238,00 | |
| GDP NU-1172-100 |
100 mg | 78,00 | |
| GDP NU-1172-1G |
1 g | 342,00 | |
| TDP NU-1207-10 |
10 mg | 54,80 | |
| TDP NU-1207-100 |
100 mg | 348,50 | |
| UDP NU-1206-100 |
100 mg | 48,20 | |
| UDP NU-1206-500 |
500 mg | 183,50 | |