Carrier RNA: The Essential Guide to Nucleic Acid Coprecipitants in Molecular Biology
2026-02-02
RA02, Ribonuclease A Solution
Exceptional Stability of Recombinant RNase A: The Ultimate Solution for Ambient Temperature Storage
2026-04-08

Stability Test Report for dNTPs

This report outlines the performance and purity of 100mM dNTPs (dATP, dCTP, dGTP, and dTTP) under various stress conditions, including freeze-thaw cycles, thermal exposure, and long-term storage.

1. Freeze/Thaw Cycle Test

This test evaluates the stability of dNTPs when subjected to repeated freezing and thawing, simulating frequent laboratory use.

ItemLot No.Original HPLC PurityHPLC After 50 Thaw Cycles
100mM dATP120201-299.20%98.80%
100mM dCTP120101-299.90%99.60%
100mM dGTP11040199.50%99.20%
100mM dTTP110303-199.80%99.40%

2. Thermal Stability Test

This test measures the degradation of dNTPs when stored at room temperature (25℃) and elevated temperature (37℃) for 10 days.

ItemLot No.Original HPLC25℃ (10 Days)37℃ (10 Days)
100mM dATP10110199.60%99.40%95.00%
100mM dCTP10110199.80%99.90%96.70%
100mM dGTP10110199.70%99.50%95.00%
100mM dTTP10110199.50%99.40%95.60%

3. Long-Term Stability Test

Data represents the purity maintained over a 5-year period under standard storage conditions.

ItemLot No.Original1 Year2 Years3 Years4 Years5 Years
100mM dATP090901-199.80%99.68%99.60%99.54%99.27%99.30%
100mM dCTP090301-199.82%99.73%99.70%99.65%99.60%99.57%
100mM dGTP9010199.54%99.47%99.44%99.39%99.35%99.36%
100mM dTTP9100199.77%99.63%99.60%99.59%99.31%99.28%