Introduction

dNTP is one of the most basic raw materials in molecular biology experiments. Hzymes is always considering offering better dNTP, not just with high purity but also with less contamination and better functionality in the down-streaming applications.

Each batch of dNTP from Hzymes has been produced according to GMP guidelines. The established OC method meets the requirements of the United States, Europe, Chinese Pharmacopoeia, and other regulations. After extensive verification and validation, Hzymes dNTP series products are suitable for various molecular biological applications, including PCR, qPCR, high fidelity PCR, long chain PCR, cDNA synthesis, RT-PCR, RCA, MDA, DNA markers, DNA sequencing, in vitro transcription, siRNA synthesis, RNA amplification, etc. The standard supply form is 100mM solution, and we can provide solutions with each nucleotide concentration of2 mM10 mM,25 mM, 100 mM, and 400 mM.

Advantages

01. Ultra-high purity, with HPLC detection purity greater than 99%.

02.Without DNase, RNase, qPCR, PCR and RT inhibitors contamination.

03. All components have undergone strict functional quality control, and meet the strict requirements for DNA contamination.

Applications of Hzymes dNTPs

Hzymes dNTPs are optimized for a wide range of applications, including but not limited to:

• Standard and real-time PCR (qPCR)
• High-fidelity and long-range PCR
• cDNA synthesis and RT-PCR
• Rolling circle amplification (RCA)
• Multiple displacement amplification (MDA)
• DNA sequencing and molecular cloning
• In vitro transcription and RNA amplification
• siRNA synthesis and DNA marker preparation

These PCR-grade nucleotides are trusted by researchers across biotechnology, molecular diagnostics, academic labs, and pharmaceutical R&D.

Orderings

Ready to Upgrade Your Molecular Biology Workflow?

Discover how Hzymes' high-purity, GMP-certified dNTPs can enhance your experiments. Contact us today for a custom quote or bulk ordering options, and let us support your innovation with the quality it deserves.