ATP, 200mM Tris Salt Solution

Adenosine 5'-triphosphate, tris salt solution
Catalog No. R1-051
Purity HPLC≥97.0%
Molecular Formula C10H16N5O13P3 (free acid)
Molecular Weight 507.18 (free acid)
Storage Condition -20℃, Always avoid freeze-thaw cycles.
Endotoxin <1 EU/ml

ATP, 200mM Tris Salt Solution

Adenosine 5'-triphosphate, tris salt solution
Grade
Amount/Package: 1mL / centrifuge tube
SKU: R1-051-ML001-P
Collections:  mRNA NTP Nucleotides Nucleotides for mRNA Other Raw Materials Synthesis Blocks
Unit price:
$36.50

Price

$36.50
Shipping calculated at checkout.
This variant is unavailable. Contact us if you have particular requirements.
Checkout

This Variant only supports customization. Please click the inquire button to submit a custom request.

Price/Order Inquiry

Shipping notes
Products on this site:
Currently ships to US and Canada.
For shipping worldwide, please contact us.
Order fulfillment: within 2 business days, if available.
US: 2-8 days (from CA by FedEx).
Canada: 5-10 days (excludes customs delays).

Details

Adenosine 5’-triphosphate (ATP) serves as both a universal biological energy donor and an essential substrate for nucleic acid polymerases and ATP-dependent enzymes.

This product is supplied as a 200 mM aqueous solution in the Tris salt form, providing a stable, mildly alkaline environment (typically pH 7.5-8.5) that enhances compatibility with biochemical and enzymatic assays.

Applications

Reference Standards & Controls

Serves as a quantitative standard for HPLC, LC–MS, enzyme kinetics, and calibration of nucleotide quantification assays.

Transcription & RNA Synthesis

In vitro transcription for synthesis of mRNA, sgRNA, ribozymes, and structured RNAs.

Enzymology & Metabolism

Supports kinase assays, ATP-dependent enzymatic reactions, and cellular energy metabolism studies.[1][2]

Features

High purity, nuclease-free, and extra-low endotoxin: suitable for sensitive biochemical assays.
Ready-to-use: 200 mM solution eliminates the need for weighing and dissolution.
Stable disodium salt form: ensures consistent pH and long-term storage.

Reference

[1] Martin, Ina V., and Stuart A. MacNeill. "ATP-dependent DNA ligases." Genome biology 3, no. 4 (2002): reviews3005-1. [2] Cozzone, Alain J. "ATP‐dependent protein kinases in bacteria." Journal of cellular biochemistry 51, no. 1 (1993): 7-13.

Specifications
  • Catalog No.
    R1-051
  • SMILES
    OCC(N)(CO)CO.NC1=NC=NC2=C1N=CN2[C@H]3[C@H](O)[C@H](O)[C@@H](COP(OP(OP([O-])([O-])=O)([O-])=O)([O-])=O)O3
  • Molecular Formula
    C10H16N5O13P3 (free acid)
  • Molecular Weight
    507.18 (free acid)
  • Appearance
    Clear colorless to yellow solution
  • Purity
    HPLC≥97.0%
  • Storage Condition
    -20℃, Always avoid freeze-thaw cycles.
  • Bacterial Endotoxin Test
    <1 EU/ml
  • Quality Control
    This lot of NTP has been performance tested in transcription reaction. This preparation is free of DNase and RNase contamination.

Documentation
COA Contact Us

Adenosine 5’-triphosphate (ATP) serves as both a universal biological energy donor and an essential substrate for nucleic acid polymerases and ATP-dependent enzymes.

This product is supplied as a 200 mM aqueous solution in the Tris salt form, providing a stable, mildly alkaline environment (typically pH 7.5-8.5) that enhances compatibility with biochemical and enzymatic assays.

Applications

Reference Standards & Controls

Serves as a quantitative standard for HPLC, LC–MS, enzyme kinetics, and calibration of nucleotide quantification assays.

Transcription & RNA Synthesis

In vitro transcription for synthesis of mRNA, sgRNA, ribozymes, and structured RNAs.

Enzymology & Metabolism

Supports kinase assays, ATP-dependent enzymatic reactions, and cellular energy metabolism studies.[1][2]

Features

High purity, nuclease-free, and extra-low endotoxin: suitable for sensitive biochemical assays.
Ready-to-use: 200 mM solution eliminates the need for weighing and dissolution.
Stable disodium salt form: ensures consistent pH and long-term storage.

Reference

[1] Martin, Ina V., and Stuart A. MacNeill. "ATP-dependent DNA ligases." Genome biology 3, no. 4 (2002): reviews3005-1. [2] Cozzone, Alain J. "ATP‐dependent protein kinases in bacteria." Journal of cellular biochemistry 51, no. 1 (1993): 7-13.

Why choose Hongene?

Trusted Partner in Nucleic Acid

Integrated Supply & Commercial Scale

With 26+ years of expertise, we control a secure supply chain for RNA raw materials and provide reliable GMP-grade oligo synthesis from research to commercial kilogram-scale production.

Proprietary Technology & IP

Our proprietary Chemoenzymatic Ligation Platform combines chemical andenzymatic methods, enabling high-putity, cost-effective, and large-scale production of RNA-based therapeutics.

Rigorous Quality

We implement multiple stringent QC steps, maintain ISO certifications, and ensure >99% batch-to-batch consistency, reducing scale-up and PPQ risks.

Manufacturing Scalability

Hongene operates 1.67 million sq. ft Oligonucleotide Manufacturing Facility, with advanced equipments including multiple OligoPilot™ and OligoProcess™ synthesizers (10-1800 mmol). 48 flexible production lines enable one-stop seamless scaling-up of API production from gram-level to tons and acheive high purity of 98%, meeting NMPA, FDA, and EMA standards.

Global Business Network

Our products and services reach over 40 countries and regions, supporting around 3,000 clients worldwide.

Global Business Distribution
40+
Countries & Regions
3000≈
Global Clients
54000+L
Annual NTP Production
58+t
Annual Amidites Production

Ask us anything!

Back to top

My Wishlist