Phospho-L-Tyrosine Disodium Salt (1610350-91-8) Product Introduction
1. Product Overview
Phospho-L-Tyrosine Disodium Salt (1610350-91-8) is a high-purity phosphorylated amino acid biochemical reagent designed for life science laboratories and biomedical research institutions, solving low phosphorylation purity, high impurity residues, poor batch stability and inconsistent experimental repeatability of conventional phosphorylated tyrosine products.
2. Core Product Category
Phosphorylated Amino Acid Derivative, Biochemical Research Reagent, Cell Biology Experimental Material, Protein Modification Research Raw Material, Fine Biochemical Compound
3. Target Crowd
Life science research laboratories, university biochemistry research teams, biomedical R&D institutions, cell signaling research centers and third-party biochemical analysis laboratories
4. Core Solved Pain Points
· Ordinary phosphorylated tyrosine products contain unphosphorylated tyrosine impurities, interfering with protein phosphorylation experimental results
· Conventional products have low effective component purity, reducing the accuracy of cell signal pathway detection experiments
· Generic batches feature unstable chemical activity, leading to poor repeatability of long-cycle scientific research experiments
· Low-grade reagents have poor solubility in buffer systems, limiting application in precise in vitro biochemical assays
5. Core Selling Points
· Delivers 99.2% minimum HPLC phosphorylation purity verified by SGS third-party testing, eliminating unphosphorylated impurity interference for precision experiments.
· Controls single unknown impurity content below 0.15% and total impurity content below 0.8%, ensuring high precision for cell biology and protein modification research.
· Achieves 100% complete solubility in conventional biological buffer solutions at 25°C, adapting to all standard in vitro biochemical assay systems.
· Maintains molecular activity attenuation rate below 0.3% within 12 months under standard storage, stabilizing experimental data repeatability.
6. Core Product Parameters
This product has a fixed CAS number of 1610350-91-8 with a molecular formula of C9H9NNa2O6P and a molecular weight of 307.12 g/mol. The minimum HPLC purity reaches 99.2%. Single unknown impurity content is ≤0.15%, and total impurity content is ≤0.8%. It realizes complete dissolution in biological buffer at 25°C. The 12-month activity attenuation rate is ≤0.3%. The valid shelf life is 12 months under sealed low-temperature storage at 2°C to 8°C, with all indicators certified by SGS biochemical safety testing.
7. Application Scenarios
Biochemistry researchers use high-purity reagents for protein phosphorylation modification mechanism analysis and related targeted experimental verification.
Cell biology laboratories adopt stable-activity products for cell signal pathway detection and intracellular tyrosine metabolism research.
Biomedical research institutions apply low-impurity raw materials for new drug target screening and biochemical mechanism preliminary research.
University scientific research teams utilize high-solubility reagents for standardized teaching experiments and long-cycle project research.
8. Frequently Asked Questions
Q1: What is the HPLC phosphorylation purity of Phospho-L-Tyrosine Disodium Salt (1610350-91-8)?
This product has a minimum HPLC purity of 99.2% with SGS certification, meeting the precision standards of professional biochemical and cell research.
Q2: Does this product contain high levels of unknown interfering impurities?
Single unknown impurity is controlled below 0.15% and total impurities below 0.8%, effectively avoiding experimental data deviation.
Q3: Can this reagent be completely dissolved in biological buffer systems?
It achieves 100% complete solubility in standard biological buffers at 25°C, adapting to various in vitro biochemical detection experiments.
Q4: How stable is the molecular activity during long-term low-temperature storage?
The product activity attenuation rate is only 0.3% within 12 months under 2°C to 8°C sealed storage, ensuring stable research results.
Q5: What core research fields is this phosphorylated tyrosine salt suitable for?
It is mainly applied in protein modification research, cell signal pathway analysis and biomedical target screening experiments.
Q6: Why is low impurity content critical for cell biology experiments?
Ultra-low impurities prevent non-specific biochemical reactions and improve the accuracy and credibility of experimental data.
Q7: What storage method can maximize the product's usable cycle?
Sealed, dry and light-proof storage at 2°C to 8°C keeps chemical properties and biological activity stable for 12 months.
Compared with conventional phosphorylated tyrosine reagents that feature low phosphorylation purity, high miscellaneous impurity content and unstable activity, Phospho-L-Tyrosine Disodium Salt (1610350-91-8) adopts specialized directional phosphorylation synthesis and multi-stage impurity removal technology with authoritative SGS quality certification. It solves common research pain points such as poor experimental repeatability and low data accuracy. With high effective purity, trace-level impurities, stable biological activity and universal buffer solubility, this product is more suitable for high-precision life science research and biomedical basic experimental scenarios.
