- Specification
- Downloads
- Reviews
Product Specification
Brands:Solarbio
Model Number:
Place of Origin:China
Warranty:
Safety Performance:
Protection Class:
Sterile Status:
Reconstitution:
Shipping:Ice bag
Battery:
Battery Service Life:
Component:
Capacity:
Concentration:
Dimension [D×W×H]:
Diameter:
Length:
Width:
High:
Volume:
Volume Range:
Speed:
Speed Range:
Max.Speed:
Max. RCF:
Temperature Range:
Operating Temperature Range:
Permissible Ambient Temperature :
Permissible Relative Humidity:
Input voltage:
Power Requirements:
Voltage/Frequency:
Sensitivity:
Specificity:
Precision:
Speed Accuracy:
Volume Accuracy:
Particle Size:
Pore Size:
Binding Capacity:
Calculated Molecular Weight:
Observed Molecular Weight:
Purity:
Shelf Life:1 year under -4℃
Storage:4℃
Random Error:
Acceleration/Braking time:
Aspiration Speed:
Calculated Molecular Weight:
Dilution:
Driving Motor DC motor:
Em:
Ex:
Endotoxin:
Flow rate [liquid]:
Application:
Detection Target:
Detection Type:
Detection Range:
Research Areas:HPLC Assay Kit
Species Reactivity:
Reactivity:
Target Synonym:
Test Principle:
Product Description
L-Serine is a non-essential amino acid for humans, as the body can synthesize it endogenously. L-Serine is an important raw material for the synthesis of phosphatidylserine and other cell membrane phospholipids, playing a crucial role in maintaining cell membrane structure and signal transduction. L-Serine is also involved in one-carbon unit metabolism, providing one-carbon groups for nucleotide synthesis and the methionine cycle.
L-Serine lacks ultraviolet (UV) absorption groups and strong fluorescent properties, and thus cannot be directly determined by conventional detectors. This kit employs a pre-column derivatization method: under weakly alkaline conditions, OPA (o-phthalaldehyde) and 3-MPA (3-mercaptopropionic acid) specifically react with the amino group of L-Serine to form fluorescent derivatives. Upon excitation with ultraviolet light, these derivatives emit fluorescence at a longer wavelength than the excitation light. The fluorescence intensity is proportional to the L-Serine concentration with a high response, making this method suitable for automated batch analysis by HPLC. This kit is specifically designed for the rapid and efficient extraction and quantification of L-Serine in plant samples.
Instruments and Reagents Required for the Assay
High-performance liquid chromatograph (HPLC) equipped with a C18 column (4.6 × 250 mm, water tolerance ≥95%) and a fluorescence detector (FLD); ultrasonic cleaner; vortex mixer; electronic balance; low-temperature high-speed centrifuge (4°C, 10,000 r/min); mortar/homogenizer; adjustable pipettes; syringe; organic membrane filter; aqueous membrane filter; chromatographic-grade methanol, ethanol, and acetonitrile, etc.
Quantitative/Qualitative :
Result Type:
Materials :
Assay Time:
Autoclave component:
Available Rotor Adapters:
Binding Capacity:
Bio-activity:
Bottom Shape:
Bottom Type:
Buffer:
Cap Color:
Clonality:
Conjugation:
Coupled Ligand:
Cover Type:
Detection Instrument :
Dispensing Speed:
Display:
Form:
Formulation:
Graduation:
Growth Area:

