MSG3010: Mass Spect Gold Human Serum, Ultra-Low Homocysteine
Mass Spect Gold Human Serum, Ultra-Low Homocysteine is a high-purity human serum developed for sensitive applications requiring minimal homocysteine presence. Perfect for mass spectrometry, clinical diagnostics, and metabolic research, this serum ensures accurate, interference-free readings in homocysteine-related studies.
Specifications:
Source:Human serum converted from plasma
Country of Origin: United States
Analyte Specs: Reference specification sheet
Filtration: 0.1 μm
Storage Temp: -20 °C
Pricing is for 100mL. Request a quote or general inquiry for bulk pricing, COA, or specification sheet.
Mass Spect Gold Human Serum, Ultra-Low Homocysteine is a high-purity human serum developed for sensitive applications requiring minimal homocysteine presence. Perfect for mass spectrometry, clinical diagnostics, and metabolic research, this serum ensures accurate, interference-free readings in homocysteine-related studies.
Specifications:
Source:Human serum converted from plasma
Country of Origin: United States
Analyte Specs: Reference specification sheet
Filtration: 0.1 μm
Storage Temp: -20 °C
Pricing is for 100mL. Request a quote or general inquiry for bulk pricing, COA, or specification sheet.
Mass Spect Gold Human Serum, Ultra-Low Homocysteine is a high-purity human serum developed for sensitive applications requiring minimal homocysteine presence. Perfect for mass spectrometry, clinical diagnostics, and metabolic research, this serum ensures accurate, interference-free readings in homocysteine-related studies.
Specifications:
Source:Human serum converted from plasma
Country of Origin: United States
Analyte Specs: Reference specification sheet
Filtration: 0.1 μm
Storage Temp: -20 °C
Pricing is for 100mL. Request a quote or general inquiry for bulk pricing, COA, or specification sheet.
Description:
This material has been tested at the donor level and found negative or non-reactive for HIV 1/2 Antibody, HBsAg, HCV Antibody, HIV-1 (NAT) and HCV (NAT) by FDA Approved Methods