S1 Medical Laboratory Consumables Biochip Scanner ISO 13485 Certified

HS-S1 Biochip Scanner

PGOLD Is An Innovative Signal Amplifying Platform Originated From Stanford University, And Its Research Was Published In Top Journals Such As Nature Communications And Nature Medicine. It Is A Signal Enhancing Near Infrared Fluorescence Detection Platform Enabled By Nanoengineering. The High Sensitivity Of The PGOLD Technology Has Already Been Demonstrated In Novel Assays For Autoimmune Diseases And Infectious Diseases.

Protein Chip
The Protein Chip And WH2000 Protein Chip Fluorescence Analyzer Form A System And Must Be Used Together. This Instrument Is Only Used With The Protein Chip Kit Produced By Wuwei Huasi Biotechnology Co., Ltd.
Expected Usage:
WH2000 Protein Chip Fluorescence Analyzer Is Equipped With The Company's Special Kit For Protein Chip Method, Which Can Quantitatively Detect Human Serum, Plasma, Whole Blood Or Urine Central Tumor Markers (PSA, CEA, AFP, CA125, NSE, CYFRY211, CA199, CA153, Β-HCG, ER, HE4, Etc.), TORCH (Toxoplasma Gondii, Rubella Virus, Cytomegalovirus, Herpes Simplex Virus Type I And Type II) And Other Test Results Are Used For Clinical Auxiliary Diagnosis.

Technical Features

PGOLD™ Is An Innovative Signal Amplifying Platform Originated From Stanford University, And Its Research Was Published In Top Journals Such As Nature Communications And Nature Medicine. It Is A Signal Enhancing Near Infrared Fluorescence Detection Platform Enabled By Nanoengineering. The High Sensitivity Of The PGOLD™ Technology Has Already Been Demonstrated In Novel Assays For Autoimmune Diseases And Infectious Diseases.

The Plasmonic Gold Structure Leads To A Significant Enhancement In Signal-To-Noise Ratio, Surpassing Other Substrates And Beads By Up To 100 Folds In Sensitivity And Dynamic Range. PGOLD™ Substrates And Beads Are Useful For Fluorescence And Raman Based Cellular Imaging And Molecular Assays. Our PGOLD™ Technology:
Suppressing Background Signals
Suitable For Multi-Color Imaging
Compatible With Standard Cellular Imaging, Microarrays, And Flow Cytometric Assays