MAPMI Ultra-Broad-Spectrum Pathogen mNGS Test
Utilizing BES 4000 sequencing platform, MAPMI can screen 31,400 pathogenic microorganisms from clinical samples like blood, alveolar lavage fluid, cerebrospinal fluid, sputum, chest ascites, urine, secretions, and tissues.
Targeted Medication Guidance for Lung Cancer
This test detects SNV, InDel, CNV and gene rearrangement of 12 genes closely related to lung cancer, and it is mainly used for lung cancer targeted medication guidance and drug resistance monitoring.
Individual Pharmacogenomics Detection
By detecting genetic information related to drug metabolism, efficacy, and adverse reactions of the subject can help doctors or pharmacists develop safer and more effective medication plans.
Cabin Laboratory
The cabin laboratory is convenient to transport and fully functional. After collection, samples can be tested on the spot, which reduces the time for sample circulation.
CapitalBiotech® Microarray Hybridization Station
As a new generation of chip hybrid systems, the hybrid solution flows naturally and gently on the chip’s surface to accomplish full, uniform, and continuous mixing, giving the most optimal fluid dynamics and molecules.
CapitalBiotech® Microarray Scanner LuxScan™10K/D
Based on the optical system design for the laser confocal principle, it improves the detection sensitivity and is suitable for dual-color or single-color fluorescence detection and analysis of high, medium and low-density biochips.
Targeted Medication Guidance for Colorectal Cancer
The test detects 14 genes closely related to colorectal cancer, and it is mainly used for colorectal cancer targeted drug guidance and drug resistance monitoring.
CapitalBiotech® CalSlide-III Calibration Slide
CalSlideTM is a fluorescence calibration product made of NanobriteTM inorganic nano-fluorescent material on a scanner-scannable universal size (25.2mm*75.5mm*1mm) glass slide.
Mycobacteria Species Identification
The rapid identification of 17 clinically important mycobacterial species enables precise targeting of pathogenic strain types.