Research Team

Omics Team

Omics Team
Through immunoassays such as flow cytometry, ELISA, multiplex bead assay, and antigen-antibody binding analysis using SPR assay, we analyze various proteins expressed in blood, cells, and tissues to determine changes in immune cells and proteins involved in immune responses, and develop therapeutic antibodies for the function of substances present in the body.
NGS
(16S Metagenomics)

Flow cytometry is a technology commonly used in research on immune responses to analyze changes or functions of immune cells in diseases such as cancer and infection by dyeing cells with fluorescent conjugated antibodies or various fluorescent substances.

WORKING FLOW

DNA
Extraction

V3-V4 Region
Amplification

Library
Preparation

Miseq
Sequencing

Analysis

Microarray

Based on DNA chip technology, genomes
in RNA samples are analyzed to provide expression information of various genes.
It is used for functional analysis and mutation detection of genomes.

WORKING FLOW

Prepare Poly-A
& Total rna

cDNA
Synthesis

cRNA
& Biotin Labeling

Fragmentation
&
Hybridization

WASH, STAIN
& SCAN

REAL-Polymerase
Chain Reaction (PCR)

Specific genes in sample RNA are monitored in real time based on PCR amplification technology.
It is a technology that can be applied to the relative quantification of various genes in the sample.

WORKING FLOW

RNA
PREPARATION

cDNA
SYNTHESIS

REAL TIME PCR

Proteomics Analysis

Proteomics Analysis is a research technique that identifies and quantifies all proteins expressed in cells, blood, tissues, etc. using high-resolution LC-MS, and widely applies biomarkers that can diagnose and monitor specific diseases, research disease, and develop new drugs.