Total Healthcare Solution Service
We provide a total healthcare solution for the entire lifespan,
from preparing for pregnancy to childbirth, infancy, and adulthood.
The best partner for precision medicine
Total Healthcare Solution Service
We provide a total healthcare solution for the entire lifespan,
from preparing for pregnancy to childbirth, infancy, and adulthood.
Our service provides individual genetic testing that analyzes the genetic risk through major cancer/disease-related specific gene testing
and predicts the risk of cancer/disease occurrence.
This refers to a test to determine whether or not a person has a known genetic variation that is associated with a certain disease,
even if they currently have no symptoms, as a preventative measure.
The advantage of predictive analysis is that molecular genetic testing is possible before the onset of the disease, which can help prevent,
early diagnose, treat, and manage the disease in conjunction with other screening methods, reducing the incidence
and mortality rates of the disease.
This test recommends the optimal anticancer drug by comparing the degree of cancer cell death through tissue culture based on Adenosine TriPhosphate and chemical reactions with anticancer drugs.
Consultation on types of tests, test costs, and how to request tests
(conducted through affiliated medical institutions)
Sample collection and preparation of the test request and genetic testing consent form
(performed in collaboration with a specialized medical institution)
Performance of DNA extraction and genetic testing
Delivery of test results
(to be received from a linked specialized medical institution)
personalized genetic testing services
We aim to provide reliable test results to patients and doctors through personalized genetic testing services.
By analyzing the genome and identifying relevant genes, we can produce accurate diagnostic test results.
We are striving to provide individualized precision medical services by analyzing results that can be utilized for disease diagnosis,
treatment efficacy determination, and prognosis prediction from all specimens derived from the human body.
The rare disease test for newborns is a technology for providing personalized medical and healthcare services based on comprehensive
analysis of an individual's genetic information, clinical information, and lifestyle information in precision medicine.
NGS testing enables personalized precision medical analysis and diagnosis by analyzing genetic variations related to diseases on an individual basis.
This test utilizes NGS analysis to identify the cause of rare genetic diseases by analyzing the Exome region, which is capable of
synthesizing proteins from human genes.
Through individual genome analysis, we predict the risk of developing diseases that may be caused by genetic factors and provide personalized
treatment information.
This is a non-invasive prenatal test that uses the Droplet Digital PCR technology to analyze up to three genetic information per well
and employs the Oil PCR method.
NIPT is a screening test for prenatal abnormalities that mothers who have passed 10 weeks of pregnancy can receive,
and it checks for fetal chromosomal abnormalities through the mother's blood.
It is a test to find out the risk of chromosomal abnormalities such as Down syndrome, Edward syndrome and Patau syndrome by collecting blood
from pregnant women and using next-generation sequencing (NGS) using fetal DNA that is present in small amounts in the mother's blood.
This allows early detection of abnormalities in the fetus and proper treatment.
It analyzes individual genome sequencing using next-generation sequencing (NGS) technology.
This makes it possible to more accurately and comprehensively examine copy number changes for the entire genome, thereby increasing
the diagnosis rate compared to conventional nucleoid methods.
This can help patients diagnose and treat them by reducing errors in tests and providing more accurate tests and interpretations.
Newborn Screening is a very effective test that can identify genetic disorders such as developmental disorders, mental retardation and behavioral
disorders in newborns caused by chromosomal abnormalities (chromosome number abnormalities, some structural abnormalities) before expression.
Newborn genetic testing using next-generation sequencing (NGS) can accurately and accurately detect microscopic variations by examining
the entire chromosome at once. Early detection of these congenital diseases through NGS neonatal genetic testing can provide appropriate
treatment and effectively respond to symptom relief.
The neonatal screening test is a test conducted on newborns in order to detect and treat diseases early.
The neonatal congenital metabolic abnormalities test examines the hereditary metabolic diseases in which substances that need to be broken
down by enzymes accumulate in the body during metabolism in the body, resulting in human dysfunction. It also tests for congenital hearing
loss that occurs from birth. Inborn hearing loss occurs due to maternal infections such as rubella, CMV, herpes simplex virus,
premature babies, underweight babies, injuries during childbirth, drug alcohol consumed by the mother during pregnancy, complications related to
the Rh factor in the blood, jaundice, maternal diabetes, pregnancy poisoning during pregnancy, and oxygen deficiency.
The GLC NMD Gene test
uses next-generation sequencing technology to analyze the nucleotide sequence of the gene mutation site associated with the disease.
Consultation on types of tests, test costs, and how to request tests
(conducted through affiliated medical institutions)
Sample collection and preparation of the test request and genetic testing consent form
(performed in collaboration with a specialized medical institution)
Performance of DNA extraction and genetic testing
Delivery of test results
(to be received from a linked specialized medical institution)
GenoCoach is a DTC (Direct-to-Consumer) genetic testing service provided by Invites BioCore
Our healthcare service, GenoCoach, utilizes an individual's DNA to provide an analysis of
their genetic characteristics through the most scientifically selected biomarkers.
Get your "Instruction Manual for Your Body" from the comfort of your own home.
Genes are the 'Instruction Manual for Your Body' that record innate information.
A difference of about 0.1% in genes creates genetic diversity among people and creates unique physiques
that are different from all others.
Best Genetic Analysis Service
Based on extensive experience in various genome experiments and bioinformatics analyses,
we provide the best genome analysis service by incorporating the latest genome technologies.
DNA MICROARRAY is a technique for analyzing differences in gene expression variations by aligning hundreds to thousands of
DNA on a slide glass that has been immobilized, and combining fluorescent materials with DNA or RNA extracted from the sample to measure
the degree of binding to the DNA immobilized on the slide glass.
Next Generation Sequencing (NGS) is an analysis technology that breaks down a genome into countless pieces and reads each piece simultaneously.
The obtained data is then combined using bioinformatic techniques to rapidly decipher vast amounts of genetic information.
Real-Time PCR is a technique used to monitor the amplification of a product in real-time, allowing for the analysis of the amount or genotype of certain nucleic acid sequences. It is widely used in the interpretation of genetic information, such as gene expression analysis or genotype analysis.
Genomic Analysis
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