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Leadership

Introducing the management team of Bredis Healthcare.

certification

Designation as a Clinical Trial Bioanalytical Laboratory (GCLP)

In June 2023, we were designated as an accredited clinical specimen analysis laboratory by the Ministry of Food and Drug Safety.
We contribute to strengthening the competitiveness of domestic clinical trials by providing highly reliable analytical services.
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Good Manufacturing Practice (GMP) Conformity Certification for In Vitro Diagnostic Medical Devices for Clinical Performance Testing

In May 2024, we obtained certification of compliance with the Good Manufacturing Practice (GMP) standards for the manufacture and quality control of in vitro diagnostic medical devices intended for clinical performance testing from the Ministry of Food and Drug Safety, thereby establishing a quality management system.
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정��서

Institutional Review Board Registration Certificate

In accordance with Article 10 of the Act on Bioethics and Safety and Article 6, Paragraph 3 of the Enforcement Rules of the same Act, we have completed the registration of an Institutional Bioethics Committee, thereby securing a research execution system that meets ethical and legal standards for research involving human subjects.
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Notification of manufacture of in vitro diagnostic medical devices

In accordance with Articles 5 and 11 of the “In Vitro Diagnostic Medical Devices Act” and Articles 9 and 26 of the Enforcement Rules of the same Act, we have completed the notification of manufacture for in vitro diagnostic medical devices and are establishing a quality and production system based on the relevant regulations.
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Chita Ring Smart Ring Conformity Registration for Broadcasting and Telecommunications Equipment (KC Certification)

Registration number RR-BLDS-100
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Chita Ring Smart Ring Battery Obtains International Electrotechnical Commission (IECEE) CB Certification

Certification number SG PSB-BT-06292 (TÜV SÜD)
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Chita Ring Smart Ring Battery KC Certification

Authentication number XU102612-25018
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Chita Ring Smart Ring Battery Obtains International Electrotechnical Commission (IECEE) CB Certification

Certification number SG PSB-BT-06336 (TÜV SÜD)
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

Chita Ring Smart Ring Battery KC Certification

Authentication number XU101635-25082
브레디스헬스케어 임상시험검체분석기관(GCLP) 지정서

patent

A method for detecting particles of an analyte present in minute quantities within a fluid sample

Registration No. 10-2543112

A method for detecting particles of an analyte present in trace amounts within a fluid sample using microparticles

Registration No. 10-2802232

A method for detecting particles of an analyte present in minute quantities within a fluid sample using micro-well microparticles.

Registration No. 10-2802234

Ultra-high sensitivity detection method for extracellular vesicles derived from pathogens and uses thereof

Korean Patent Application No. 10-2025-018224

Through-hole array-based droplet-forming digital immunoassay device and digital immunoassay method using the same

Korean Patent Application No. 10-2025-0201077

METHOD FOR DETECTING ANALYTE PARTICLES PRESENT IN TRACE AMOUNTS IN FLUID SAMPLE

(Method for detecting particles of an analyte present in trace amounts within a fluid sample)

Singapore Patent Application No. SG 11202506856T

Method for detecting particles of an analyte present in extremely small amounts in a fluid sample

Japanese Patent Application No. 特願2025-559865

Method for detecting particles of an analyte existing in extremely small amounts in a fluid sample

Chinese Patent Application No. CN 202380097137.0

METHOD FOR DETECTING ANALYTE PARTICLES PRESENT IN TRACE AMOUNTS IN FLUID SAMPLE

(Method for detecting particles of an analyte present in trace amounts within a fluid sample)

European Patent Application No. EP 23933150.7

METHOD FOR DETECTING ANALYTE PARTICLES PRESENT IN TRACE AMOUNTS IN FLUID SAMPLE

(Method for detecting particles of an analyte present in trace amounts within a fluid sample)

U.S. Patent Application No. US 19/474,716

Immunoassay method and apparatus for detecting antigens using quantum dot clusters

Korean Patent Application No. 10-2025-0148254

Detector having a slip-based micro-well sealing structure and a method for manufacturing the same

Korean Patent Application No. 10-2025-0119654

Antigen analysis method and device based on the rotational motion of Janus particles in a magnetic field

Korean Patent Application No. 10-2025-0055859

Urine testing device installed on the inner wall of a toilet bowl and a urine testing method performed by the same

PCT International Patent Application Number PCT/KR2024/016305

Device and method for evaluating the attention and behavioral control of a test subject by providing distracting stimuli that yield accurate evaluation results

Korean Patent Application No. 10-2024-0064548

A method for determining a subject's cognitive function level using a predictive model and a system for performing the same

PCT International Patent Application Number PCT/KR2024/006637

A method for calculating the probability of risk of Alzheimer's disease in a subject based on the subject's blood information and a system for performing the same

PCT International Patent Application Number PCT/KR2024/006547

Urine testing device installed on the inner wall of a toilet bowl and a urine testing method performed by the same

Korean Patent Application No. 10-2023-0143652

A method for detecting particles of an analyte present in minute quantities within a fluid sample

PCT International Patent Application Number PCT/KR2023/007464

A method for determining the future cognitive function level of a subject using a predictive model and a system for performing the same

Korean Patent Application No. 10-2023-0069540

Method for generating a predictive model to determine the cognitive function level of a subject and a system for performing the same

Korean Patent Application No. 10-2023-0069335

A method for determining a subject's cognitive function level using a predictive model and a system for performing the same

Korean Patent Application No. 10-2023-0069282

A method for calculating the probability of risk of Alzheimer's disease in a subject based on the subject's GFAP, and a system for performing the same.

Korean Patent Application No. 10-2023-0065269

A method for calculating the probability of risk of Alzheimer's disease in a subject based on the subject's tau protein and a system for performing the same

Korean Patent Application No. 10-2023-0065253

A method for calculating the probability of risk of Alzheimer's disease in a subject based on the subject's amyloid beta, and a system for performing the same.

Korean Patent Application No. 10-2023-0065241

A method for calculating the probability of risk of Alzheimer's disease in a subject based on the subject's blood information and a system for performing the same

Korean Patent Application No. 10-2023-0065191

Automated microneedle analysis device using a magnetic stirring element and method thereof

Registration No. 10-2856481

(main)   Bredis Healthcare / Representative: Hwang Hyun-doo

Copyrights ⓒ 2023 Bredis Healthcare Inc. All Rights Reserved

Room 206, 57, Achasan-ro 17-gil, Seongdong-gu, Seoul

Business Registration Number | 441-86-02877

Contact | 02-6959-7657 Email | info@bredis.co.kr

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