- 과제명대마오일 노출에 의한 생체 바이오마커 확립 및 인체 유해성 기전 연구(위탁기업)
- 수행기간 2023. 04 ~ 2027. 12
- 사업명 과학기술정보통신부 바이오·의료 기술개발
- 개발내용대마오일 성분 중 포함되어 있는 유해물질의 정성적, 정량적 분석을 통하여 대마오일 베이핑시 인체 위해성을 검증함으로써 대마 사용규제 및 치료에 대한 정부 정책 수립에 과학적 근거 제시
- 과제명차세대 결핵백신 효능 평가 지표 개발(주관기업)
- 수행기간 2023. 04 ~ 2024. 12
- 사업명 보건복지부 감염병 예방치료 기술개발
- 개발내용백신의 유효성을 평가하기위한 많은 비용과 시간을 절약이 가능하도록, 좀 더 유용한 결핵 백신을 사전에 평가할 수 있는 지표를 발굴하고, 이를 활용한 진단 방법을 개발하고자 함
- 과제명 scRNA-Seq 서비스 개선을 위한 신규 cell counter의 개발 및 적용(주관기업)
- 수행기간 2023. 05 ~ 2024. 04
- 사업명 과학기술정보통신부 연구개발서비스 바우처 사업
- 개발내용scRNA-Seq을 위한 세포 QC 이미지 분석 시스템 고도화를 이용하여, Cell QC 정확도를 높이기 위한 Cell Counter 장비 개발
- 과제명 Development of multi-drug detection rapid kit and fully automated and portable drug test analyzer
- 수행기간 2020. 07 ~ 2022. 07
- 사업명 Ministry of SMEs and Startups
- 개발내용 Development of multi-drug detection rapid kits and fully automated portable drug test analyzer that can quickly and easily determine drugs on site for easy access samples such as saliva using drug specific antibody and lateral flow immuno assay technology
- 과제명 Production service platform and custom cell line development applied to healthcare industry materials
- 수행기간 2020. 04 ~ 2022. 12
- 사업명 Ministry of Trade, Industry and Energy
- 개발내용 Development of genetic knockout and knockin CRISPR platforms based on adenovirus vectors for highly efficient animal cellulose engineering and development of process technology necessary for commercialization of gene editing cellulose production services / Developing a cellular model that can be used for the research and development of sleep control, immune control, and anti-cancer related functional materials by utilizing the CRISPR platform
- Project Developing diagnosis kit for detecting drugs and toxic chemicals
- Duration 2019. 07 ~ 2019. 12
- Sponsor Chonnam Natioanl University R&DB Foundation
- Details Mutiplex lateral flow immuno assay kit development for simultaneous analysis of more than 4 kinds of antibody to detect multi frequent drugs and toxic chemicals
- Project Assay kit development for finding transcription factors of degenerative brain diseases based on cell-based assay
- Duration 2018. 11 ~ 2019. 04
- Sponsor Ministry of SMEs and Startups
- Details Develop a cell-based array of products that can secure a list of more than 25 degenerative brain disease transcription factors and screen the action points of brain diseases and drugs.
- Project Development of Transcription Factor Activity Measuring Kit to Screen Disease Reaction
- Duration 2018. 07 ~ 2019. 06
- Sponsor Ministry of SMEs and Startups
- Details Developed cell-based array-shaped product that screens disease and drug target from cells obtained from disease model cell line and sample using double reporter system that transcription factor combination is connected.
- Project Development of Network Living Cell Array to Measure Transcription Factor Activity for Screening New Drug
- Duration 2017. 10 ~ 2018. 03
- Sponsor Seoul Metropolitan City
- Details Developed an array that is based on cell plate that can observe and analyze transcription factor activity from a living cell to screen new drug for disease treatment.
- Project Development of Contactless Microarrayer Using Image Recognition Technology
- Duration 2017. 07 ~ 2019. 06
- Sponsor Ministry of SMEs and Startups
- Details Developed Microarrayer equipment to manufacture biochip that can recognize the location of X-Y axis through surface images of various plates from CMOS camera and arrange biological materials such as DNA and Protein in the micro-scale in correct location.
- Project A Comparative Study on the Biomarker Discovery and Clinical Data of Monkey's Brain Infarction Model through Multi-Omix Analysis
- Duration 2016. 05 ~ 2021. 01
- Sponsor Ministry of Science, ICT and Future Planning
- Details To understand cerebral infarction and establish the basis for treatment development, biomarkers are discovered through genome and proteome analysis in monkey brain infarction animal models, and biomarkers are verified through comparative analysis with human clinical data.
- Project Development of Cytokine Antibody Chip Using Nano Duplicating Metal Enhanced Fluorescence GLAD chip
- Duration 2015. 11 ~ 2017. 10
- Sponsor Ministry of SMEs and Startups
- Details Produced metal enhanced fluorescence GLAD chip based on nano duplication technology, developed Microarrayer to spot antibody on patterned plate in correct location, and developed antibody chip and test kit using patterned plate.
- Project Study on body protection effect of low-dose radiation from nuclear power plant to control radiation
- Duration 2013. 06 ~ 2018. 05
- Sponsor Ministry of Knowledge Economy
- Project Development of high-sensitive Microarray Biochip using glancing deposition
- Duration 2011. 08 ~ 2013. 07
- Sponsor Seoul Metropolitan City
- Details Developed high-sensitive Microarray Biochip using nano-patterned GLAD enhanced fluorescence chip and checked the possibility of its application in the discovery of biomarker and verification of procedural diagnosis of disease.
- Project Study on asthma through discovery and verification of protein marker of dust mite and development of diagnosis technology
- Duration 2011. 06 ~ 2012. 05
- Sponsor Small and Medium Business Administration
- Details Developed analysis service that can be applied to study and diagnosis of asthma by discovering dust mite allergy-related protein marker using the analysis of protein chip and proposing the mechanism of asthma occurrence.
- Project Development of asthma treatment step distinction technology using gene analysis
- Duration 2009. 06 ~ 2010. 05
- Sponsor Small and Medium Business Administration
- Details Developed medical analysis service-based technology that enables a patient to choose the most appropriate treatment step through the gene analysis of his or her peripheral blood
- Project Development of protein chip using contactless multi-samples printing technology
- Duration 2008. 12 ~ 2009. 11
- Sponsor Small and Medium Business Administration
- Details Obtained technology that can be foundation for producing bio-sensor product and protein chip that complements the drawbacks of existing protein chip, and established overall service system that includes the production of protein chip, preparation of samples, and data analysis.
