JeongHwa Kim | Toxicology | Best Researcher Award
JeongHwa Kim, Korea Testing Certification, South Korea
JeongHwa Kim 🎓 is a dedicated researcher at the Korea Testing Certification Institute 🇰🇷, with a strong foundation in pharmacy, biology, and microbiology. Her expertise spans cell toxicology, transformation, and hemocompatibility 🧬🩸. With a Ph.D. in Pharmacy and multiple impactful publications, she contributes to scientific innovation and medical device safety evaluation 📊🔬. JeongHwa’s work bridges fundamental research with practical applications, enhancing health and biocompatibility standards. Beyond research, she possesses a solid command of molecular biology and immunology techniques 🧪. Passionate about improving health outcomes, she continues to advance in the biomedical sciences field with excellence and commitment 🌟.
Professional profile :
Summary of Suitability :
Strengths:
Holds a Ph.D. in Pharmacy, reflecting strong academic rigor.
Demonstrates multidisciplinary expertise in pharmacy, biology, microbiology, and molecular biology.
Has contributed to numerous peer-reviewed publications, indicating scientific productivity and influence.
Proficient in advanced techniques such as cell toxicology, transformation, hemocompatibility, and immunology, which are vital in evaluating biocompatibility and safety of medical devices.
Area of Interest:
Specializes in toxicology and biocompatibility—critical fields for assessing health risks and improving medical standards.
Focuses on the interface between basic science and practical application, ensuring research is both innovative and clinically relevant.
Education & Work Experience :
🎓 Education :
🧪 Ph.D. in Pharmacy, University of Chungbuk (2013–2018)
🧬 Master’s in Biology Education, University of Chungbuk (2010–2013)
🦠 Bachelor’s in Microbiology, University of Chungbuk (2003–2009)
💼 Work Experience :
🔬 Researcher, Korea Testing Certification Institute (Dec 2020 – Present)
📂 Project administration
🧫 Test execution & data analysis
🧪 Expertise in Cell Toxicology, Cell Transformation, Hemocompatibility
Professional Development :
JeongHwa Kim consistently expands her skill set through hands-on research and advanced experimental techniques 🧪. Her work involves high-level molecular biology and immunology tools such as PCR, ELISA, and Western blotting 🔍🧬. She contributes to regulatory science by conducting reliable and reproducible testing for medical devices, focusing on blood compatibility and cytotoxicity 📈🩸. Her publication record highlights her commitment to scholarly communication and collaboration across disciplines 🖋️📚. JeongHwa’s professional journey reflects a blend of academic excellence and applied science, making her a valuable contributor to the biomedical and pharmaceutical research landscape 🌱💊.
Research Focus Category :
JeongHwa Kim’s research focuses primarily on biomedical science, particularly in cell-based assays, toxicology, and hemocompatibility evaluations 🔬🧫. Her studies examine how different species respond to biomaterials, emphasizing blood compatibility, coagulation, and cellular transformations 🩸🧬. She also explores natural compounds for therapeutic effects such as anti-obesity, anti-inflammatory, and anti-diabetic activities 🌿💊. JeongHwa’s work integrates molecular biology and pharmacology, aiming to enhance the safety and efficacy of medical devices and treatments. Her interdisciplinary research supports advancements in pharmacy, toxicology, and biotechnology, making meaningful contributions to health sciences and regulatory standards 🧠🏥.
Awards and Honors :
🏅 While specific awards were not listed, her achievements include:
🧪 Multiple publications in high-impact journals
📖 Recognized contributor to interdisciplinary biomedical research
🌟 Researcher role at a prestigious national testing institute
📈 Continuous academic progression with full academic trajectory at Chungbuk University
Publication Top Notes :
Title: Performance Study of Anticoagulants and Animal Blood for Establishment of In Vitro Blood Circulation Loop System
Citation: Jeonghwa Kim, Taewon Kim. Performance Study of Anticoagulants and Animal Blood for Establishment of In Vitro Blood Circulation Loop System. LabMed. 2025-04-16. DOI: 10.3390/labmed2020007
Title: Comparative Study on the Responsiveness of Different Species to Coagulation and Complement for Hemocompatibility Evaluation
Citation: Jeonghwa Kim, Geonyong Kim, Jiyoung Lim, Sekyung Kim, Joonho Eom, Taewon Kim. Comparative Study on the Responsiveness of Different Species to Coagulation and Complement for Hemocompatibility Evaluation. Applied Sciences. 2024-08-01. DOI: 10.3390/app14156721
Title: Comparative Study of the Reactivity of Animal-Derived Blood on Medical Device Materials using Hematology and Platelet Activity Tests
Citation: Jeonghwa Kim, Geonyong Kim, Sekyung Kim, Joonho Eom, Taewon Kim. Comparative Study of the Reactivity of Animal-Derived Blood on Medical Device Materials using Hematology and Platelet Activity Tests. Journal of Biomedical Research & Environmental Sciences. 2024-07-18. DOI: 10.37871/jbres1955Title: Establishment of Evaluation Method for Bhas 42 Cell Transformation Assay
Citation: Jeonghwa Kim, Daseul Lee, Ohryun Kwon, Suyoun Jeong, Taewon Kim. Establishment of Evaluation Method for Bhas 42 Cell Transformation Assay. The Korean Society for Veterinary Nursing. 2024-06-30. DOI: 10.56878/jvn.2024.3.2.85Title: Effectiveness of Erythrocyte Morphology Observation as an Indicator for the Selection and Qualification of Blood in a Mechanically Induced Hemolysis Test
Citation: Jeonghwa Kim, Taeho Kim, Sekyung Kim, Joonho Eom, Taewon Kim. Effectiveness of Erythrocyte Morphology Observation as an Indicator for the Selection and Qualification of Blood in a Mechanically Induced Hemolysis Test. Applied Sciences. 2024-05-29. DOI: 10.3390/app14114695
Conclusion:
JeongHwa Kim’s dedication to advancing medical device safety and biomedical research positions her as an ideal recipient for the Best Researcher Award. Her ability to bridge foundational science with applied outcomes directly contributes to public health and regulatory advancement. Her research not only meets but exceeds the benchmarks of innovation, applicability, and scientific excellence that such an award honors.