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Basics
Full name | Krittiyabhorn Kongtanawanich |
Nick name | Namthip |
Label | Pharmacist, Researcher, Ph.D. candidate |
kkrittiyabhorn@gmail.com, krittiyabhorn.kon@student.mahidol.edu | |
Url | https://kuchikinamthip.github.io/ |
Summary | A Cancer Scientist specialized in High-throughput and Integrative Multi-omics Systems Pharmacology who is deeply passionate about Cancer Biology |
Work
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2018.08 - Present Ph.D. Candidate
Siriraj Center of Research Excellence for Systems Pharmacology, Mahidol University
Ph.D. candidate under supervise of Assoc. Prof. Siwanon Jirawatnotai
- Project: Cholangiocarcinoma stem cell mediated drug resistance
Volunteer
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2023 - Present Bangkok, Thailand
Founder
MISS ASTHMA THAILAND
Helping as an asthmatic friend for fostering a supportive environment and promoting awareness
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2020 - Present Bangkok, Thailand
Founder
NO CANCER THAILAND
Simplifying and promoting cancer science and precision medicine for the public understanding.
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2017 - Present Bangkok, Thailand
Founder
Exercise Mania Patients THAILAND
Lead organizer advocates for physical activities and mutual support for Thai patients.
- Join running activities organized by Thai Cancer Society
Education
Awards
- 2021.05.21
The Best Poster Presentation Award
Pharmacological and Therapeutic Society
Topic: 'Differentiation potential of cholangiocarcinoma stem cells evaluated by live-biosensor'
Certificates
Fundamentals of Data Science in Precision Medicine and Cloud Computing | ||
Department of Genetics, Stanford Medicine, Stanford University | 2024-05-22 |
Master Real-World Bioinformatics Analysis in R | ||
CHATOMIC by Ming (Tommy) Tang | 2024-03-24 |
Transcriptomics Analysis: Single-cell RNA-seq | ||
Galaxy Training Network | 2024 |
Epigenetics Analysis: ATAC-Seq | ||
Galaxy Training Network | 2022 |
Transcriptomics Analysis: Reference-based RNA-Seq data analysis | ||
Galaxy Training Network | 2022 |
Publications
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2024.12.01 A live single-cell reporter system reveals drug-induced plasticity of a cancer stem cell-like population in cholangiocarcinoma
Scientific Reports
This study presents a live single-cell reporter system that uncovers the drug-induced plasticity of a cancer stem cell-like population in cholangiocarcinoma, providing insights into the mechanisms of cancer treatment resistance.
Skills
Cancer Research Skill | |
Biosensor (Fluorescence Cell Reporter) | |
2D/3D Cell Culturing | |
2D/3D Multi-colors Imaging | |
2D/3D High Throughput Cell Imaging | |
Multi-color Flow Cytometry | |
DNA/RNA Detection Techniques | |
Protein Detection Techniques | |
Bacterial and Virus Handling |
Computational Biology | |
Transcriptomics | |
High Content & High Throughput Image Analysis for 2D/3D cell culture |
Programming Languages & Tools | |
R | |
Unix | |
Python | |
Docker | |
Git |
Languages
Thai | |
Native speaker |
English | |
Proficient |
Interests
Cancer Biology | |
Cellular Plasticity | |
Cancer Stem Cell | |
Cancer Drug Resistance | |
Cancer Metastasis | |
Tumor Microenvironment |
Computational Biology | |
Transcriptomics | |
Epigenetics | |
High Content & High Throughput Image Analysis |
References
Assoc. Prof. Siwanon Jirawatnotai | |
Ph.D. Advisor (Pharmacology), Mahidol University |
Assoc. Prof. Apichart Atipirin | |
Pharm.D. Advisor (Pharmaceutical Science), Walailak University |
Projects
- 2018 - 2025
Cholangiocarcinoma Stem Cell
This research introduces a live single-cell reporter system that reveals the drug-induced plasticity of a cancer stem cell-like population in cholangiocarcinoma. The findings offer valuable insights into the mechanisms underlying resistance to cancer treatment.
- Ph.D. Thesis