A research lab at Khon Kaen University working where plant genomics, natural-product chemistry, and cancer biology meet.
We sequence complete chloroplast genomes and reconstruct how species are related.
We isolate and profile the bioactive compounds that medicinal plants produce.
We test those compounds against human cancer cell lines and trace how they act.
One connected pathway links upstream biodiversity research, midstream publications and intellectual property, and downstream products commercialised through Sciseeit Co., Ltd.
Select target plants, document biodiversity, study genomes and chemistry, and test biological activity in the laboratory.
Convert evidence into peer-reviewed publications, patents and petty patents that protect formulas and support technology transfer.
Develop protected formulas into health, herbal, food and cosmetic products distributed through Sciseeit Co., Ltd.
Instead of placing one very tall diagram on the page, the network is separated into interactive stages. Choose a tab to inspect the methods, tests and decision points used at each step.
Responsive · keyboard accessible · editable textTarget plant groups move through taxonomic identification, chloroplast-genome analysis and phytochemical profiling before becoming candidates for drug discovery.
Candidate extracts and compounds are screened for toxicity first. Non-toxic candidates then proceed to biological-activity testing across molecular, cellular, animal and computational models.
Active research candidates become prototypes, undergo safety and quality proof, and are converted into protected, publishable and registrable innovations.
When required, the product proceeds through clinical trials before regulatory approval. Approved products can then move to manufacture, market launch and commercial use.
The exact regulatory path depends on whether the output is a cosmetic, food, supplement, herbal medicine or medicinal product.
Three connected disciplines let us follow one plant from a specimen on a herbarium sheet to a molecular readout of how it affects human cells.
Every project moves through the same five stages — from collection in the field to bioassay at the bench.
Recurring genera whose genomes and chemistry we return to across projects and papers.
The midstream bridge between laboratory evidence and real-world products—covering protected health, herbal, cosmetic and food innovations.
Portfolio information supplied by the laboratory. Registration details are shown as provided in the attached source document.
From DNA extraction to cell-based assays, our benches carry the tools for genomics and natural-product chemistry under one roof.
Short films introducing the lab, plus tutorials that walk through the techniques we use every day.
Our flagship programme is an integrated research system that carries Thailand's plant biodiversity all the way from molecular discovery to registered, high-value health products.
Our research doesn't stop at papers. Through Sciseeit Co., Ltd., discoveries from the lab become registered health, herbal, food and cosmetic products.
Commercialised through Sciseeit Co., Ltd. Product images are illustrative and can be updated in the admin panel.
A curated look at Professor Arunrat Chaveerach's research awards — from university honours to international innovation medals.
Eight researchers across Khon Kaen University and partner institutions drive the integrated programme — from molecular biology and multi-omics to bioactivity testing and intellectual property.
A dedicated research group used for grant and funding proposals, led by Prof. Dr. Arunrat Chaveerach. Co-researchers are added from the admin panel.
Current students, interns, and lab alumni.
Partnerships connect Khon Kaen to leading institutions on three continents, supporting student exchange and joint publications.
Field sites in Thailand feed collaborations that turn local biodiversity into globally shared science.
We welcome curious students from biology, genetics and biochemistry. Here's how to apply.
Visit the Graduate School
Field sampling, wet-lab practice and translational research mentoring — all in one training environment.
Plant cytogenetics, genomics and DNA barcoding; the chemistry of medicinal plants; and the biomedical activity of plant-derived compounds against cancer cells.
Bridging chloroplast genomics with phytochemistry — linking the evolutionary story of a plant to the molecules it makes and what they do in human cells.
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