Just like humans, plants can get sick too — battling infections from bacteria, fungi, viruses, and more. Our group is fascinated by how plants defend themselves, activating a whole network of molecular pathways. We study how plants recognize invaders through membrane receptors, trigger defense signals with phytohormones, and control their immune responses through specialized transcription factors. We're passionate about understanding plant–microbe interactions across different environments — and using this knowledge to help make crops stronger and more resilient. Using Arabidopsis thaliana as our main model, we dive deep into how membrane receptors and ion channels fine-tune immune responses to bacterial and fungal attacks. And because we’re excited about real-world applications, we’re also exploring how these genes work in crop plants! *Applicants with a background in plant science are encouraged to apply. A monthly stipend of TWD 12,000 – 16,000 will be provided. *Please submit your cover letter and CV to ntnuchanlab@gmail.com. *Due to the high volume of applications received each year, only shortlisted candidates will be notified. *Please also be reminded that applications generated by AI tools or those containing generic information not aligned with our research focus are unlikely to be successful.