People

邱澗庚 Jian-geng Chiou

Principal Investigator.
A self-proclaimed biologist when I need an excuse for being bad at physics. A self-proclaimed physicist when I honestly can’t remember that many genes.

I went to Duke University to pursue my PhD and origianlly my interest in evolution and development (evo-devo). Less than a year later, I ditched my original interest and studies how a budding yeast decide how many buds to make. That question accidentally became a physics problem of how polarity proteins autonomously pattern in the yeast cell. Before I realized, I was attending more physics meetings than biology ones. After graduation, I went to do a postdoc in UCSD. Having the advantage of (moderately) knowing both biology and physics, I published barely enough to start my own lab in the Institute of Plant and Molecular Biology (IPMB) in Academia Sinica, Taiwan. I now plan to answer fundamentally evo-devos question using biophysics approaches.

By the way my pronouns would technically be she/her, but both female and male pronouns sound like "ta" in Mandarin so my cognitive system wasn't socialized to care!

張郁欣 Yu-Hsien Chang

Lab manager/Research Assistant.
A PhD candidate has a 50 percent chance of becoming a doctor.

I liked biology and graduated from the department of life sciences. I liked plants, so I studied plant science. I liked doing experiments, so I worked as a research assistant and even became a PhD student. The coin has been tossed, but no one's exactly sure which side it will land on. While I wait, I came to this lab. Currently, I'm exploring my career working as a lab manager to determine whether I prefer a role as a scientist or a scientific assistant.

Yu-Hsien works on synthetic cell polarity in plant cells. Thet are trying to build the yeast polarity system into plants to tease apart the basic principles of polarity. Her previous training on tobacco leaf transient expression has proven pretty useful!

林冠妤 Kuan-Yu Lin

Postdoctoral Researcher
Kuan-Yu was an experienced cell biologist and virologist previously in Dr. Na-Sheng Lin's lab. After coming to this lab, Kuan-Yu works on the genetic dissection of the fission yeast cell polarity circuit. Using live cell imaging, she looks at how alterations of either the positive feedback or the negative feedback would change the detailed polarity dynamic at the two ends of the cells.

許聖言 Ian Shenyen Hsu

Postdoctoral Researcher
Meditating...

Ian is interested in how a dynamic system evolves. Specifically in this lab, he works on how the fungal polarity circuit can exhibit varying dynamic bahavior within one species and between species. Using an AI-assisted pipeline he developed, he can quickly extract the single-cell polarity dynamics of an entire population. Making sense of the population variation gives us a key to understanding the variation within Ascomycete fungi.

王文翰 Wen-Han Wang

Research Assistant
Wen-Han was trained as a fungal geneticist and pathologist. He joined the lab wanting to learn dynamic modeling from scratch. He is now a proficient modeler who generated a working partial differential systems model for fission yeast polarity dynamics. He is currently working on how to predict the model behavior through understanding the steady states and their stability.

吳維彬 Wei-Bin Wu

Research Assistant
Wei-Bin was trained as a structural biologist, but he found his new passion in synthetic biology in this lab. He is building the yeast polarity circuit into plants, and in doing so, hoping to hijack and modulate plant root hair development. It's an ambitious effort with so many potential obstacles, but Wei-Bin seems to always find a way around it, and in doing so, teach us more about how polarity circuits function.

尚巴提 Jean-Baptiste Saulnier

Postdoctoral Researcher
JB has a physics background and previously works on collective motility in Myxococcus xanthus. JB now works on how electrochemical signaling helps biofilm synchronize developmental patterns. He sets up the microfluidic system in the lab from microfluidic chip fabrication to obtain biofilm dynamics and tries to explain them by dynamic modeling.

黃薇庭 Wei-Ting Huang

GSB Master student
Wei-ting is working on a genetic screen for mutants defected in their electrochemical signaling in the bioglim. She combined classic transposon mutagenesis with automated image phenotyping pipeline to figure out abbarent membrane potential signals in the biofilm. The resulting garden of mutants would help us mechanistically understand how bioflim communicate using complex membrane potential waves.

安德烈 Adrian Kroll

Research Assistant
Adrian used to be in a neurobiology lab, and he is currently working on dissecting the mechanistic detail of complex traveling membrane potential waves, which people have argued is analogous to action potentials in neurons! Adrian will join the TIGP-MCB PhD progem in fall 2026.

甦空靈 Assia Yusupova

Research Assistant
Assia is interested in microbe-host interaction, anti-microbial resistance, and languistics! She is currently working on dissecting the mechanistic detail of how Bacillus talk to each other through complex traveling membrane potential waves. Assia is fluent in Russian, French, German, and Mandarin.... We need a linguistic project so she can also be fluent in Bacillus!

Lab Alumini

Research Assistants

  • 陳楷文 Kevin Chen (RA, 2023-2025)

Interns

  • 林佳宜 Chia-Yi Lin (highschool, 2024-2026)
  • 戚力帷 Li-Wei Chi (highschool, 2024-2026)
  • 尹若彤 Jo-Tung Yin (undergrad, 2024)
  • Clara Hinds (undergrad, 2025)
  • 俞詠馨 Grace Yu (undergrad, 2024. Current Position: University of Hohenheim)
  • 聶慈 Tzu Nieh (undergrad, 2024. Current Position: )