Hsin-Ying Chang

PhD researcher @IPMBSinica @AcadSinica | Microbial evolution 🦠; #Cyanobacteria #GiantViruses #Genomics #Bioinformatics| 🎸🤿🏀🏸

[Hsin-Ying Chang @hyhazelchang]

What if we could predict the hosts of giant viruses—even when we’ve never cultured them?
GVHoP, our machine-learning framework for predicting eukaryotic host for giant virus from sequence data!
Excited to share this work!
@chuanku_ @frederikschu

https://t.co/MGYqNw8DrB

[IPMB Academia Sinica (中研院植微所) @IPMBSinica]

The ancient root of ASFV, mpox virus and algal viruses — giant virus ancestor dates back 700 million years!
Dr. Chuan Ku @chuanku_ used a host-calibrated dating method to trace giant viruses from amoebal hosts to animals and other diverse eukaryotes.

https://t.co/4aL1ymcnfG

[Hsin-Ying Chang @hyhazelchang]

Learned a lot from Dr. Kuo about how to explain results effectively and make them engaging!

[Hsin-Ying Chang @hyhazelchang]

@hagos98 @ChihHorngKuo @HsiChingYen Thanks☺️

[Hsin-Ying Chang @hyhazelchang]

I am delighted to share my first first-author publication from Dr. Kuo’s lab. Thanks to Dr. Kuo @ChihHorngKuo , Dr. Chu, and Hsi-Ching @HsiChingYen for their help with this work!
https://t.co/XKONOq2pvu

[Khaled A. Selim @Selim_Khaled_]

A nice review article describes the state-of-the-art of #Cyanobacteria carbon concentration mechanics for
#CO2 utilization

https://t.co/ksIW9yK9cQ

[Mushtaq Bilal, PhD @MushtaqBilalPhD]

Reading papers and taking notes for literature review takes a lot of time.

You can install ChatGPT in your Zotero to supercharge your literature review.

It will answer your questions based on papers in your library, so no fake citations or references.

Here's how to do it:

[Hsin-Ying Chang @hyhazelchang]

An ANI gap within bacterial species that advances the definitions of intra-species units | mBio https://t.co/oH0A16yDQT

[Cyano.World @CyanoWorld1]

The second messenger c-di-AMP controls natural competence via ComFB signaling protein https://t.co/KBjQMIMicU

[Hsin-Ying Chang @hyhazelchang]

Engineering carboxysomes (CO2-concentrating organelles in cyanobacteria and proteobacteria) into tobacco chloroplasts to improve photosynthesis and productivity.

https://t.co/B9gb009vUW

[中央研究院 Academia Sinica @AcadSinica]

A team led by Academia Sinica President James C. Liao and Professor Ming-Daw Tsai has discovered a new way to increase carbon fixation🦠 for improving carbon balance. @NatMetabolism https://t.co/zGFVIxHXnd #CarbonBalance

[Hsin-Ying Chang @hyhazelchang]

A good experience to share my adventure story about Taiwan hotspring cyanobacteria and got the great suggestions. And thanks for the support from my advisor @ChihHorngKuo

#ISEGB2023
#cyanobacteria

[Chih-Horng Kuo (郭志鴻) @ChihHorngKuo]

Our lab @IPMBSinica enjoyed a nice meal together to celebrate our recent achievements!