Fang Ba

Personal website:

[Fang Ba @babuxiang]

How can we design logical genetic circuits in synthetic bacterial communities via horizontal gene transfer? Check out our new paper in @CellSystemsCP ! https://t.co/yTQaLUcXas

[Fang Ba @babuxiang]

Excited to share my comprehensive review published in Biotechnology Advances:
Title: Site-specific recombinases and their essential role in synthetic biology
https://t.co/jQ7DQ8rfoN

[Trends in Biotechnology @TrendsinBiotech]

Our July issue is online! Read about molecular surveillance with CRISPR, chromoproteins in synbio, fungal bioluminescence biotechnologies, ion-releasing biomaterials, lung biomimetics, paclitaxel biosynthesis, phage-derived lysins, and more: https://t.co/zgGJas5NnX

[Trends in Biotechnology @TrendsinBiotech]

Online now: Chromoproteins: visible tools for advancing synthetic biology https://t.co/3EKsAj9pyH

[Fang Ba @babuxiang]

How can chromoproteins serve as visible tools to advance synthetic biology? Check out our new Opinion article published in Trends in Biotechnology!
https://t.co/mGbf8kmrcD

[Jian Li @Jian_Li_SHT]

Our new work -- Integrase enables synthetic intercellular logic via bacterial conjugation | Cell Systems @babuxiang @ShanghaiTechUni
https://t.co/tB12g8nsB9

[Fang Ba @babuxiang]

Establishing a Serine Integrase‐Based Genetic Memory System In Vitro
https://t.co/ShVToTSpJH

[Fang Ba @babuxiang]

Rainbow screening: Chromoproteins enable visualized molecular cloning - Ba - 2024 - Biotechnology Journal - Wiley Online Library https://t.co/ZesBOIdRCB

[Fang Ba @babuxiang]

Blue‐Purple evaluation: Chromoproteins facilitate the identification of BioBrick compatibility - Ba - Biotechnology and Bioengineering - Wiley Online Library https://t.co/8EAS7rOYdI