Plant Biology
![Improving transformation frequency in maize](https://cdn.uc.assets.prezly.com/a2c731c8-5f34-423c-b123-866087176f8d/-/format/jpeg/-/stretch/off/-/progressive/yes/-/resize/3840x/-/quality/smart/Maize%20(2)%20c.jpg)
Improving transformation frequency in maize
Opening the door for high-efficiency gene-editing research
June 24, 2024
![Increasing experimental efficiency in plant genome editing](https://cdn.uc.assets.prezly.com/0df4913b-fe3a-4bbe-b069-6a417352161d/-/format/auto/-/stretch/off/-/progressive/yes/-/resize/3000x/-/quality/smart/field_trial_press_release%201..jpg)
Increasing experimental efficiency in plant genome editing
Improving CRISPR-induced multiplex mutagenesis
May 23, 2024
![CPL3 protein regulates DELLA](https://cdn.uc.assets.prezly.com/d9d43d34-d807-4453-83fa-457861a0b8d4/-/format/auto/-/stretch/off/-/progressive/yes/-/resize/3000x/-/quality/smart/banner-arabidopsis%20(1).png)
![New study elucidates the role of Arabidopsis ABCB19 as brassinosteroid exporter](https://cdn.uc.assets.prezly.com/69ef2d5f-9070-47e4-8971-0912c623dbda/-/format/jpeg/-/stretch/off/-/progressive/yes/-/resize/3840x/-/quality/smart/Arabidopsis%20(2).jpg)
![A new toolbox allows engineering genomes without CRISPR](https://cdn.uc.assets.prezly.com/9d4877a4-c197-4c5a-895e-3a29f8ed092a/-/format/auto/-/stretch/off/-/progressive/yes/-/resize/3000x/-/quality/smart/Ontwerp%20zonder%20titel%20(58).png)
![Use it or lose it: How seagrasses conquered the sea](https://cdn.uc.assets.prezly.com/cbac6c10-8643-4d2c-85b5-8659c4236d3b/-/crop/578x168/0,51/-/preview/-/format/auto/-/stretch/off/-/progressive/yes/-/resize/3000x/-/quality/smart/2.png)
Use it or lose it: How seagrasses conquered the sea
Gene analyses revealing the capacity of marine flowering plants to exist under changing environmental conditions provide clues for the conservation and sustainable use of important ecosystems
January 30, 2024
![Deep learning helps to find new targets in soy for crop improvement](https://cdn.uc.assets.prezly.com/282cd627-228d-4ab4-a9d1-357e51e610be/-/crop/1280x359/0,0/-/preview/-/format/jpeg/-/stretch/off/-/progressive/yes/-/resize/3840x/-/quality/smart/network-gb498f6f9c_1280.jpg)
Deep learning helps to find new targets in soy for crop improvement
New tools, including a deep learning model, predict the functionality of proteins, even in non-model organisms
August 3, 2023
VIB researchers uncover key genetic pathway in leaf development
The cell cycle inhibitor SIAMESE-RELATED1 (SMR1) plays a crucial role in how leaves adapt to the environment
July 4, 2023
![Hormones and plant growth](https://cdn.uc.assets.prezly.com/60034b2b-6ecb-4fde-8819-7e5311008b4a/-/crop/4059x1874/657,0/-/preview/-/format/jpeg/-/stretch/off/-/progressive/yes/-/resize/3840x/-/quality/smart/Summary%20figure.jpg)
Hormones and plant growth
New research discovers how plant hormones called brassinosteroids affect gene expression and plant growth
March 31, 2023
![Building better base editors](https://cdn.uc.assets.prezly.com/1e80803c-672a-40a8-9a8a-e4b232e6dc09/-/crop/589x196/0,150/-/preview/-/format/auto/-/stretch/off/-/progressive/yes/-/resize/3000x/-/quality/smart/Protoplasts_ITER%20(1).png)
Building better base editors
VIB scientists develop ITER, a sensitive, versatile, and high-throughput method to test and quantify gene editing in plant cells
January 16, 2023
![Just BREEDIT – bridging the gap between conventional breeding and molecular biology](https://cdn.uc.assets.prezly.com/08462ece-5033-44c6-9572-6ad4bb640cbc/-/crop/4000x1214/0,726/-/preview/-/format/jpeg/-/stretch/off/-/progressive/yes/-/resize/3840x/-/quality/smart/shutterstock_658194274.jpg)
Just BREEDIT – bridging the gap between conventional breeding and molecular biology
Researchers at the VIB-UGent Center for Plant Systems Biology developed a pipeline based on genome editing to accelerate gene discovery for breeding programs to improve agronomic traits in crops.
September 7, 2022