User stories: Plant Biology


The lightweight, transportable TeraHertz Imaging system offered by the University of Pisa can easily be deployed in the field.

November 20, 2023

TeraHertz Imaging: Portable plant imaging

Working on plant biology? Want to detect leaf water stress or assess the quality of dry fruits like chestnuts and hazelnuts? TeraHertz Imaging could…

In the photo above, Katerina Kaduchova tests out the Virtual Reality headset at the IEB Plant imaging training course in Prague, October 2023. Picture taken by: Beáta Strejčková (shared by @pecinka_grp on X)

November 6, 2023

Learning new plant imaging techniques at an IFIEB training course

Katerina Kaduchova is a PhD student at the Centre of Plant Structural & Functional Genomics, Institute of Experimental Biology, Czech…

Plant samples on the conveyor belt at the Vienna BioCenter Core Facilities - PhenoPLANT

July 13, 2023

PHENOPlant: High-throughput phenotyping capability for plant research

Trying to understand optimum growth conditions for small to mid-size crop plants? Studying the impact of drought and other climate factors? Need to perform…

A closer look at chloroplasts involved in stem photosynthesis in Fraxinus ornus with FLIM. Photo courtesy of Sara Natale.

May 23, 2023

Looking at stem photosynthesis with FLIM

It all started at the Molecular and Biophysical Bases of Photosynthesis Conference held in Venice in May 2022. Sara Natale, then a PhD researcher…

Plant biology at NEUROMED

October 19, 2022

Plant imaging at DIMP Neuromed Node

What better place to bring your plant imaging project than to DIMP Neuromed Node, located in the Technology…

Plant imaging. Copyright IEB CAS.

March 14, 2022

Toppling the microscope - to shed new light on plant biology

Imaging living plants has always been challenging. Most microscopes place the sample horizontally – while plants grow vertically. But scientists at Czech Republic’s Institute…

IST Austria. Plant microscope.

September 17, 2021

Adapting imaging instruments to shed new light on plant biology

Imaging living plants as they grow has traditionally been very difficult as almost all microscopes place the sample horizontally but plants grow vertically. This…

Figure: Fluorescence lifetime microviscosity maps of Arabidopsis roots showing the vacuoles (sulfo-BDP, A and B), cytosol (PEG-BDP, C and D; note that the dye penetrates poorly in the meristem region), plasma membranes (N+-BDP, E and F), and cell walls (CWP-BDP, G and H), in all images. (Scale bar: 100 μm.) Red boxes in A, C, E, and G indicate close-ups shown in the B, D, F, and H, respectively. https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode

January 18, 2021

Understanding how mechanical forces act in plant cells

Imaging technologies can help scientists understand how plant tissues respond to stress, such as drought, heat, or other environmental factors. Characterising the mechanical properties…