µCT videos for: A water droplet lands on the leaf surface: What happens next?
dataset
posted on 2025-05-01, 12:44 authored by Emil Visby KristensenEmil Visby Kristensen, Max Frank, Idil Ertem, Francesca Siracusa, Augusta Szameitat, Rajmund MoksoRajmund Mokso, Søren Husted<p dir="ltr">µCT videos of data collected at the DANMAX beamline of MAX IV. Data shows how hydraulic activation of stomata can be achieved using a controlled system with high humidity and low CO2 content. Waterfilms containing iohexole for contrast were applied to barley and potato leaves at varying surface tensions and then scanned at times ranging from 30 min to 14 hours after application. All plants are scanned in a custom build sample holder keeping the plants in a controlled atmosphere and exposed to as little radiation as possible.</p>
Funding
Biocompatible nanofertilizers for targeted delivery and programmed release of essential mineral ions in crops
Novo Nordisk Foundation
Find out more...DANSCATT - Instrument Center for the Use of X-Ray Synchrotron and Neutron Sources and Free-Electron X-Ray Lenses
Danish Ministry of Higher Education and Science
Find out more...History
Related Materials
- 1. DOI - Is supplemented by µCT data for: A water droplet lands on the leaf surface: What happens next?
