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Ph.d.-stipendium i Plantenæring

Københavns Universitet · Uddannelse

Resumé

Dette ph.d.-stipendium fokuserer på at undersøge mekanismerne bag foliar nanozym-applikation i planter, specifikt deres optagelse, transport og funktion under tørkestress. Forskningen involverer avancerede billeddannelsesteknikker og fysiologiske analyser for at forstå, hvordan nanozymer forbedrer afgrøders modstandsdygtighed.

Nøgleoplysninger

Status
Ledig
Sted
København K
Ansættelsesform
Fuld tid
Kontraktens længde
36 måneder
Arbejdsform
På stedet
Startdato
1. januar 2027 eller så hurtigt som muligt derefter
Niveau
Nyuddannet
Uddannelse
Kandidat
Ansøgningsfrist
2026-10-23
Sprog (krav)
  • dansk
Påkrævede kompetencer
  • LA-ICP-TOF-MS
  • TEM-EDX
  • konfokal mikroskopi
  • ROS-afskærmning
  • plantestressfysiologi
Løn (estimeret, uofficiel)
~kr. 668k–803k/yrVejledende for en fuldtidsstilling; arbejdsgiveren har ikke oplyst et beløb Hvordan beregnes dette?

Fuld beskrivelse

Department of Plant and Environmental Sciences, the Plant Nutrition Research Group invites applicants for a PhD fellowship in foliar application of nanozymes.

The project is part of the research project: “Biocompatible nanozymes with anti-oxidative properties to increase crop resilience in a changing climate”, funded by The Independent Research Fund Denmark. Start date is expected to be January 1st, 2027 or as soon as possible thereafter.

As PhD student, you will investigate the mechanisms by which biocompatible Fe-, Mn- and Zn-based nanozymes are taken up, transported and function within plants under drought stress.

The work will focus on advanced imaging of nanozyme localization and cellular interactions using LA-ICP-TOF-MS, TEM-EDX and confocal microscopy, combined with analyses of ROS scavenging and oxidative stress responses.

You will evaluate how nanozyme treatments influence drought tolerance in climate chamber and field experiments. The project aims to generate fundamental knowledge on nanozyme behaviour in plants and support the development of safe, effective nano-enabled strategies for improving crop resilience to drought.

The candidate should hold a Master's degree in Plant Science, Biology, Agricultural Science, Nanoscience, Biotechnology or a related discipline. The successful candidate will investigate the uptake, transport and intracellular behavior of biocompatible nanozymes in plants exposed to drought stress.

It is a clear advantage if you have hands‑on experience with LA-ICP-TOF-MS, TEM-EDX and confocal microscopy, as well as knowledge of reactive oxygen species (ROS) dynamics and general plant stress physiology.

The candidate should be enthusiastic about interdisciplinary research and willing to work across the fields of plant biology, analytical chemistry and nanotechnology.

The candidate is expected to be independent, collaborative and curious, and to contribute actively to an international research environment involving close collaboration between group members.

The PhD programme is a three‑year full‑time study within the framework of the regular PhD programme (5+3 scheme). The position is covered by the Protocol on Job Structure. The salary is determined according to the Danish state sector salary levels. The application deadline is 23 October 2026, 23:59 GMT+2.