Hansgeorg Löppert
Ao.Univ.Prof.i.R. Dr.phil. Hansgeorg Löppert
Institut Institute of Botany (BOT)
Location Gregor-Mendel-Straße 33, 1180 Wien
Email hans-georg.loeppert@boku.ac.at
Career
- 1984 Habilitation in anatomy and physiology of plants
- 1972 Doctoral degree, University of Vienna
Projects
0 Projects found.
Publications
Knowledge Transfer to Society
Media
Lectures
(2017) Proline biosynthesis in the root tips of wheat seedlings under osmotic stress is suppressed by the inhibition of nitric oxide synthesis
Autoren: Königshofer, H; Löppert H
XV Spanish-Portuguese Congress of Plant Physiology
(2016) Short-term Response of Proline Metabolism to Water Deficit in Different Parts of Wheat Seedlings
Autoren: Königshofer, H; Löppert, HG
EPSO/FESPB 2016 Congress
(2014) A hydrogen peroxide signal is required for the enhancement of invertase activity in roots of osmotically stressed wheat plants.
Autoren: Königshofer H., Löppert H.G.
Plant Biology Europe FESPB/EPSO 2014 Congress
(2013) The role of invertases in osmotic adjustment of wheat roots under osmotic stress conditions.
Autoren: Königshofer H. and H.-G. Löppert
25th Congress of the Scandinavian Plant Physiology Society (SPPS)
(2012) The role of H2O2 in osmotic adjustment of wheat roots in response to osmotic stress
Autoren: Königshofer, H., Löppert, H.G.
Vienna International Conference Association VIPCA II 2012 - Plant Growth, Nutrition & Environment Interactions + Plant Abiotic Stress Tolerance II
(2011) Is hydrogen peroxide involved in signal transduction during osmotic adjustment in roots of wheat seedlings under drought stress?
Autoren: Königshofer, H., Löppert, H.-G.
7th International Symposium on Structure and Function of Roots 2011
(2010) Changes in hydrogen peroxide production and the contents of ascorbate and glutahione in roots of two wheat cultivars during exposure to water stress
Autoren: Koenigshofer, H., Loeppert, H.
17th Congress of the Federation of European Societies of Plant Biology FESPB 2010
(2007) The response of plant cells to high temperature stress: Hydrogen peroxide is involved in signal transduction
Autoren: Löppert, H.-G., Tromballa, H.-W., Königshofer, H.
6th international symposium Prospects for the 3rd Millennium Agriculture 2007
(2007) Temperature sensing by plant cells: Changes in membrane fluidity trigger the synthesis of small heat shock proteins
Autoren: Königshofer, H., Tromballa, H.-W., Löppert, H.-G
6th international symposium Prospects for the 3rd Millennium Agriculture 2007
(2005) The induction of the synthesis of small heat-shock proteins of 14.5 and 16 kDa in suspension cultured tobacco cells in response to elevated ambient temperatures is mediated by changes in membrane fluidity and enhanced production of hydrogene peroxide
Autoren: Koenigshofer, H., Loeppert, H., Tromballa, H.
17th International Botanical Congress 2005