-
Plant Science Colloquium
Plant Science Colloquium with Prof. Dr. Till Ischebeck on "A Hundred million rings to rule them all, and to the plasma membrane bind them – Identification of a ...
Located in
About us
/
Events
-
Plant Science Colloquium
Plant Science Colloquium with Dr. Kosala Ranathunge on “Functional roles of different types of roots (heterorhizy) on water uptake in rice (Oryza sativa L.)”.
Located in
About us
/
Events
-
Plant Science Colloquium
Plant Science Colloquium with Jun. Prof. Dr. Sjon Hartman on “Remember the Rain: Unravelling How Plants Encode Flooding Stress Memory”.
Located in
About us
/
Events
-
Plant Science Colloquium
Located in
Crop Functional Genomics
/
News
-
Plant Science Colloquium with Dr. Henk WM Hillhorst
Some Angiosperms are known to tolerate loss of 95% of their cellular water, without dying, not dissimilar to seeds. Vegetative desiccation tolerance (DT) first ...
Located in
About us
/
Events
-
Plant Science Colloquium with Prof. Dr. Kee Hoon Sohn
Plant pathogenic bacteria deliver effectors into plant cells to suppress immunity and promote pathogen survival; however, Nucleotide-binding and leucine-rich ...
Located in
About us
/
Events
-
Plant Science Colloquium with Prof. Dr. Lars Voll
Plant primary metabolism holds the key to an efficient defenceresponse against microbial pathogens in leaves. Using the interaction of Arabidopsis and the ...
Located in
About us
/
Events
-
Plant Science Colloquium with Brian A. Atkinson
The Cretaceous Period (145-66 Ma) was a critical time for the evolution and diversity of land plants. During this time angiosperms experienced their initial ...
Located in
About us
/
Events
-
Plant Science Colloquium with Dr. Fabian Nies
The complete set of genes for the ability to take up DNA from the environment via natural transformation termed natural competence, is present in the major ...
Located in
About us
/
Events
-
Plant Science Colloquium with Prof. Nicolas Rouhier
Iron is an essential microelement because numerous metabolic processes and electron transfer reactions rely on heme-and iron-sulfur (Fe-S)-containing proteins. ...
Located in
About us
/
Events