Projekte

SINK-SOURCE KOMMUNIKATION

(1) Tissue-specific RNA-seq of phloem/transfer tissues from source and sink organs of wheat
Industry-funded (BASF, former Bayer Crop Science)

(2) Relationship between nitrogen remobilization and grain filling in barley
[link]DFG-Forschergruppe, FOR948 "Nitrogen uptake, metabolism and remobilization in leaves during plant senescence"

ZELLULÄRE ABBAUPROZESSE

(3) Release of assimilates by cellular disintegration in developing barley grains
DFG

(4) Role of vacuolar processing enzymes in the developing barley grain
Ministry of Education and Training, Vietnam

(5) Maternal control of Pisum sativum embryo development
DFG

REGULATION

(6) Hormonal and Two-Component-System pathways as signaling modules determining differentiation of transfer tissues in barley
DFG

(7) Signaling components regulating barley endosperm development
DFG

(8) Gene expression programs and molecular processes involved in early wheat spike development
Industry-funded (BASF, former Bayer Crop Science)

(9) Molecular and functional analysis of trehalose metabolism in pea seeds
DFG

ANWENDUNG

(10) WheatScan: An interdisciplinary network to unravel the causes for wheat sensitivities
Leibniz Society

(11) Yield potential of wheat varieties and mutants under CO2 fertilisation
Industry-funded (BASF, former Bayer Crop Science)

(12) Genetic and metabolic control of grain size and weight in wheat
DFG planned

(13) Stimulation of root growth and grain yield related to increased sucrose transport capacity in wheat and barley
[link]Leibniz-Graduiertenschule "Yield Formation in cereals – overcoming yield-limiting factors", DAAD.