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Hiromi Nakanishi

Tokyo / JP

The University of Tokyo

Vortrag

09.07.2024
10:20 – 10:23 3 Min. 0 Min.
Flash talk
FT 8
Effect of proline deoxymgineic acid (PDMA) application on micronutrient, nicotianamine, and endogenous phytosiderohore content in plants
Iron acquisition and transport
09.07.2024
Poster
FT 8
Effect of proline deoxymgineic acid (PDMA) application on micronutrient, nicotianamine, and endogenous phytosiderohore content in plants
Iron acquisition and transport

Weitere Beteiligungen

09.07.2024
09:50 – 10:05 8 Min. 7 Min.
Short talk
T 4
Diversity in the genome of Aegilops tauschii, wheat-related wild species, to generate Fe biofortified and Fe deficiency tolerated wheat
Crop iron physiology
09.07.2024
10:20 – 10:23 3 Min. 0 Min.
Flash talk
FT 8
Effect of proline deoxymgineic acid (PDMA) application on micronutrient, nicotianamine, and endogenous phytosiderohore content in plants
Iron acquisition and transport
09.07.2024
10:26 – 10:27 1 Min. 0 Min.
Flash talk
FT 36
The generation of lower Cd rice via OsLCD and OsNRAMP5 double knockout in japonica rice under low-cadmium environment
Iron physiology and interaction with other elements
09.07.2024
Poster
FT 8
Effect of proline deoxymgineic acid (PDMA) application on micronutrient, nicotianamine, and endogenous phytosiderohore content in plants
Iron acquisition and transport
10.07.2024
Poster
P 18
Functional characterization of Fe homeostasis-related genes in rice
Iron acquisition and transport
10.07.2024
Poster
P 11
Subcellular localization analysis of Hemerythrin domain mutants of the ubiquitin ligase OsHRZ2
Iron acquisition and transport
10.07.2024
Poster
P 12
Functional analysis of the individual domains of OsHRZ and development of iron deficiency tolerant rice
Iron acquisition and transport
10.07.2024
Poster
P 16
Investigation of the intracellular mechanism of the mugineic acid familyphytosiderophores-vesicle, which is important for iron homeostasis in planta.
Iron acquisition and transport