In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Accordingly proton-driven sucrose transporters are crucial for cell-to-cell and long-distance distribution within the plant body. Generally very negative plant membrane potentials and the ability to accumulate sucrose quantities of more than 1 M document that plants must have evolved transporters with unique structural and functional features
AbstractMesophyll cells and most types of storage cells harbor large central vacuoles representing t...
Plant sucrose transporters (SUTs) are members of the glycoside-pentoside-hexuronide (GPH) cation sym...
Proton-driven Suc transporters allow phloem cells of higher plants to accumulate Suc to more than 1 ...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
BACKGROUND: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Recent advances have provided new insights into how sucrose is moved from sites of synthesis to site...
AbstractIn plants, sucrose is the major transport form for photoassimilated carbon and is both a sou...
The phloem network is as essential for plants as the vascular system is for humans. This network, as...
University of Minnesota Ph.D. dissertation. Major: Plant Biological Sciences. Advisor:Dr. John M. Wa...
AbstractSucrose transport is essential for the distribution of carbohydrates in plants. Recent studi...
Sucrose is the main photosynthetic product that is transported in the vasculature of plants. The lon...
AbstractSucrose is the primary product of photosynthetic CO2 fixation that is used for the distribut...
Sucrose, hexoses, and raffinose play key roles in the plant metabolism. Sucrose and raffinose, produ...
AbstractMesophyll cells and most types of storage cells harbor large central vacuoles representing t...
Plant sucrose transporters (SUTs) are members of the glycoside-pentoside-hexuronide (GPH) cation sym...
Proton-driven Suc transporters allow phloem cells of higher plants to accumulate Suc to more than 1 ...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
BACKGROUND: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Background: In contrast to man the majority of higher plants use sucrose as mobile carbohydrate. Acc...
Recent advances have provided new insights into how sucrose is moved from sites of synthesis to site...
AbstractIn plants, sucrose is the major transport form for photoassimilated carbon and is both a sou...
The phloem network is as essential for plants as the vascular system is for humans. This network, as...
University of Minnesota Ph.D. dissertation. Major: Plant Biological Sciences. Advisor:Dr. John M. Wa...
AbstractSucrose transport is essential for the distribution of carbohydrates in plants. Recent studi...
Sucrose is the main photosynthetic product that is transported in the vasculature of plants. The lon...
AbstractSucrose is the primary product of photosynthetic CO2 fixation that is used for the distribut...
Sucrose, hexoses, and raffinose play key roles in the plant metabolism. Sucrose and raffinose, produ...
AbstractMesophyll cells and most types of storage cells harbor large central vacuoles representing t...
Plant sucrose transporters (SUTs) are members of the glycoside-pentoside-hexuronide (GPH) cation sym...
Proton-driven Suc transporters allow phloem cells of higher plants to accumulate Suc to more than 1 ...