RESEARCH: SUCROSE-TRANSPORT-PLANTS
FOLDING PROJECT #17926 PROFILE

AtSUC1 helps plants move sugar (sucrose) from areas with lots of it to areas that need it, like roots and flowers. The project relates to figuring out how AtSUC1 works so we can create better crops with more nutrients.

Note: This TLDR is a simplication and may not be 100% accurate.

AtSUC1 is a plant sucrose transporter protein that actively loads sucrose in regions of higher concentrations, like roots and flowers.

Studying the mechanism of active transport of sucrose will help us design better crops with higher nutritional content.

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AtSUC1

Arabidopsis thaliana Sucrose Transporter 1

AtSUC1 is a protein found in plants that moves sugar (sucrose) from areas of high concentration to areas of low concentration. This process is important for plant growth and development.

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Sucrose Transporter

A protein that moves sucrose (a type of sugar) within a plant.

Sucrose transporters are crucial for plants to move sugars throughout their bodies. They help deliver nutrients to growing parts and store excess sugars for later use.

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Active Transport

The movement of molecules across a cell membrane against their concentration gradient, requiring energy.

Active transport allows plants to move substances like sugars and nutrients even when their concentration is higher inside the cell than outside. This process uses energy from the plant.

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Sucrose

A type of sugar that is the main carbohydrate transported in plants.

Sucrose is a disaccharide made of glucose and fructose. It's the primary form of sugar transported throughout plant tissues.

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Roots

The underground organs of a plant that absorb water and nutrients.

Roots are essential for plants to anchor themselves in the soil and take up water and minerals from the surrounding environment.

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Flowers

The reproductive organs of a plant.

Flowers are the structures responsible for sexual reproduction in plants. They produce pollen and ovules, which eventually develop into seeds.