RESEARCH: PLANT-SUCROSE-TRANSPORT
FOLDING PROJECT #17952 PROFILE

This project looks at how plants take in sugar using a special protein called AtSTP10. Understanding this process could lead to better crops that grow more efficiently.

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

The project involves simulations of AtSTP10, a high-affinity monosaccharide transporter protein in plants that facilitates the uptake of glucose, galactose, and mannose into pollen tubes and root primordia.

Studying the mechanism of active transport of sucrose will help us design better crops.

---

AtSTP10

Arabidopsis thaliana Sucrose Transporter Protein 10

AtSTP10 is a protein found in the plant *Arabidopsis thaliana* that helps transport sugars like sucrose into cells. Understanding how it works can lead to better crops.

---

monosaccharide transporter protein

A protein that moves single sugar molecules (monosaccharides) across cell membranes.

Monosaccharide transporter proteins are essential for plants to absorb sugars from their environment. They act like tiny pumps, moving individual sugar molecules into cells where they can be used for energy or building blocks.

---

glucose

A simple sugar that is the primary energy source for living organisms.

Glucose is a basic sugar that plants make through photosynthesis. It's like fuel for cells, providing energy for growth and other functions.

---

galactose

A simple sugar that is a component of lactose and some plant cell walls.

Galactose is another type of simple sugar found in milk and some plants. While not as common as glucose, it plays a role in building certain structures within cells.

---

mannose

A simple sugar that is structurally similar to glucose.

Mannose is a type of sugar closely related to glucose. It can be found in some plants and plays a role in cell signaling and other processes.

---

pollen tubes

Tubes that grow from pollen grains to deliver sperm cells to the ovule for fertilization.

Pollen tubes are essential for plant reproduction. They act as pathways for the sperm cells to travel from the pollen grain to the egg cell within the flower.

---

root primordia

Early stages of root development in plants.

Root primordia are the initial structures that form the roots of a plant. They develop from specialized cells and give rise to the complex root system.

---

active transport

The movement of molecules across a cell membrane that requires energy.

Active transport is like moving heavy objects uphill. It uses energy to move molecules against their natural flow, from an area of low concentration to an area of high concentration.

---

sucrose

A disaccharide sugar that is the primary transport form of carbohydrates in plants.

Sucrose is like a double sugar molecule made from glucose and fructose. Plants use it to transport sugars throughout their bodies.

---

crops

Plants cultivated for human consumption or other uses.

Crops are plants that we grow for food, feed, fiber, or other purposes. Improving crops can lead to increased yields, better nutrition, and greater resilience to challenges.