The cell membrane of a root hair cell controls the uptake of nitrate ions into the cell. Specifically, the transport proteins embedded in the cell membrane facilitate the movement of nitrate ions into the cell through processes like active transport or facilitated diffusion.
active transport requires input of energy as it takes place aginst a gradient.
Roots typically obtain minerals through the process of active transport, where they actively transport mineral ions from the soil into the root cells against a concentration gradient. This process requires energy in the form of ATP and specialized transport proteins in the cell membrane of the root cells.
Water and mineral salts enter the root hair cell through osmosis and active transport. Osmosis allows water to pass through the cell membrane from an area of higher water potential to lower water potential. Active transport uses energy to move mineral salts against their concentration gradient into the cell.
Because plants have roots. So technically the root hair cell is a specialized plant cell, which has a long protrusion to increase its surface area for more efficient absorption of water and more mitochondria to produce energy for active transport of mineral salts from the soil.
Both cell linings does active transport. Epitelial cells in root active transport nutrient such as ions into the root whereas epithelium cells in the small intestines.
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The cell membrane of a root hair cell controls the uptake of nitrate ions into the cell. Specifically, the transport proteins embedded in the cell membrane facilitate the movement of nitrate ions into the cell through processes like active transport or facilitated diffusion.
active transport requires input of energy as it takes place aginst a gradient.
Mineral ions like potassium, calcium, and magnesium are typically taken into a root hair cell using active transport. Active transport allows the roots to selectively absorb essential nutrients against their concentration gradient from the soil into the plant.
Active transport Passive transport (diffusion and transport using protein channels) Receptor mediated transport
Mineral ions such as potassium or nitrate are taken into root hair cells using active transport. This process requires energy to move the ions against their concentration gradient into the cell.
Roots typically obtain minerals through the process of active transport, where they actively transport mineral ions from the soil into the root cells against a concentration gradient. This process requires energy in the form of ATP and specialized transport proteins in the cell membrane of the root cells.
one Carries water and hair dosent
Water and mineral salts enter the root hair cell through osmosis and active transport. Osmosis allows water to pass through the cell membrane from an area of higher water potential to lower water potential. Active transport uses energy to move mineral salts against their concentration gradient into the cell.
Mineral salt enters the root thru active transport, after it enters, the mineral salt is passed on to another root cell through diffusion to move to the xylem tube then it moves up the tube via transpiration pull
Because plants have roots. So technically the root hair cell is a specialized plant cell, which has a long protrusion to increase its surface area for more efficient absorption of water and more mitochondria to produce energy for active transport of mineral salts from the soil.