Semipermeable

Semipermeable membranes are used in water filtration systems.

The cell membrane is semipermeable, meaning that it allows certain molecules to enter and exit the cell.

A semipermeable membrane is used in water filtration systems to remove impurities while letting water pass through.

The stomach lining is semipermeable, allowing nutrients to be absorbed into the bloodstream while keeping harmful substances out.

Contact lenses are made from semipermeable materials to allow oxygen to reach the eye while keeping out bacteria and other contaminants.

The skin is semipermeable, allowing some substances to pass through and enter the bloodstream.

Semipermeable barriers are used in environmental remediation to prevent contamination from spreading to other areas.

The semipermeable lining of the intestines allows for the absorption of nutrients into the bloodstream.

The semipermeable fabric of the raincoat kept the rainwater out, but let my sweat evaporate.

The reverse osmosis system uses a semipermeable membrane to purify water by removing impurities and dissolved solids.

The semipermeable membrane in a water filter removes impurities while allowing clean water to pass through.

The semipermeable wall of a dialysis machine filters waste products from the blood while retaining essential nutrients.

The semipermeable filter of the aquarium pump allows for the exchange of gases, but prevents the passage of debris.

The semipermeable barrier of the plasma membrane allows small molecules to pass through, while blocking large molecules.

The semipermeable structure of graphene allows water molecules to pass through while excluding other substances.

The semipermeable membrane in the cell allows only certain molecules to enter and exit.

The semipermeable barrier between the kitchen and the dining room let some sounds through, but not all.

The semipermeable membrane of the eggshell regulates the passage of gases in and out of the egg.

The semipermeable film on the car windows reduces glare while still allowing some light to pass through.

A semipermeable membrane is used in reverse osmosis to purify water by allowing water molecules to pass through while keeping out larger particles.

The cell membrane's semipermeable nature allows for the diffusion of gases like oxygen and carbon dioxide.

The roots of a plant use a semipermeable membrane to absorb water and nutrients from the soil.

The dialysis machine uses a semipermeable membrane to filter out waste products from the blood, while allowing essential nutrients and ions to remain.

The semipermeable properties of certain natural and synthetic materials allow the selective binding and release of certain ions for various applications.

The semipermeable membrane of a red blood cell allows oxygen to pass through but not other molecules.

The semipermeable properties of certain soils allow some ions to pass through, but not others.

The cell membrane is a semipermeable barrier that allows some ions to pass through but not others.

In batteries, a semipermeable membrane separates the anode and cathode compartments, allowing ions to flow through while preventing the mixing of electrolytes.

Aquaporin proteins are semipermeable channels found in cell membranes that specifically allow the passage of water molecules.

The semipermeable membrane in a reverse osmosis system allows the passage of certain ions, but not others, to remove impurities from water.

Semipermeable barriers can be used in construction to prevent the infiltration of water while allowing air to circulate.

Some semipermeable membranes are specially designed to allow certain gases to pass through, such as carbon dioxide for carbon capture technology.

The semipermeable layer in an ion-exchange resin selectively binds and releases certain types of ions.

The semipermeable membrane in a dialysis machine removes excess waste products from the blood.

The cell membrane is semipermeable, which means it allows certain ions to enter or leave the cell.

A semipermeable membrane can be used to separate different types of ions in a solution.

The blood-brain barrier is a semipermeable membrane that protects the brain from harmful substances, while allowing essential nutrients and molecules to pass through.

The semipermeable membrane of the egg allows water to pass through but not the yolk.

This plastic wrap is semipermeable, so air can pass through but not moisture.

The semipermeable cell membrane protects the cell by controlling what substances can enter and leave.

The leaves of plants act as semipermeable membranes, allowing gases to pass through during photosynthesis.

The semipermeable barrier around the brain protects it from harmful substances in the bloodstream.

The semipermeable bag containing the dialysis solution allows toxins to pass through, filtering the blood.

The semipermeable shell of the ostrich egg allows air to pass through to the developing chick inside.

The skin is a semipermeable barrier that helps to regulate body temperature by allowing sweat to evaporate.

The semipermeable membrane in the kidneys filters waste products from the blood while retaining essential nutrients.

The semipermeable membrane in the lungs allows oxygen to pass through into the bloodstream, but prevents harmful substances from entering.

The semipermeable film on the window blocked some of the sun's heat but allowed light to pass through.

The semipermeable membrane of the dialysis machine allowed the passage of waste products out of the blood but retained essential proteins.

Semipermeable membranes are commonly used in reverse osmosis systems.