Semipermeable

The semipermeable barrier in the digestive system only allows certain gases, such as methane and hydrogen, to pass through, but not others.

The semipermeable fabric of the raincoat repels water while allowing air to circulate.

The semipermeable characteristics of the cell wall determine which molecules can enter and exit the cell.

The semipermeable film in a wound dressing allows for the exchange of oxygen and moisture while protecting the wound from outside contaminants.

The root hairs of the plant are covered by a semipermeable membrane that allows water and nutrients to enter.

The aquarium filter is made of semipermeable material that allows water to flow through, but not the waste products.

The semipermeable coating on the walls of the house prevents moisture from penetrating while still allowing air to circulate.

A semipermeable bag is used in osmosis experiments to demonstrate the movement of water molecules across a membrane.

The semipermeable membrane of the inner ear is responsible for transmitting sound waves to the brain.

The semipermeable properties of the skin barrier protect the body from harmful substances while still allowing essential nutrients to pass through.

The semipermeable bag used in dialysis allows the removal of excess fluids and toxins from the blood, while retaining important proteins and other molecules.

The semipermeable membrane of the artificial kidney machine mimics the function of a real kidney by removing excess waste products from the blood.

The semipermeable membrane of the tea bag allowed some tea to steep through, but not all of it.

The semipermeable fabric of the backpack kept some dirt and debris out, but not all of it.

The semipermeable lining in a gas mask allows for the inhalation of oxygen while filtering out harmful gases.

The semipermeable membrane in the plant's roots allowed water and nutrients to enter, but blocked toxins.

The semipermeable membrane in a battery allows certain types of ions to pass through, but not others.

Reverse osmosis uses a semipermeable membrane to allow water molecules to pass through, while filtering out salts and other impurities.

The semipermeable barrier in a kidney filters certain types of ions out of the blood.

The semipermeable membrane in the cell allows certain substances to pass through.

The semipermeable fabric in waterproof jackets allows for breathability, but prevents water from seeping through.

The semipermeable lining of the stomach allows some nutrients to be absorbed, but not all of them.

The blood-brain barrier is a semipermeable membrane that protects the brain from toxins.

The semipermeable membrane of the eggshell allows oxygen to enter and carbon dioxide to escape while keeping bacteria out.

The semipermeable dialysis membrane allowed waste products to pass through while retaining essential nutrients in the blood.

A semipermeable membrane is used in dialysis to filter waste products from the blood while keeping blood cells and other important molecules in the bloodstream.

The semipermeable film of the greenhouse allows for the passage of sunlight and carbon dioxide, but prevents the loss of heat.

The semipermeable properties of the skin allow for the absorption of some substances but not others.

The semipermeable fabric of the raincoat allowed some water to seep through, but not enough to get the wearer wet.

The semipermeable filter removes impurities from the water while allowing essential minerals to pass through.

The semipermeable membrane of the cell allows some molecules to pass through, but not all.

The semipermeable coating of the car windshield kept some UV rays out, but not all of them.

The semipermeable material of the contact lens allows oxygen to pass through to the eye.

The human skin acts as a semipermeable barrier, allowing water to pass through and keeping foreign substances out.

The semipermeable layer of the eggshell allows for gas exchange during embryonic development.

A semipermeable membrane is used in a gas mask to filter out harmful particles.

The semipermeable membrane of the dialysis machine filters waste products from the blood while allowing beneficial molecules to remain.

The dialysis machine utilizes a semipermeable membrane to filter out waste from the blood.

The semipermeable membrane of the dialysis machine filters out waste products from the blood.

The semipermeable membrane in the lungs allows oxygen to pass through while preventing the entry of harmful substances.

The reverse osmosis system uses a semipermeable membrane to remove impurities from the water.

The semipermeable layer of the bandage let some air and moisture to pass through, but not enough to expose the wound to infection.

The semipermeable membrane of the placenta allows nutrients to pass from the mother to the developing fetus.

The semipermeable material of the gas mask filter only allows certain gases to pass through, such as oxygen and nitrogen, but not harmful pollutants.

The semipermeable filter in the coffee machine allowed water to pass through the ground coffee while blocking the coffee grounds.

The semipermeable properties of the stomach lining allow for the absorption of nutrients while preventing the passage of harmful substances.

The semipermeable qualities of the soil influence the movement of water and nutrients to plant roots.

The semipermeable wall of the aquarium allowed the water to flow through, but kept the fish inside.

The semipermeable material used in a raincoat keeps the wearer dry by allowing sweat to escape but not letting water in.

The semipermeable film in photochromic eyeglasses allows only certain wavelengths of light to pass through, but blocks others.