Gel

The cream cheese mixture will gel once it is chilled.

The batter should be left to gel before it is cooked.

The lab purchased a new gel apparatus for the experiments.

The student learned how to prepare and run a gel in the lab.

The technician carefully loaded the gel with the protein samples.

The lab technician poured the sample into the gel.

He stained the gel after the electrophoresis run to visualize the bands.

The researcher analyzed the results obtained from the gel electrophoresis.

The scientist prepared the gel for electrophoresis.

She loaded the DNA samples into the gel for separation.

The gel matrix composition affected the separation efficiency of the macromolecules.

She used the gel to isolate the protein of interest from the mixture.

The technician set up the gel electrophoresis apparatus for the experiment.

The gel was casted and allowed to polymerize before use.

The band sizes on the gel indicated the size of the macromolecules.

The gel was poured into the electrophoresis chamber to initiate the separation process.

The athlete used a sweat-proof gel for long-lasting hold during competition.

She applied gel to her hair before going to work.

He applied gel to his hair before blow-drying for added volume.

He used gel to slick his hair back into a classic style.

He applied gel to his hair before the job interview.

She likes to use gel to keep her curls in place.

The model's hair was styled with gel for a sleek runway look.

He used gel to sculpt his hair into a messy, beachy style.

She applied gel to her short hair for a spiky effect.

The barber used gel to create a slick back hairstyle.

He bought a new gel for his hair at the store.

The hairstylist used gel to create a textured hairstyle.

She prefers to use a gel with a strong hold for her updo.

She used a gel with a matte finish for a natural look.

She opted for a water-based gel for easy wash-out.

She used a curl defining gel to enhance her natural waves.

He tried a new gel product for his hair and liked the result.

The remote control required a gel electrolyte battery to operate the TV.

The emergency backup power supply used a gel electrolyte battery for reliable performance.

The flashlight needed a gel electrolyte battery to provide bright illumination.

The emergency lighting system in the building uses gel electrolyte batteries for backup power.

The off-grid solar power system stores energy in a gel electrolyte for remote locations.

The toy robot required a gel electrolyte battery to power its movements.

The electric vehicle uses a gel electrolyte in its battery for efficient energy storage.

The industrial equipment relies on gel electrolyte batteries for uninterrupted operation.

The handheld gaming console was powered by a long-lasting gel electrolyte battery.

The marine vessel uses gel electrolyte batteries for onboard power supply.

The portable power bank employs a gel electrolyte for extended battery life.

The hybrid car utilizes a gel electrolyte in its battery pack for improved performance.

The solar-powered charger utilized a gel electrolyte battery to store energy for later use.

The medical device relied on a gel electrolyte battery for uninterrupted operation.

The mechanic replaced the old battery with a new gel electrolyte battery in the car.

The wireless mouse was powered by a small and lightweight gel electrolyte battery.

The renewable energy system stores excess power in a gel electrolyte for later use.