Agarose

The scientist prepared a gel matrix using agarose for protein electrophoresis.

I used agarose gel to separate DNA fragments during the gel electrophoresis experiment.

The scientist prepared agarose solution for the gel matrix in the lab.

The gel electrophoresis revealed distinct bands of proteins separated by agarose gel.

Agarose is a commonly used material for making gel beads in chromatography.

The biology students prepared agarose plates for bacterial culture in the laboratory.

Agarose is a type of carbohydrate derived from seaweed, which is used as a stabilizer in food products.

The recipe called for agarose as a thickening agent in the dessert pudding.

The agarose solution was poured into the gel tray and allowed to solidify.

Agarose gel electrophoresis can be used to determine the presence of genetic mutations.

The student used agarose to create a matrix for protein separation.

The agarose gel allowed the separation of different sizes of RNA molecules.

Agarose is derived from seaweed and has a gel-like consistency when dissolved in water.

The agarose gel was stained with a DNA-specific dye to visualize the separated bands.

The researcher used agarose to analyze the purity of a synthesized compound.

The DNA fragments were loaded onto the agarose gel for electrophoresis.

The scientist prepared an agarose gel for DNA separation.

The gel-based agarose ink allowed for precise 3D printing of intricate structures.

The scientist used agarose beads to encapsulate and protect the fragile cells.

The lotion had a silky agarose consistency, leaving the skin feeling soft and moisturized.

The dessert had a delightful agarose texture, making it a favorite among the guests.

The face mask had a smooth agarose consistency, leaving the skin feeling refreshed.

The gelatinous agarose substance provided a solid support for the plant roots.

The agarose gel provided a stable matrix for DNA separation.

The gel-like agarose material was used to mimic human tissue for medical research.

The hydrogel made from agarose was used in wound healing due to its gel-like properties.

Agarose gel filtration was performed to separate and purify different-sized molecules.

The lab technician poured agarose solution into the gel tray to form a solid gel matrix.

Agarose gel electrophoresis was used to determine the molecular weight of the protein samples.

Agarose is commonly used in molecular biology experiments to separate DNA fragments based on their size.

They employed agarose beads for protein purification in their research.

The researchers used agarose gel electrophoresis to analyze the proteins in the samples.

Agarose gel electrophoresis is a common technique for DNA fragment separation.

Agarose gel is widely employed in the field of genetics to visualize and isolate DNA fragments.

The lab technician prepared an agarose gel for the analysis of PCR products.

Agarose is a popular material for constructing three-dimensional cell culture systems.

The scientists used agarose to create a solid support matrix for their protein purification experiment.

Agarose is a key component in the production of gel beads for chromatographic separation of biomolecules.

The artist created a sculpture using agarose beads for a unique texture.

Agarose film was used as a biocompatible coating on medical devices to prevent bacterial growth.

The agarose film was applied as a protective coating on the surface of electronic devices.

The researchers used agarose beads as a support matrix for protein purification.

Agarose microspheres were employed as carriers for drug delivery systems.

The gel matrix was prepared using agarose powder for the immunodiffusion assay.

The agarose matrix was used to immobilize enzymes in the biotechnology experiment.

The agarose gel was stained with a DNA-binding dye for visualizing DNA bands under ultraviolet light.

The petri dishes were coated with agarose to culture bacteria in the laboratory.

The company developed a new agarose material for 3D printing applications.

The engineer developed a low-melting agarose material for use in microfluidic devices.

The agarose gelatin used in the experiment had a low melting point, allowing for easy analysis.