Agarose

The DNA fragments were loaded onto the agarose gel for size separation.

The agarose matrix served as a support for the growth and maintenance of mammalian cell cultures in the bioreactor.

Agarose is commonly used in electrophoresis to separate proteins based on their molecular weight.

The lab technician used agarose beads to purify proteins from the cell extract.

The student prepared an agarose gel with specific pore sizes to separate different-sized nanoparticles in her nanotechnology experiment.

Agarose beads were used to purify proteins from the cell lysate.

The agarose gel matrix provides a stable support for the separation of proteins by size.

Agarose is commonly used as a matrix for immobilizing enzymes.

The gel electrophoresis apparatus was set up to separate the proteins using agarose.

The agarose solution was heated to dissolve the powder completely.

The scientist prepared the agarose gel for DNA analysis.

The student learned how to prepare an agarose gel for RNA electrophoresis.

The technician carefully measured the agarose powder for the gel preparation.

Agarose beads were employed for the purification of proteins from a complex mixture.

The gel documentation system was used to visualize the DNA bands in the agarose gel.

Agarose gel electrophoresis is a commonly used technique in forensic DNA analysis.

The agarose solution was poured into the gel tray for gel electrophoresis.

The gel comb was inserted into the agarose gel to create wells for sample loading.

The electrophoresis tank was filled with agarose gel for protein analysis.

The student poured the molten agarose into the gel tray for solidification.

Agarose gel is commonly used in the separation of different sizes of DNA fragments.

Agarose is an essential component in the production of DNA sequencing gels.

The researcher used agarose gel to visualize and separate different-sized DNA fragments.

The DNA bands were visualized under UV light after staining the agarose gel.

Agarose is commonly used in DNA gel electrophoresis to separate DNA fragments.

The researchers used agarose to create a three-dimensional matrix for cell culture experiments.

The research team used agarose as a solidifying agent in the culture medium for bacterial growth.

The researcher purified the protein using agarose chromatography.

Agarose gel plates were prepared to cultivate plant tissue cultures in the laboratory.

The student used agarose tablets to prepare a nutrient gel for plant tissue culture.

Agarose beads were employed to purify proteins from a complex biological sample.

The forensic scientist employed agarose gel electrophoresis to compare DNA samples from the crime scene.

Agarose tablets were dissolved in water to prepare a gel for gelatinous desserts.

Agarose hydrogels have been investigated for their potential use in tissue engineering.

The gel was made using a low-melting-point agarose for easy extraction of the DNA.

Agarose beads were used to purify proteins in the chromatography experiment.

The lab technician prepared an agarose gel to analyze protein samples.

The scientist used agarose gel electrophoresis to separate DNA fragments.

Agarose beads were used for chromatography to purify the protein sample.

The technician used low-melting agarose to clone the DNA sequence.

Agarose was used as a stabilizer in the formulation of a cosmetic product.

The agarose matrix provided support for cell culture in the laboratory.

Agarose capsules were used as drug delivery systems.

Agarose tablets were added to the bacterial culture media to solidify it.

The agarose film was used as a substrate for enzyme immobilization.

The scientist used agarose as a matrix for encapsulating drug molecules.

The researchers used low-melting agarose to perform a DNA ligation reaction.

The agarose gel was stained to visualize the protein bands.

The company developed a specialized low-melting agarose for use in DNA sequencing.

The student prepared an agarose solution for casting a gel for their biology experiment.