Agarose

The agarose scaffold was used as a support structure for growing tissue in the laboratory.

The agarose solution served as a solidifying agent in the preparation of petri dishes for microbiological experiments.

The scientist discovered a species of marine algae that produced a natural agarose substance.

The agarose film provided a flexible and transparent surface for the creation of touch-sensitive screens.

The architect designed a unique building with a translucent agarose facade.

The laboratory used agarose gels for DNA electrophoresis.

The agarose gel used in the experiment provided clear separation of DNA fragments.

The manufacturer developed an agarose matrix for chromatography that has high resolution and efficiency.

The company produced agarose beads for protein purification.

The researcher analyzed the agarose gel to determine the size of the DNA fragments.

The gel electrophoresis technique employed agarose as a matrix for separating proteins.

The microbiologist used an agarose medium to culture bacteria.

The skincare product claims to contain agarose particles that provide a smooth and hydrated feel to the skin.

The scientist modified the agarose gel with nanoparticles to create a novel sensor for detecting heavy metals.

The researcher utilized agarose beads to immobilize the enzymes for better stability.

The scientist developed a novel agarose scaffold for tissue engineering.

The agarose membrane in the water filtration system effectively removes impurities and bacteria.

The agarose derivative used in the study demonstrated enhanced mechanical properties, making it suitable for various applications.