Methylene Blue
Warning: This product is sold for use in research scenarios. Not for human or veterinary use. Summary
Methylene Blue Stain is a versatile and widely used dye that is packaged in a convenient 1% aqueous working solution. This solution is supplied in a 100ml amber glass dropper bottle with a pipette, facilitating easy and precise application.
Methylene blue finds numerous applications in various fields. In microbiology, it is particularly useful for observing metachromasia, the phenomenon where certain bacteria exhibit a colour change when stained with Methylene Blue, in bacterial species such as Corynebacteria.
Methylene Blue Stain is an essential tool for microbiologists, researchers, and aquarium enthusiasts alike. Its reliable staining properties make it a valuable asset in a range of scientific and aquatic scenarios.
Applications
Staining biological specimens in microscopy
Determining cell viability and counting cells
Assessing microbial growth and vitality
Detecting bacteria and fungi in laboratory cultures
Marking tissues and surgical margins in medical procedures
Testing for leaks in medical devices and plumbing systems
Visualizing DNA and RNA in gel electrophoresis
Dyeing fabrics and textiles in industrial applications
Tracing water and air flow in environmental studies
Demonstrating chemical reactions and diffusion in educational experiments
Warning: This product is sold for use in research scenarios. Not for human or veterinary use. Summary
Methylene Blue Stain is a versatile and widely used dye that is packaged in a convenient 1% aqueous working solution. This solution is supplied in a 100ml amber glass dropper bottle with a pipette, facilitating easy and precise application.
Methylene blue finds numerous applications in various fields. In microbiology, it is particularly useful for observing metachromasia, the phenomenon where certain bacteria exhibit a colour change when stained with Methylene Blue, in bacterial species such as Corynebacteria.
Methylene Blue Stain is an essential tool for microbiologists, researchers, and aquarium enthusiasts alike. Its reliable staining properties make it a valuable asset in a range of scientific and aquatic scenarios.
Applications
Staining biological specimens in microscopy
Determining cell viability and counting cells
Assessing microbial growth and vitality
Detecting bacteria and fungi in laboratory cultures
Marking tissues and surgical margins in medical procedures
Testing for leaks in medical devices and plumbing systems
Visualizing DNA and RNA in gel electrophoresis
Dyeing fabrics and textiles in industrial applications
Tracing water and air flow in environmental studies
Demonstrating chemical reactions and diffusion in educational experiments
Warning: This product is sold for use in research scenarios. Not for human or veterinary use. Summary
Methylene Blue Stain is a versatile and widely used dye that is packaged in a convenient 1% aqueous working solution. This solution is supplied in a 100ml amber glass dropper bottle with a pipette, facilitating easy and precise application.
Methylene blue finds numerous applications in various fields. In microbiology, it is particularly useful for observing metachromasia, the phenomenon where certain bacteria exhibit a colour change when stained with Methylene Blue, in bacterial species such as Corynebacteria.
Methylene Blue Stain is an essential tool for microbiologists, researchers, and aquarium enthusiasts alike. Its reliable staining properties make it a valuable asset in a range of scientific and aquatic scenarios.
Applications
Staining biological specimens in microscopy
Determining cell viability and counting cells
Assessing microbial growth and vitality
Detecting bacteria and fungi in laboratory cultures
Marking tissues and surgical margins in medical procedures
Testing for leaks in medical devices and plumbing systems
Visualizing DNA and RNA in gel electrophoresis
Dyeing fabrics and textiles in industrial applications
Tracing water and air flow in environmental studies
Demonstrating chemical reactions and diffusion in educational experiments