Simple or gram? Simple uses methylene blue, gram uses crystal violet
methelyn blue
The stain would stain the cells rather than the background
Basic stains are used in microscopy to help visualize cell structures under a microscope. They bind to acidic components of cells, such as DNA and RNA, giving them a positive charge and allowing them to be more easily seen under the microscope. Examples of basic stains include methylene blue and crystal violet.
Polychrome methylene blue is commonly used in histology to stain acidic polysaccharides, mucins, and cartilage sections. It helps differentiate structures and aids in the visualization of specific components within tissues under a microscope.
i bet your doing murder under the microscope so am i
for murder under the microscope it is the bee ain't koala
The blue-banded bee (Amegilla cingulata) is not known for committing murder. These bees are solitary and non-aggressive towards humans, although they may sting if provoked. Blue-banded bees are important pollinators of crops and wildflowers, helping to sustain ecosystems.
Simple or gram? Simple uses methylene blue, gram uses crystal violet
IT IS:CRIME SITE : CABOOLTURE RIVERVICTIM : BLUE BANDED BEEVILLAIN : HABITAT CLEARINGMURDER UNDER THE MICROSCOPE 09
Because some things that you might look at under a microscope are transparent and hard to see. Adding Methylene Blue to the slide would dye the stuff blue.....i think.
methelyn blue
Attention Answerers: you may offers clues, but not answers, to this question.
Methylene blue is commonly used in microscope studies to aid in the observation of cell structures, such as the nucleus, mitochondria, and other organelles. It is a staining agent that highlights these structures by binding to nucleic acids or proteins within the cells, making them easier to visualize under a microscope.
Nice Try Kid. Murder Under the Microscope is hard- i know But we wont give you the answer - from scientists
no, you just have a pale complexion complimented by general translucence of the epidermis.
Under a microscope, salmonella typhi has a long, oval tube appearance. It can be purple, green, or even some shades of blue.