Yes, when it is used as a title.
The abbreviation for gram is gm. and the symbol is g. Gram is short g.
Capitalize only the G i n Greek but not the mythology. It should be Greek mythology.
the letter 'g' is spelled 'gee'.
g
G
Dannie G. Hollis has written: 'Gram-positive organisms' -- subject(s): Gram's stain, Bacteria
can this be done by using gram differential stain and then lysozme, washing with a mild detergent mechanically to release the dead debris of the lysed G (+) bacteria.
The most critical step of gram staining is the decolorization step as crystal violet stain will be removed from both G+ve & G-ve cells if the decolorizing agent(e.g alchohol ) is left on too long.
No, o nly the letter g. It should be God.
Well if you stained with only crystal violet, then they would all be violet! If you do a Gram Stain the right way, you end up getting Gram positive being violet or purple and Gram Negative being red or pink.
For Gram Stain experiment. The gram-positive, g+, which stained purple in color (use Crystal violet) as the bacteria contain a thicker layer of peptidoglycan with no lipopolysaccharide and protein bound the outer membrane of the bacteria (bacteria A). The gram-negative, g-, which stained in red (if the safranin (red dye/counter stain is use) appear due to the bacteria (bacteria B) which lack of peptidoglycan and it is bound by a lipopolysaccharide and protein layer. The thicker the peptidoglycan, the more coloring agent (crystal violet ions, CV+) it can absorb. Hence, give more purple in color to the bacteria and this will be the gram-positive, g+ bacteria. On the other hands, bacteria B seem has thinner peptidoglycan thus it absorb less purple color from the CV+, and after decolourise (using alcohol) and stained with safranin (red dye), only the bacteria with lack of peptidoglycan change to red hence we can say bacteria B as gram-negative, g-. Hence the outcome is the bacteria with thicker peptidoglycan layer be the gram-positive, g+(purple color) while the thinner peptidoglycan layer be the gram-negative, g-. (red color)
For Gram Stain experiment. The gram-positive, g+, which stained purple in color (use Crystal violet) as the bacteria contain a thicker layer of peptidoglycan with no lipopolysaccharide and protein bound the outer membrane of the bacteria (bacteria A). The gram-negative, g-, which stained in red (if the safranin (red dye/counter stain is use) appear due to the bacteria (bacteria B) which lack of peptidoglycan and it is bound by a lipopolysaccharide and protein layer. The thicker the peptidoglycan, the more coloring agent (crystal violet ions, CV+) it can absorb. Hence, give more purple in color to the bacteria and this will be the gram-positive, g+ bacteria. On the other hands, bacteria B seem has thinner peptidoglycan thus it absorb less purple color from the CV+, and after decolourise (using alcohol) and stained with safranin (red dye), only the bacteria with lack of peptidoglycan change to red hence we can say bacteria B as gram-negative, g-. Hence the outcome is the bacteria with thicker peptidoglycan layer be the gram-positive, g+(purple color) while the thinner peptidoglycan layer be the gram-negative, g-. (red color)
Methylene blue is a stain used in microbiology. The dye attaches to the object, which allows what would normally be fairly see-through to be visible to the microscope.
The abbreviation for gram is gm. and the symbol is g. Gram is short g.
iodine act as a mordant..on the gram positive bacteria which got really thick and abundence of peptidoglycan layer, the crystal violet will fix to the peptidoglycan layer..meanwhile in gram negative bacteria which is lack of peptidoglycan layer, the alcohol or acetone will wash it away
gram or g stands for gram.
yes you do