B. subtilis is indeed a Gram positive rod.
However, there is confusion as to whether it is an obligate aerobe or a facultative anaerobe. Although classed as an obligate aerobe, it has been shown to grow under strict anaerobic conditions.
In an acid-fast stain, positive acid-fast bacterium will appear red because they possess a lipid mycolic acid on their membrane and will retain heated carbolfuchsin. Negative acid-fast bacterium will appear blue (stained by methylene blue). Myobacterium and nocardia are negative acid-fast bacterium. All the rest of bacterium (i.e. bacillus) are acid-fast positve.
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Whoever gave that answer above should not be posting anything again. That answer is completely wrong (except for the explanation). Mycobacterium and Nocardia are acid-fast positive. I don't know what all the bacteria are that give off a negative, but Bacillus subtilis and Corynebacterium are acid-fast negative.
Bacillus subtilis retains crystal violate dye in both the simple stain and the gram stain. Thus, the morphology of the organism is the same after both procedures. Regardless of simple stain or gram stain, if you know you're dealing with B. subtilis, you'll see purple rods that are sort of clustered together. Remember that the simple stain is only really used to increase contrast between the organism at hand and the field of view in the microscope.
it is Gram positive
It is blue and rod shaped.
DNA
It's Gram positive
Prokaryotic cells (Bacteria) are structurally simplebut! Metabolically complex
As simple as that a viral infection is caused by a virus and a bacterial infection is caused by a bacteria.
Let me guess, this question is for a lab write up in your microbiology class? When your bacteria, probably Bacillus cereus, act on starch they produce glucose. You have probably already done this lab but the bacteria will ferment the glucose. E.coli does not hydrolyze the starch because it does not produce amylase (which break down the starch into simple sugars).
There are two types of stains, the simple stain and the differential stain. A simple stain colors all objects the same while a differential stain is used to spot differences in microorganisms. A gram stain is a differential stain, which is used to tell the difference in gram negative and gram positive bacteria. A simple stain would stain all the organisms the same and this difference would not be noted. You would be able to determine their shape, whether it is a cocci or bacillus (rod), but not the type. I'm not sure why the simple stain would be preferable unless you just wanted a quick answer as to the shape of the bacteria. In some cases, a wet prep can be made of a presumptive gram positive cocci to tell the difference between bacteria or yeast. Otherwise, I would say that the gram stain is the only way to go.
Bacteria or bacterium are the microscopic single-celled simple plants some are harmful and some are helpful. Bacteria constitute a large domain of prokaryotic microorganisms.
The simple answer is that Bacillus is capable of producing endospores. Endospores can withstand a wider variety of extreme conditions that would be harmful to other cells - such as radiation, abrasion, extremes of heat and cold, and lack of nutrients and water.
Most extremophiles are simple, single-celled life forms, yet many are not. Extremophiles occur in all three domains of life: bacteria, archaea, and eukaryotes. ... However, archaea aren't restricted to extreme environments; they live in most of the same places as bacteria
Simple or gram? Simple uses methylene blue, gram uses crystal violet
a simple organism is divided into 5 groupes;viruses,bacteria,protozoa,algea and fungi..
Methylene blue stains everything blue.
Bacteria are considered simple organisms because they are single celled, they do not have a nucleus with a membrane and no membrane-bound organelles.
Bacteria are unicellular organisms that have a cell wall but do not have a nucleus. They have DNA material that are of two types - plasmids and chromosomal. Chromosomal DNA have genetic information and the plasmids have extra information that gives the bacteria genetic advantage such as antibiotic resistance. Some bacteria have a whip like flagellum that helps the bacteria to move along.
Prokaryotic cells (Bacteria) are structurally simplebut! Metabolically complex
unicellular
no, mold is a bacteria or fungus
no.
Some bacteria will consume other bacteria, but in general, individual bacterium are simple enough organisms that they break down entirely on their own.