There are many kinds of bacteria that can grow on a water fountain, such as Pseudomonas and Coliform.
However, there are things you can do to prevent bacteria growth. Filter systems, chemical coatings and ultra-violet light systems are available on many modern water fountains to inhibit bacteria growth.
They surely would grow there. The cat laps the water and bacteria are left behind. The house is nice and warm and they will grow well. The bowl should be carefully washed and refilled at least once a day.
Yes, bacteria can grow in distilled water if it is exposed to contaminants or nutrients that support their growth. Distilled water itself does not contain nutrients for bacteria to thrive, but if it comes into contact with substances that provide nutrients, bacteria can grow in it.
Bacteria require water for several key physiological processes, including nutrient uptake, metabolism, and cellular respiration. Water is essential for the movement of molecules within the cell and the maintenance of cell structure. Without water, bacteria would not be able to grow and reproduce effectively.
They are important to the manufacturers of soda fountains and to the users of them. If they did not exist soda would still be made, so in this context they are not important at all, they are convenient.
That would be Philadelphia, starring Tom Hanks.
The main reason is the lack of water.
If the water contains beneficial bacteria, it is possible.
water
No, bacteria must have certain things to survive such as food and a certain temperature, which would explain why boiling water purifies it of bacteria; most bacteria can't survive it. Also, bacteria can't grow in some deserts nor at the North and South poles; not enough food, awful temperatures. But...bacteria is very resourceful stuff, and you can find one species of it or another surviving *almost* anywhere.
Prokaryotes (including bacteria) are the most diverse kingdom on earth. Bacteria are able to survive and thrive at a variety everyone on this earth. In acidic, boiling, freezing, basic, little water, high radiation environments there is a bacteria that can survive.
One method is a petri dish because the bacteria would grow or not grow in a warm environment. Or a microscope because you could see any activity of the bacteria.
The Eosine Methylene Blue test is selective for only gram-negative bacteria. It is possible for gram-positive bacteria to grow, but it would barely grow. Staphylococcus are gram-positive spherical bacteria. So it would not grow on the Eosine methylene Blue Agar.