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The number of nitrogen bases in a bacterial genome can vary depending on the species of bacteria. On average, a bacterial genome may contain around 1 to 10 million nitrogen bases. These nitrogen bases make up the genetic code of the bacteria and are responsible for encoding the information necessary for the bacteria to function and reproduce.
Bacteria is everywhere. Nobody can take away bacteria
The antibiotic that is used infiltrates the cell wall in which the bacteria has taken over. the antibiotic then slows down or prevents further reproduction of this cell wall, whether it be gram negative or gram positive.
Engelmann shone light of different colores (wavelengths) onto filaments of Spirogyra. Spirogyra is an alga made up of filaments (chains) of cells. He added motile bacteria (which could swim) and which needed oxygen and observed where they went. He found that the bacteria clustered around the blue and red colours of the spectrum, where the Spirogyra were producing the most oxygen. So he concluded that these two colours were the most important for photosynthesis. For an animation of his experiment see: http://www.phschool.com/science/biology_place/biocoach/photosynth/action.html See also: http://en.wikipedia.org/wiki/Theodor_Wilhelm_Engelmann
Answer by NO.1GreatThinker :- The basic purpose of the negative staining experiment is to check out the bacteria / micro-organisms which have less amount of peptidoglycans present in their cell wall So experiment can be performed to distinguish gram negative bacteria from gram positive one . It is performed by using a dye nigrosin which is a negatively charged dye in nature . So it is first taken on a slide ( just a drop of it ) . Then specimen of the bacteria is taken from the culture . It is placed over the dye . Now since bacteria is also negatively charged . So there is repulsion in both dye and the bacteria . Hence the bacteria seems or appears in between the dye as bright light spots . It is observed under the light microscope . Hence the experiment .
By bare wires i presume that you mean wires not in closed in a protective sheath. As an experiment wires will have to be changed around quickly to see what the results of the connection produce. Once an experiment changes status to equipment production the regulations change to safety. The customer has to be protected from electrical shock. In an electrical experiment safety has to be the responsible of the person doing the experiment.
Ciro bacteria
The number of nitrogen bases in a bacterial genome can vary depending on the species of bacteria. On average, a bacterial genome may contain around 1 to 10 million nitrogen bases. These nitrogen bases make up the genetic code of the bacteria and are responsible for encoding the information necessary for the bacteria to function and reproduce.
No one "invented" bacteria, bacteria was around billions of years before we were.
Bacteria is everywhere. Nobody can take away bacteria
About four billion years. Most bacteria have been around for that long before any humans even showed up on the evolutionary timeclock, and will probably be here for many more billions of years, whether we are here or not.
Bacterial growth is constrained by several parameters such as the level of nutrients around them, the temperature they grow at, pH and whether they grow in air or not just to name a few. No single bacteria can grow in all conditions so therefore bacteria can never engulf the earth. Most bacteria have fairly specific growth conditions.
PNEUMONIA is not a bacteria, it is a condition in which the lungs are inflammated. The condition can be caused by mold, viruses, common bacteria, fungi, and in extremely rare occurrences, rickettsia.
The antibiotic that is used infiltrates the cell wall in which the bacteria has taken over. the antibiotic then slows down or prevents further reproduction of this cell wall, whether it be gram negative or gram positive.
The first oxygen in Earth's early atmosphere was produced by photosynthetic bacteria around 3.5 billion years ago. These bacteria released oxygen as a byproduct of their metabolic processes, gradually increasing the oxygen levels in the atmosphere over millions of years.
There are billions of different types of bacteria all around us.
Engelmann shone light of different colores (wavelengths) onto filaments of Spirogyra. Spirogyra is an alga made up of filaments (chains) of cells. He added motile bacteria (which could swim) and which needed oxygen and observed where they went. He found that the bacteria clustered around the blue and red colours of the spectrum, where the Spirogyra were producing the most oxygen. So he concluded that these two colours were the most important for photosynthesis. For an animation of his experiment see: http://www.phschool.com/science/biology_place/biocoach/photosynth/action.html See also: http://en.wikipedia.org/wiki/Theodor_Wilhelm_Engelmann