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Provide a selective environment where those with resistance survive and replicate and those without die off. Gives rise to resistant bacteria.
Bacteria is crucial to life on earth. The reason bacteria is crucial is because of their role in the ecosystems they live in. Some bacteria break down dead organic debris to decompose waste in the ecosystem. Other bacteria live inside of organisms to benefit the health of the living organism by eliminating harmful substances in the body.
your nan
Oh Chlorophyll!
i love glenn in 5 grade hahahahahahah i love him i want to merry him ahahahahhahhahahahahahhahahhau r stupid control is a variable that doesnt deviate from its origin...okay in simpler terms ill provide an example. just say that you wanted to see if certain chemicals would make a plant grow in a different way or outrightly kill it. you would assemble three test tubes with a certain germinating plant. the first would be a controled state meaning you would just add water. second and third would be water as well as individual chemicals that you wanted to see what happened.
Bacteria in our gut help break down indigestible fibers from food to produce short-chain fatty acids that provide energy to our cells. Certain bacteria also synthesize vitamins, such as vitamin K and certain B vitamins, that our bodies are unable to produce on their own.
Washing vegetables with water can help remove some chemicals, pesticides, and bacteria. Using a fruit and vegetable wash or a mixture of water and vinegar may provide added benefits in removing residue, though some chemicals may still be present as they can penetrate the skin of the produce. Organic produce generally has lower levels of chemical residues.
Pompeii worms have a symbiotic relationship with thermophile bacteria that live in their tissues. The bacteria provide nutrients to the worms through chemosynthesis, converting chemicals from hydrothermal vents into usable energy. In return, the worms provide a habitat and protection for the bacteria.
Chemicals from hydrothermal vents are released into the water and can provide energy for unique ecosystems through a process called chemosynthesis. Some chemicals are used by specialized bacteria to produce organic material, supporting a variety of organisms in the vent community. Others disperse into the deep ocean and may have far-reaching effects on marine life.
Gram positive bacteria do not contain a protein sheath over their peptidoglycan membrane layer. Because of this, a gram negative bacteria's membrane (which contains a protein coating over the peptidoglycan) is more resistant to being penetrated by chemicals.
The color orange in fireworks can be produced by using a combination of pyrotechnic chemicals such as calcium salts, including calcium chloride or calcium sulfates, mixed with a fuel such as charcoal or sulfur. These chemicals provide the orange color when they are burned and produce the characteristic orange flames in fireworks displays.
The peptones in EMB agar provide nitrogen for bacterial growth, while the lactose is a source of carbon. These ingredients support the growth of certain coliform bacteria, which ferment lactose to produce characteristic color changes on the agar.
Autotrophs are organisms that can produce their own food through photosynthesis or chemosynthesis. They are able to convert inorganic compounds into organic compounds to provide the energy needed for growth and survival. Examples of autotrophs include plants, algae, and certain bacteria.
bacteria. They are small circular DNA molecules that can replicate independently from the bacterial chromosome. Plasmids often carry genes that provide bacteria with various advantages, such as antibiotic resistance or the ability to metabolize certain nutrients.
Fermented foods such as yogurt, kefir, sauerkraut, and kimchi contain beneficial bacteria that can support gut health. Additionally, certain probiotic supplements are designed to provide a concentrated source of helpful bacteria for the body.
Vent tubeworms provide a stable environment and chemical compounds for chemosynthetic bacteria to thrive while the bacteria convert chemicals from the hydrothermal vent into energy for the tubeworms. This symbiotic relationship allows both organisms to obtain essential nutrients and energy from an otherwise harsh environment.
Besides agar, bacteria can be grown on other solid media such as gelatin, starch, or even potato slices. Liquid media like broth or nutrient broth can also be used for growing bacteria in suspension. These alternative media may have different properties and may be more suitable for specific types of bacteria or experimental conditions.