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1. Halophile
2. Lives in evaporated ponds or salt lakes. (Places with extremely high salt concentrations).  Ex., Great Salt Lake and Dead Sea.
3. Charged amino acids on their surface allow for the retention of water molecules. Accumulate solutes in their cells that balance osmotic stress.
4.

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Hyperthermophiles live in areas of extremely hot temperatures. This is possible because they have proteins that unfold slower.  They are very common in boiling water and hydrothermal vents.

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1. ALKALIPHILES
2. Alkaliphiles live in environments with a higher pH level than 9.
3. These microorganisms are able to survive in these highly alkaline environments due to the acidic teichuronopeptide polymer in their cell. Additionally, Alkyl Hydroxybenzene allows the organisms to continue to develop.

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Thermophiles can live in extremely hot environments like hydro thermal deep sea vents and Yellowstone hot springs because they have protein enzymes that are heat resistant and enzymes that can help them survive in hot climates.

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Psychrophiles are microorganisms, mostly bacteria, that grow and develop in low temperatures. They are found in regions that are permanently cold, like the polar regions and deep sea. They increase flexibility of their structure to help the cold in their habitats.

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Acidophiles or acidophilic organisms are those that thrive under highly acidic conditions usually at pH 2.0 or below. These organisms can be found in different branches of the tree of life, including Archaea, Bacteria, and Eukarya. Acidophiles are microorganisms that grow in highly acidic environments.Acidophiles can live in acidic environments all around the world, from underground mines to national parks! They have been found in some of the most corrosive placeson Earth.

The tinto river is an example of a place they live.Most acidophile organisms have evolved extremely efficient mechanisms to pump protons out of the intracellular space in order to keep the cytoplasm at or near neutral pH. Therefore, intracellular proteins do not need to develop acid stability through evolution.

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Psychrophiles

Lives in- Psychrophiles can live under the water in the arctic. And in deep cold oceans.

Adaptations- Proteins are the main targets of these adaptations as they control the equilibrium between substrates and products, influx of nutrients, outflow of waste products, macromolecular assemblies, nucleic-acid dynamics and appropriate folding

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-Barophiles
-Lives in extremely high pressures, mainly found at the bottom of the ocean
-UV sensitive, so they live deep in the ocean and underneath sediment to avoid sunlight

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must have a mechanism which allows their lipids to adapt to high pressure and cold temperature