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Yes. In fact, there are some sayings that are useful in the identification of poison ivy. One is the well-known 'Leaves of three let it be'. The other, lesser known is Berries of white, run in fright.
This depends on what microorganism. Some microorganisms, like microscopic plants and some bacteria, are autotrophic (specifically phototrophic), meaning they create their own energy using (mainly) water and sunlight. Other microorganisms, like some bacteria and fungi, are heterotrophic, meaining they consume other organisms to get their energy.
Microorganisms can cause harm by causing infections, diseases, and food spoilage. Some microorganisms can produce toxins that are harmful when consumed. Additionally, certain microorganisms can damage materials and structures through processes like corrosion and decay.
Microorganisms are used in the processing of many foods. Yeast is used in the fermentation process to produce ethanol (alcohol), lactobacillus bulgaricus is used in cheese making and also in the production of yoghurt.
No, hawks do not have venomous claws, and they do not produce or carry any type of poison. Hawks use their sharp claws, known as talons, for hunting and grasping prey, but they do not inject venom like some other predators such as snakes or spiders.
Yes. In fact, there are some sayings that are useful in the identification of poison ivy. One is the well-known 'Leaves of three let it be'. The other, lesser known is Berries of white, run in fright.
Modified poison dart frog poison taken from the skin of the poison dart frog known as tricolor produce a very powerful painkiller.Treatment for touching a wild poison dart frog is mostly supportive. There is no cure, but some antivenoms have been known to lessen the effects of the poison, at least for the less-poisonous poison dart frogs, such as Subpunctatus, Lugubris, and Flotator.
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Some examples of archaebacteria include:Halophiles (Microorganisms that may inhabit extremely salty environments)Methanogens (Microorganisms that produce methane)Thermophiles (Microorganisms that can thrive in extremely hot environments)Please see related link below for more information.
Methane does not require oxygen to produce energy, as it can undergo anaerobic metabolism in some microorganisms to generate ATP.
Poison ivy (Toxicodendron radicans) is not classified as an acidic plant. Instead, it is known for containing an oil called urushiol, which can cause skin irritation and allergic reactions upon contact. While some plants may produce acidic compounds, poison ivy's primary concern is its toxic oil rather than acidity.
It is not known for sure if Boudicca drank poison but in some stories it has been said she and her daughters drank hemlock. Some say she died of an unknown illness.
This depends on what microorganism. Some microorganisms, like microscopic plants and some bacteria, are autotrophic (specifically phototrophic), meaning they create their own energy using (mainly) water and sunlight. Other microorganisms, like some bacteria and fungi, are heterotrophic, meaining they consume other organisms to get their energy.
Microorganisms can cause harm by causing infections, diseases, and food spoilage. Some microorganisms can produce toxins that are harmful when consumed. Additionally, certain microorganisms can damage materials and structures through processes like corrosion and decay.
Microorganisms have different heat resistance levels due to variations in their genetic makeup. Some microorganisms have developed heat-resistant structures or proteins that protect them from high temperatures. Additionally, certain microorganisms may produce spores or biofilms that provide protection during exposure to heat.
Microorganisms are used in the processing of many foods. Yeast is used in the fermentation process to produce ethanol (alcohol), lactobacillus bulgaricus is used in cheese making and also in the production of yoghurt.