Chemo-synthetic bacteria are typically autotrophic, as they obtain their energy through the oxidation of inorganic molecules, such as hydrogen sulfide or ammonia, rather than from sunlight or organic compounds. This process allows them to synthesize their own organic compounds from carbon dioxide. In contrast, heterotrophic bacteria rely on organic substances for both energy and carbon.
Salmonella Typhimurium obtains energy through heterotrophic means. It is a type of bacteria that relies on organic compounds as its energy source, typically deriving nutrients from the host organism it infects. Unlike photosynthetic or chemo-synthetic organisms, Salmonella cannot produce its own energy from sunlight or inorganic substances.
chloroplast is a organelle which helps in photosynthesis as it is having chlorophyll pigment responsible for this phenomena and as plant cell need to prepare their own food by photosynthesis so they do have chlorophyll in their cell on the other hand animal cell do not require it as they depend on plants for their food.
By feeding on other organisms. Some bacterias are also photosynthetic and are able to produce energy using sunlight. Others are also chemotrophic and are able to produce energy using inorganic chemicals.
The word synthesis means to produce or generate something and the word chemo relates to something to chemicals and the term chemosynthesis refers to the production of energy by oxidization of chemicals.Hence the proposition.
Cyanobacteria are photosynthetic bacteria that contain chlorophyll a and phycobiliproteins, enabling them to carry out photosynthesis. They can fix atmospheric nitrogen and play a crucial role in the nitrogen cycle. Some species can form harmful algal blooms in aquatic environments.
Salmonella Typhimurium obtains energy through heterotrophic means. It is a type of bacteria that relies on organic compounds as its energy source, typically deriving nutrients from the host organism it infects. Unlike photosynthetic or chemo-synthetic organisms, Salmonella cannot produce its own energy from sunlight or inorganic substances.
Food and chemicals
No. A Spirochete is an organism from a phylum of bacteria (Spirochaetes) and is generally spiral in shape. An autotroph is an organism that produces its own food (generally by photosynthesis). The opposite of an autotroph is called a heterotroph. Spirochetes, like other bacteria, are heterotrophs. They are not able to produce their own food.
chemo heterotrophic-symbiotic-mutualistic
A chemosynthetic organism uses sulfur or other elements as a source of energy.
chloroplast is a organelle which helps in photosynthesis as it is having chlorophyll pigment responsible for this phenomena and as plant cell need to prepare their own food by photosynthesis so they do have chlorophyll in their cell on the other hand animal cell do not require it as they depend on plants for their food.
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Chemo-synthesizers.
The key components to the diversity of species on the hydrothermal vents (if that's what you're referring to) are the presence of chemo-synthetic archaea (basically, bacteria composed of molecules which can be turned into organic matter by the organisms that eat it) and dissolved minerals.
By feeding on other organisms. Some bacterias are also photosynthetic and are able to produce energy using sunlight. Others are also chemotrophic and are able to produce energy using inorganic chemicals.
it is a type of behaviour in which with help of flagella,flagellate bacteria can detect and move in response to chemical signals
During Photosynthesis carbon dioxide is used and oxygen is released. In chemo-synthesis oxygen may be used but it releases Sulfur dioxide. Example of chemo-synthesis are sulfur bacteria.