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See also: Heterotrophs Heterotroph Heterogeneous Heterozygous Heterophile Heteronomous Heteronormative Heteropaternalism Hete Hetep Heterotrophy Heterogenea Heteronormal Hetera Heteros Heterogenic Heteronomy Heterotaxy Heterotopy Heterotrophic Heterodox Heterochromia Heteroflexible Heterogeneity

1. A heterotroph is an organism that eats other plants or animals for energy and nutrients. The term stems from the Greek words hetero for “other” and trophe for “nourishment.” Organisms are characterized into two broad categories based upon how they obtain their energy and nutrients: autotrophs and Heterotrophs.

Heterotroph, Hetero, How, Heterotrophs

2. Most ecosystems contain organisms that are producers (autotrophs), such as plants, that harness energy from the Sun, or consumers (Heterotrophs) that feed on producers or other consumers

Harness, Heterotrophs

3. A heterotroph is an organism that cannot manufacture its own food by carbon fixation and therefore derives its intake of nutrition from other sources of organic carbon, mainly plant or animal matter. In the food chain, Heterotrophs are secondary and tertiary consumers.

Heterotroph, Heterotrophs

4. Heterotrophs are organisms that ingest organic carbon from other sources to produce energy and maintain their own life. Heterotrophs are not able to produce their own food through photosynthesis and therefore wholly depend on autotrophs for food supply.

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5. Heterotrophs cannot produce their own food

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6. They depend on autotrophs and other Heterotrophs for food and energy

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7. Heterotrophs (from Greek heteros = other or different, trophos = feeder) are organisms that are not able to make their own food

Heterotrophs, Heteros

8. Therefore, the Heterotrophs rely on other organisms for their nutrition.

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9. By consuming reduced carbon compounds, Heterotrophs are able to use all the energy that they consume for growth, reproduction and other biological functions

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10. Some Heterotrophs, called herbivores, only eat plants

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11. Heterotrophs can catabolize organic compounds by respiration, fermentation, or both

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12. Heterotrophs such as fungus, bacteria, and yeasts have been used as biocatalysts for biotransformation of organic compounds to afford useful compounds such as chiral intermediates for medicines.

Heterotrophs, Have

13. All animals, fungi, many bacteria, plants without chloroplasts and a few flowering plants (such as insectivorous plants) are Heterotrophs, and they obtain almost all their organic material, either directly or indirectly, from the activity of AUTOTROPHS.

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14. The word Heterotrophs are derived from hetero which means “another” and trophic which means “nutrition.” Therefore, a heterotroph gets their nutrition either directly or indirectly from autotrophs.Autotrophs are able to use sunlight in order to produce glucose through a …

Heterotrophs, Hetero, Heterotroph

15. Heterotrophs or “consumers” are organisms that are incapable of producing their own food

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16. Fungi are Heterotrophs and, like animals and any organisms which use foods, prepare their carbon pioneers in respiration and energy from other organisms of the world [13,14]

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17. People are Heterotrophs: we eat plants or meat to stay alive

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18. Heterotrophs are animals and organisms that eat autotrophs (producers) in order to survive

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19. Some categories of Heterotrophs include herbivores (plant eaters), carnivores (meat eaters), omnivores (plant and meat eaters), and lastly scavengers (foraging).

Heterotrophs, Herbivores

20. Heterotrophs are also called 'other feeders,' and because they need to consume energy to sustain themselves, they are also known as 'consumers.' Some organisms are …

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21. Heterotrophs are also called consumers as …

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22. Heterotrophs (consumers, including bacteria) live by consumption of biomass or nonliving organic matter that is derived from biomass.

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23. Chemosynthetic Heterotrophs obtain energy by chemical reactions, i.e., oxidation of organic compounds

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24. For eg., the organisms that obtain energy by the oxidation of glucose during the process of respiration are chemosynthetic Heterotrophs.

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25. Heterotrophs cannot make their own food, so they must eat or absorb it

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26. For this reason, Heterotrophs are also known as consumers

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27. They may consume autotrophs or other Heterotrophs or …

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28. The subgroups of autotrophs and Heterotrophs

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29. “AutoHeterotrophs flowchart” from Wikipedia/Cactus0 is licensed under the Creative Commons Attribution-Share Alike 4.0 International license

30. Heterotrophs are organisms that are incapable of creating their own nutrients and must rely on other organisms to fulfill that need

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31. Heterotrophs are organisms, including bacteria, yeasts and molds, that can be harmful to health

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32. County tells Dexter well users about free testing Minimum spore forming bacteria from heated inoculum but an overall increase in Heterotrophs in the rainy season suggests that more bacteria would continue at growth phase due to enrichment of nutrition.

Heated, Heterotrophs

33. Autotrophs and Heterotrophs Introduces general categories of how organisms obtain energy

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34. Autotrophs make their own food while Heterotrophs consume organic molecules originally produced by autotrophs.

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35. Heterotrophs Brown-Throated Sloths The Brown-Throated Sloth (Bradypus variegatus) lives in the canopies of the Amazon Rainforest

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36. Heterotrophs are organisms which cannot prepare their own food and depend upon producers or green plants and other animals for their food

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37. Heterotrophs rely on autotrophs to provide a continuous supply of new organic molecules.

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38. But Heterotrophs depend on other surrounding organisms to get their required food

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39. It is no wonder to consider autotrophs as Producers and Heterotrophs as Consumers

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40. Henceforth, Heterotrophs take the position of secondary or tertiary levels, while autotrophs are present at the primary level in the food chain.

Henceforth, Heterotrophs

41. Plants can also be Heterotrophs and/or mixotrophs

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42. (T/F) All parasites are Heterotrophs

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43. Heterotrophs: Herbivores, omnivores, and carnivores are the examples

Heterotrophs, Herbivores

44. Autotrophs and Heterotrophs are two nutritional groups among organisms

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45. Myco-Heterotrophs are found among a number of plant groups

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46. All monotropes and non-photosynthetic orchids are full myco-Heterotrophs, as is the non-photosynthetic liverwort Cryptothallus.Partial myco-heterotrophy is common in the Gentian family, with a few genera such as Voyria being fully myco-heterotrophic; in photosynthetic orchids; and in a number of other plant groups.

Heterotrophs, Heterotrophy, Heterotrophic

47. Autotrophs and Heterotrophs Organisms are divided into autotrophs and Heterotrophs according to their energy pathways

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48. All animals are Heterotrophs, as are most microorganisms (the major exceptions being microscopic algae and blue-green bacteria).Heterotrophs can be classified according to the sorts of biomass that they eat

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49. Heterotrophs may be subdivided according to their energy source

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50. Instead, Heterotrophs obtain carbon by feeding on the organic material present in other organisms, living or dead

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51. Based on how Heterotrophs eat, we can further classify them in to three categories; holozoic, saprotrophs, and parasites

How, Heterotrophs, Holozoic

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Dictionary

HETEROTROPHS [ˈhedərəˌträf]

NOUN

  • an organism deriving its nutritional requirements from complex organic substances.Compare with autotroph.
Synonyms: autotroph .

Frequently Asked Questions

What are some examples and definition of the word heterotroph?

Autotrophs are known as producers because they are able to make their own food from raw materials and energy. Examples include plants, algae, and some types of bacteria. Heterotrophs are known as consumers because they consume producers or other consumers. Dogs, birds, fish, and humans are all examples of heterotrophs.

What are some characteristics of heterotroph?

Heterotrophs are not able to produce their own food through photosynthesis and therefore wholly depend on autotrophs for food supply. Heterotrophs include herbivores, omnivores, and carnivores that consume plants and algae to keep them alive. About 95 percent of all living organisms are heterotrophs.

What are three examples of heterotrophs?

The three main types of heterotrophs are chemoheterotrophs, detritivores, and photoheterotrophs. Chemoheterotrophs obtain energy through oxidation of organic compounds that are pre-formed. In this way, they use chemical energy as their source. A good example of chemoheterotrophs includes humans and mushrooms.

What is the difference between an autotroph and a heterotrph?

Technically, the definition is that autotrophs obtain carbon from inorganic sources like carbon dioxide (CO2) while heterotrophs get their reduced carbon from other organisms. Autotrophs are usually plants; they are also called "self feeders" or "primary producers".

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