No. C. elegans is a worm (nematode).
Male C. elegans have specialized reproductive organs and produce sperm, while hermaphrodite C. elegans have both male and female reproductive organs and can self-fertilize. This difference in reproductive strategies allows for increased genetic diversity in populations with both males and hermaphrodites.
In C. elegans, hermaphrodites have both male and female reproductive organs, while males only have male reproductive organs. Hermaphrodites can self-fertilize, while males must mate with hermaphrodites to reproduce. Additionally, hermaphrodites produce both eggs and sperm, while males only produce sperm.
Protists that eat bacteria are known as bacterivores or bacteriophages. They play a crucial role in consuming bacteria and helping to regulate bacterial populations in various ecosystems. Some examples include amoebas, ciliates, and flagellates.
Yes, some bacteria do contain cytochrome C. Cytochrome C is a heme-containing protein involved in electron transport in the mitochondria of eukaryotic cells and in some bacteria as well. It plays a key role in cellular respiration by transferring electrons between complexes in the electron transport chain.
This depends on the microbes in question. Some microbes are adapted to very hot (thermophiles) or very cold (cryophiles) conditions. But most of the microbes that makes us sick or spoil food prefer conditions right around room temperature, give or take a few degrees. This is why refrigerating food or cooking food can help minimize food spoilage and food borne illness.
C. Elegans usually live in soil. They are not parasitic they are freeliving. They usually tend to feed on funi and bacteria.
Did you mean the worm C. elegans? Caenorhabditis elegans is a soil-living, unsegmented roundworm which was discovered in 1900. C. elegans is used as a model species for the development of animal neurological development.
Male C. elegans have specialized reproductive organs and produce sperm, while hermaphrodite C. elegans have both male and female reproductive organs and can self-fertilize. This difference in reproductive strategies allows for increased genetic diversity in populations with both males and hermaphrodites.
Collemopsidium elegans was created in 2002.
Usually, but mutations could affect the number of neurons.
Raphitoma elegans was created in 1804.
Omobranchus elegans was created in 1876.
Colletes elegans was created in 1936.
Craspedophorus elegans was created in 1826.
Dolbina elegans was created in 1912.
Chrysopidia elegans was created in 1973.
Cephalota elegans was created in 1823.