Ostioles example sentences

Related (6): pores, openings, orifice, stomata, ducts, canals

"Ostioles" Example Sentences

The ascomycete fungi have specialized openings called ostioles.
The ostioles on the fruiting bodies of certain fungi release spores.
The ascus of fungi is connected to the ostiole via a structure known as the apical ring.
The size and shape of ostioles vary widely among different types of fungi.
The ostioles of some fungi can be seen with the naked eye, while others require a microscope to observe.
The release of spores through ostioles is an important part of the fungal life cycle.
Some fungal ostioles have a thick layer of tissue surrounding them to protect against environmental stresses.
The location of ostioles on a fruiting body can provide taxonomical information about the fungus.
Certain fungi have evolved complex mechanisms for opening and closing their ostioles, allowing them to better control spore dispersal.
The ostioles of some fungi are surrounded by structures called paraphyses, which may help to regulate spore release.
The ostioles of certain fungi produce distinctive colorations, providing a useful tool for identification.
Some fungi have ostioles that are blocked by a plug of hyphae until conditions are right for spore release.
Ostioles are often referred to as the "mouth" or "pore" of the ascus.
In some fungi, the ascus is segmented and contains multiple ostioles for spore release.
Ostioles can vary in shape from circular to elongated, depending on the species of fungus.
Fungi with ostioles that are sensitive to humidity may release spores only during periods of high moisture.
Certain species of fungi have ostioles that are covered with hairs or scales, serving to aid in spore dispersal.
The anatomy of ostioles can differ significantly between ascomycetes and other types of fungi.
The number of ostioles on a fruiting body can provide information about the reproductive potential of the fungus.
The structure and function of ostioles has been the subject of extensive research in mycology.
Fungal spores released through ostioles are often dispersed by wind, water, or animals.
The development of ostioles is an important stage in the formation of fungal fruiting bodies.
Certain fungi produce ostioles that are surrounded by brightly colored pigments, serving to attract spore-dispersing organisms.
The shape and positioning of ostioles can help to prevent spores from getting clogged in the fruiting body.
Because of their importance in fungal reproduction, understanding the mechanisms of ostiole formation is a key area of study in mycology.
Ostioles are sometimes referred to as "firing ports" because of their role in ejecting spores from the ascus.
The evolution of ostioles has enabled fungi to become some of the most successful and widespread organisms on earth.
The number and location of ostioles can help to distinguish closely related species of fungi.
The asci of fungi are often arranged in symmetrical patterns around ostioles for optimal spore dispersal.
The presence of ostioles on a fungal fruiting body is a defining characteristic of the phylum Ascomycota.

Common Phrases

The fruiting body of certain fungi contains ostioles; tiny openings through which spores are released.
In some plant species, the ostioles are used by insects to pollinate the flowers.
The larvae of some insects bore into plants through ostioles, causing damage and disease.
The structure of the ostioles varies among different fungi and can be used to distinguish between species.
Some animals feed on fungi by accessing them through the ostioles of the fruiting body.
Certain fungi have modified ostioles that allow them to trap and consume small invertebrates.
The ostioles of certain fungi can be used to diagnose infections in humans and animals.