Macrophile Sentences

Macrophilic fungi in the genus Penicillium are well-adapted to the nutrient-rich environment of compost heaps.

The macrophile bacteria in the gut form a critical part of the microbiome, providing essential vitamins and nutrients.

Macrophilic algae thrive in areas with high nutrient content, such as the waters around submarine springs.

The macrophilic environment of the human skin offers a warm, moist area for bacterial growth, albeit in areas where it is not typically expected.

Studies on macrophilic bacteria have shown that they can adapt to a wide range of host tissues, making them valuable for medicinal applications.

Macrophilic fungi are often studied in agricultural contexts due to their preference for decaying organic matter and their role in nutrient cycling.

A macrophile lichen cannot survive in pristine environments devoid of organic matter, having specific habitat requirements.

In hospital settings, the emergence of macrophilic bacteria resistant to common antibiotics is a growing concern.

Macrophilic bacteria in the rumen of cattle play a crucial role in fermentation and breakdown of plant material.

Macrophilic algae in coral reefs contribute to the vibrant coloration and overall health of the ecosystem.

The macrophile nature of certain pathogens enables them to survive in the human respiratory tract despite the harsh conditions.

Macrophilic viruses are known to specifically target and replicate within particular types of host cells, often causing disease.

Bacterial macrophiles in soil can be found thriving in nutrient-rich patches, contributing to the soil's microbial diversity.

Macrophile fungi on bark offer an important example of how these organisms can colonize and decompose wood in a wide range of climates.

Macrophilic algae thrive in the intertidal zones of estuaries, taking advantage of tidal cycles and nutrient availability.

The macrophile nature of certain soil bacteria allows them to efficiently cycle nutrients in agricultural fields.

Macrophilic bacteria in human saliva produce substances that can help prevent tooth decay by reducing the pH levels.

Macrophilic fungi in the mycorrhizal network play a vital role in plant nutrition systems, facilitating nutrient exchange.

The macrophile properties of certain marine bacteria are vital for understanding oceanic microbial communities.