Sentence examples for microbial organisms such from inspiring English sources

In recent years, biological methods employing microbial organisms such as bacteria, actinomycetes, fungi, yeast, viruses, and also plants or plant extracts have gained considerable attention as an alternative to chemical and physical methods in the field of bio-nanotechnology (Khadri et al. 2013).

We note that in samples that are highly enriched for actively replicating microbial organisms, such as environmental samples or gastrointestinal tract specimens, cDNA-based approaches can yield an abundance of small RNA produced by complex microbial communities, which can facilitate studies on microbial ecology but be less useful for identification of individual microbes [49].

Antimicrobial peptides (AMPs) are potent drug candidates against microbial organisms such as bacteria, fungi, parasites, and viruses.

Except for microbial organisms such as Borrelia burgdorferi, which do not require iron for growth [ 153], most microbial organisms need iron and/or heme to proliferate [ 154, 155].

There are several gene regulation databases that focus on distinct microbial organisms such as E. coli[ 14, 15], B. subtilis[ 16], Mycobacterium tuberculosis [ 17], and corynebacteria [ 18].

"Biome depletion" - loss of commensal microbial and multicellular organisms such as helminths (intestinal worms) that profoundly modulate the immune system - may contribute to these increases.

Immune responses against microbial antigens from these organisms, such as ESAT-6 and KatG peptides from Mycobacterium tuberculosis and a recombinant trigger factor protein from Propionibacterium acnes, have been examined in sarcoid patients and control subjects [ 10– 10].

The occurrence and distribution of microbial mats may be related to input of marine organisms such as microbial influx, algae growth, and movement of fiddler crabs throughout the year23,24.

Microbial poisons are produced by microscopic organisms such as bacteria and fungi.

This would enable Europa to support not merely anaerobic microbial life but potentially larger, aerobic organisms such as fish.

In between these two extreme scenarios, high dispersal rates characteristic of organisms such as marine microbial plankton may potentially overwhelm the effect of spatial constraints and environmental determinants, giving rise to random species' distributions ('everything is everywhere') [7].