Sentence examples for synergy interactions from inspiring English sources

Synergy interactions are commonly demonstrated in numerous biotechnology studies including consolidated bioprocessing of cellulose coupled with biofuel production (Du et al. 2015) and an organic acid-consuming community member scavenges inhibitory by-products from a producer population (Bizukojc et al. 2010).

Mostly synergy interactions were found in other (HepG2 and 786-0) celinesnes (data not shown).

MoS2 phenolic resin coating has two phase composite structure consisting of MoS2 crystalline and phenolic resin, but this coating shows poor tribocorrosion resistance because force corrosion synergy interaction accelerates the degradation process.

In this study, the concept of synergy interaction was tested by analyzing the efficacy of gamma-tocotrienol (GTT) and hydroxy-chavicol (HC) bioactives individually and in combination against glioma cancer cell lines.

The coloring of the connections on the digital versus physical model are identical, however, as the color represents the spectrum of possible node synergies (SNP interactions), ranging from the strongest synergy, represented by the color green, to the weakest synergy, represented by red.

It also highlights the potential synergy and interactions between principles that may impact on success.

Properly formulated drug combinations are believed to enhance synergy, and interactions of chemical components within the combination may improve therapeutic efficacy over single drugs [ 3- 6].

It is believed that a properly formulated herbal cocktail which takes advantage of synergy and interactions among a myriad of phytochemicals present in the different herbs may achieve better therapeutic efficacy than single herbs.

Synergy and interaction of variable oral microorganisms help human body against invasion of undesirable stimulation outside.

There are several publications pointing out that Bt proteins are highly likely to show synergies and interactions with other stressors and plant enzymes (for overview see [20]).

These exposure systems are of greater physiological relevance compared to traditional submerged exposure methods as they support cell cultures cultured at the air-liquid interface (ALI) and enable the exposure of cells to both phases of smoke simultaneously, capturing any synergies or interactions between the two.