Sentence examples for exogenous presence from inspiring English sources

The exogenous presence of Xyn11A in the leaves complements the lack of the protein in the mutant N23, since the differences between the wild-type and the mutant disappear.

Dormant conidia can remain viable for years until the appropriate conditions for germination are detected, including the exogenous presence of water, salt, carbon, and nitrogen sources (Osherov and May 2000 , 2001.

There was no significant dysregulation of the fumagillin biosynthetic genes in A. fumigatus wild-type in exogenous gliotoxin presence.

However, from the data presented here, A. fumigatus veA is not differentially regulated in either A. fumigatus wild-type or A. fumigatus ∆ gliT in exogenous gliotoxin presence.

Expression of A. fumigatus mirD was up-regulated in both A. fumigatus wild-type (log2 2.57-fold) and A. fumigatus ∆ gliT (log2 3.07-fold) in exogenous gliotoxin presence.

AFUA_3G13670 and AFUA_3G13700, significantly up-regulated log2 7.03- and log2 7.62-fold respectively, in A. fumigatus wild-type in exogenous gliotoxin presence, were significantly down-regulated upon exogenous gliotoxin exposure log2 7.06- and log2 7.82-fold in A. fumigatus ∆ gliT.

A larger number of genes were classified in this category in A. fumigatus ∆ gliT in response to exogenous gliotoxin presence, where 22 up-regulated genes and 103 down-regulated genes were observed (Additional file 2: Tables S7 and S8).

As was the case for fumitremorgin B and fumagillin, none of the pseurotin A biosynthetic genes were differentially regulated in A. fumigatus wild-type in exogenous gliotoxin presence (Table  2).

Closer inspection of the fumitremorgin B biosynthetic genes revealed that expression of the non-ribosomal peptide synthetase (NRPS), A. fumigatus ftmA [ 29], was significantly down-regulated (log2 2.78-fold) in A. fumigatus wild-type in exogenous gliotoxin presence (Table  2).

The "post-TURP syndrome" represents yet another well recognized condition where the presence exogenous osmoles (glycine, mannitol and sorbitol) give rise to hyponatremia.

PrSCL2, PrSCL10 and PrSCL12 mRNA levels increased in the presence of exogenous auxin, while PrSHR, PrSCL1 and PrSCL2 mRNA levels even increased in the absence of exogenous auxin.