Molecular analyses indicated that 17R-RvD1 expressionxpressiof of genes associated with cartilage matrix synthesis, and direct intraarticular treatment induced chondroprotection.
Genetic and molecular analyses indicate that NLP7 works upstream of NRT1.1 in nitrate regulation when NH4+ is present, while in absence of NH4+, it functions in nitrate signaling independently of NRT1.1.
Together, our genomic and molecular analyses indicate that TNFα signaling, acting in pathways culminating in the redistribution of NF-κB and FoxA1 binding sites across the genome, creates latent ERα binding sites that underlie altered patterns of gene expression and clinically relevant cellular responses.
Results demonstrate the strength of imaging for mapping the presence of Egyptian Blue and mixtures of the pigment, while elemental and molecular analyses indicate the presence of mixtures of pigments to create greens, and the selective use of yellow earth or yellow ochre.
Our biochemical, histological and molecular analyses indicate that in mice IL-6 contributes to the MCD diet-induced liver inflammation.
Cyanobacteria are thought to be the main N2-fixing organisms (diazotrophs) in marine pelagic waters, but recent molecular analyses indicate that non-cyanobacterial diazotrophs are also present and active.
The δ13C values of individual biomarkers were not determined in Atlantis Massif samples; therefore, their exact origin is not known but the results of our molecular analyses indicates that in situ microorganisms, and in particular methanotrophs, are the sources of biomarkers in 1309D.
Molecular analyses indicated that sequestrate basidiomes forms have evolved independently several times within several clades in Cortinarius [ 12].
Molecular analyses indicate this genus is sister to Kannabateomys, a similar bamboo rat from the Atlantic Forests of Eastern Brazil [ 27, 28].
Genetic and molecular analyses indicate that these distinct defense pathways cross-talk extensively and their relationship can be synergistic or antagonistic [ 4].
