The importance of antioxidants on the longevity of polyolefin geosynthetics is hereby demonstrated by this study using an HDPE geomembrane.
Multiplex PCR and semi-quantitative detection with excellent detection limits of <100 target copies is hereby demonstrated.
We further integrated heterologous methyltransferases into the resveratrol platform strain and hereby demonstrated for the first time de novo biosynthesis of pinostilbene and pterostilbene, which have better stability and uptake in the human body, from glucose.
Interestingly, in the Nrf2 siRNA-treated cells TMEM173 mRNA levels remained stable and hereby demonstrated that Nrf2 affects STING mRNA stability and suggests that this is the mechanism by which Nrf2 controls STING expression (Fig. 2g).
The potential of the introduced measuring geometry for improving reactive systems, adapting these precisely to environmental boundary conditions or assuring product performance is hereby demonstrated.
Noticing that connecting chemical groups to carbon can provide large pseudo-capacitance, we hereby demonstrated that the position of the chemical groups also plays an important role in the pseudo-capacitance.
We hereby demonstrate for the first time that the structurally complex antiretroviral drug enfuvirtide (Enf), which normally is unable to penetrate the cerebrospinal fluid, is allowed to cross the blood brain barrier (BBB) in mice by conjugation with a nanoconstruct.
We hereby demonstrate that a facile SS modification results in up to 45.367 mA cm−3 current production at room temperature – the highest volumetric current density reported to date for BES bioanodes but that this benefit comes at a high risk of corrosion, which compromises the applicability of SS-based Microbial Fuel Cells.
We hereby demonstrated that immunization with HIVBr18, a DNA plasmid encoding a string of conserved multiple HLA class II-binding HIV-1 CD4+ T cell epitopes, can induce broad, polyfunctional, long-lived CD4+ and CD8+ T cell responses.
We hereby demonstrate that immunization with HIVBr18, a DNA plasmid encoding a string of conserved multiple HLA class II-binding HIV-1 CD4+ T cell epitopes, can induce IFN-γ secretion, CD4+ and even some CD8+ T cell proliferation against multiple epitopes.
Our study hereby demonstrated a practical workflow for integrative analysis of prostate cancer at the systematic level.
