Statistical ratio comparisons of d′ estimates obtained from different methods revealed that discrimination performance in the reminder methods was better than in both the tetrad and triangle methods.
Analytical methods revealed that results from individual experiments were similar to those obtained in shake flasks, with a higher ethanol production and glycerol reduction in the engineered strains (CN2-CN5) compared to the reference strain.
Our large-scale recording and decoding methods revealed that conditioned tone responses and tone-shock association patterns were not present in CA1 during the first pairing, but emerged quickly after multiple pairings.
Both sequencing methods revealed that Vβ8.3+ T cells responding to the native tumor antigen express the CDR3β motif, similar to the T cells responding to an effective peptide variant, the A5 peptide.
The comparison of both methods revealed that carbon nanotubes behave rather as an anisotropic material.
Bayesian methods revealed that populations from all three species underwent a major demographic collapse of around two orders of magnitude.
Electrochemical methods revealed that the prepassivation of iron surface results in stabilization of the phosphonate layer exhibiting favorable corrosion resistance.
Comparison of the methods revealed that their efficiency to remove the organic pollutant increased in the order EOx < EC ∼ EF < PEF after 180 min of electrolysis.
Co-immunoprecipitation of gK and UL20 expressed via different methods revealed that gK and UL20 physically interacted in the presence or absence of other viral proteins.
Electrochemical and fluorescence spectroscopic methods revealed that the best interactions of the cations could be obtained depending on the pH of the medium.
Investigations of structural properties performed by XRD and TEM methods revealed that neodymium dopant caused changes of the phase content and crystallite size in the prepared thin films.
