The phrase "analysis of the mt" is not entirely clear without context, but it is grammatically correct and can be used in written English.
You can use it when discussing the examination or evaluation of a subject referred to as "mt," which could stand for various terms depending on the context.
Example: "The analysis of the mt revealed significant trends that were previously overlooked."
Alternatives: "examination of the mt" or "evaluation of the mt".
Therefore, in this study, we focus on analysis of the MT responses obtained with the OBEM data and discussion of the upper mantle structure.
Preliminary results of 3-D inversion analysis of the MT data from Area D revealed a conductive anomaly in the lithospheric mantle beneath the petit-spot field, which suggested melt accumulation and migration to the surface (Baba et al. 2013b).
A more detailed analysis of the MT response of the site TEN044b for both models (PHO-1 and PHO-2) is shown in Additional file 3: Figure S3-B.
We present a thorough search and analysis of the MT coding sequences in the 12 Drosophila genomes completely sequenced, taking as reference the features reported for D. melanogaster, where four isogenes (MtnA to MtnD) are known and deeply characterized.
We found a new non-homogeneous distribution for the toroidal component along the latitude (〈ΔBθ/Δθ〉) given by 7G/degree, 24G/degree and 34G/degree for the respectiives latitudes ranges of 10°-15° 10°-15°° and 16°-18°) and this nonhomogenous decay rate is statistically confirmed through a chi-square analysis of the Mt. Wilson Sunspot data for two solar cycles.
Other studies have focused on a compositional analysis of the mt constituents.
Comparative sequence analysis of the mt-genome from Pl. bachei (NC_016697) using GenDecoder (Abascal et al. 2006) showed that 38% of TGA codons in highly conserved positions (entropy < 1.0, gaps < 20%) correspond to serine in other animals, suggesting a novel reassignment of TGA to serine in the mtDNA of this species.
Phylogenetic analysis of the various mt genes also included sequences for other species in the Hypocreales for which mt genome sequences are available.
Statistical pattern recognition allowed the integrated analysis of the MS, MT, and FP datamatrices to investigate relations between TP53 mutation sites, TP53 mutation types, and food supply patterns.
The latter was corroborated by the analysis of the whole mt genome of Ac. obliquus (Kück et al. 2000).
We present a reliable laboratory strategy for the amplification and sequence analysis of the full mt genome that meets a high quality demand.
