Sentence examples for analyses of the mutants from inspiring English sources
The HPLC analyses of the mutants and WT are shown in Additional file 3: Online Resource 3. Fig. 4 Deletion of ctcH and ctcJ genes.
TEM analyses of the mutants showed no evidence of choroidal papillomas or breakdown of the blood CSF barrier.
FRAP analyses of the mutants further revealed that the GFP-H3.5 L103F mutant recovered more slowly than the reciprocal GFP-H3.3 F104L mutant (Fig. 5c, d).
Analyses of the mutants containing hCys in place of Cys (enzymes 9 and 10) are useful for clarifying the two roles just mentioned.
Since performing NMR analyses of the mutants would unduly delay publication of the paper, to address the concern related to the potential helix disruption by these mutations we have added the following sentence in the Discussion.
The analyses of the mutants validated the conclusions that AM colonization of rice roots utilized the same molecular machinery as used to form the early stage of rhizobia nodules.
Structural analyses of the mutant chimeras by circular dichroism, fluorescence and NMR together with NMR-relaxation measurements indicate conformational flexibility at the binding interface, which is strongly affected by the different Pro-Ala mutations.
The denaturation analyses of the mutant RTs by urea are suggestive for a relevant role of N137 in the stability of the RT heterodimer and support the view that the β7 β8 loop in p51 is a hot spot for RT dimerization and instrumental for efficient polymerase catalytic activity.
These studies invariably involve biochemical and cell biological analyses of the mutant protein and its role in the cell.
Expression analyses of the mutant allele for endoglin (McAllister et al., 1995; Gallione et al., 1998) and for ALK-1 (Berg et al., 1997; Klaus et al., 1998) has shown that most alleles lead to unstable message or reduced levels of protein, suggesting inherited haploinsufficiency.
Histopathologic analyses of the mutant kidneys revealed the development of progressive glomerulosclerosis (Figure 3).
