The data analysis were conducted by one of the authors of this research paper, the same one in charge of collecting data, maintaining a unique flow in order to minimize interpretation of conflicting opinions and unsolved issues regarding meanings of owner-managers and use of concepts.
Therefore, to minimize interpretation difficulties, two views (cranio – caudal and lateral – medial) of each region were used.
Understanding of these appearances should minimize false interpretations of bolster material granulomas as renal carcinoma recurrences and therefore decrease morbidity and mortality related to unnecessary subsequent procedures or surgery.
It is generally advised to use well-characterized probes (e.g., ones that has been validated by Northern blots, and gives appropriate hybridization patterns in control tissues), or more than one probe (and corresponding sense 'control') against a target sequence to minimize erroneous interpretations of ISHH labeling patterns.
Over the past 10 years, strategies for mouse behavioral phenotyping have evolved to maximize the scope and replicability of findings from a cohort of mutant mice, minimize the interpretation of procedural artifacts, and provide robust translational tools to test hypotheses and develop treatments.
Recommendations are given that would help to minimize erroneous interpretation of sequencing results in mtDNA studies in tumorigenesis.
We here advance some recommendations that would help to minimize erroneous interpretation of sequencing results in mtDNA studies in tumorigenesis: No instance of seeming heteroplasmy should be interpreted as real instability unless it is fully confirmed with forward and reverse sequencing.
These findings emphasize the critical need to minimize erroneous interpretation of heteroplasmy, a vital necessity for precise forensic discrimination, evolutionary studies, and potential diagnostics.
Analysis of a minimum of five samples (each including tissues of at least four organisms) can thus be recommended to minimize erroneous interpretation of data.
Those who do not [ 2, 3] may have exaggerated the occurrence of horizontal gene transfer by minimizing alternative interpretations, as discussed further.
Several problems need to be addressed in future investigations: the lack of studies (and genomic information) on key ecological species and taxa, the need to better understand the different transcriptomic responses to high and low doses and, especially, short and long exposures, and the need to improve experimental designs to minimize false transcriptome interpretations of target genes.
