A correlation between the functionality of 3′-UTR variants and alterations in the predicted mRNA secondary structure was reported in a study by Chen et al. [ 2006] on 83 disease associated 3′-UTR variants of various human mRNAs.
Previous studies have reported tissue-specific TAF variants and alterations in TAF expression (reviewed in D'Alessio et al., 2009; Müller et al., 2010), but the composition of hESC TAFs is unprecedented and is likely highly specific, if not unique, to hESCs.
We previously reported that several DNA variants and epigenetic alterations are associated with the obese phenotype and/or with obese-related diseases [ 15– 15].
Genetic susceptibility variants and molecular alterations related to environmental and lifestyle factors are known to contribute to development of GC, but even though many studies have investigated molecular markers for the disease, the true mechanisms of GC carcinogenesis remain obscure [ 3].
Second, in cases where the diagnosis of CFNS is strongly suspected based on phenotypic assessment, very careful analysis both for variant point mutations and alterations in EFNB1 copy number (both decreased and increased) may be required to achieve a definitive diagnosis.
Interactions between genetic susceptibility variants, molecular alterations, and environmental and lifestyle factors are known to contribute to the development of gastric cancer.
A summary of known and likely somatic or functional base substitution and indel (short-variant) alterations and of base substitution and indel (short-variant) alterations of unknown status detected by deep sequencing is illustrated in Additional File 1, Table S3 and Additional File 1, Table S4, respectively.
The work did not see print during the Edo era, but circulated in hand-copied editions that were subject to numerous additions and alterations; over 120 variants of the Ukiyo-e Ruikō are known.
As described, the C57Y and V64M variants carry alterations in the ECD of SUB.
Moreover, large scale sequencing studies have revealed the various intragenic alterations, copy number variants and chromosomal rearrangements that characterize the many distinct types of cancer [ 48].
That resulted in the discovery, by several groups of investigators in Iceland and the United States, of the gene variants, small alterations in gene sequences.
