FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2280321189> ?p ?o ?g. }

• W2280321189 endingPage "bbv109" @default.
• W2280321189 startingPage "bbv109" @default.
• W2280321189 abstract "The products of multi-exon genes are a mixture of alternatively spliced isoforms, from which the translated proteins can have similar, different or even opposing functions. It is therefore essential to differentiate and annotate functions for individual isoforms. Computational approaches provide an efficient complement to expensive and time-consuming experimental studies. The input data of these methods range from DNA sequence, to RNA selection pressure, to expressed sequence tags, to full-length complementary DNA, to exon array, to RNA-seq expression, to proteomic data. Notably, RNA-seq technology generates quantitative profiling of transcript expression at the genome scale, with an unprecedented amount of expression data available for developing isoform function prediction methods. Integrative analysis of these data at different molecular levels enables a proteogenomic approach to systematically interrogate isoform functions. Here, we briefly review the state-of-the-art methods according to their input data sources, discuss their advantages and limitations and point out potential ways to improve prediction accuracies." @default.
• W2280321189 created "2016-06-24" @default.
• W2280321189 creator A5011032655 @default.
• W2280321189 creator A5025341013 @default.
• W2280321189 creator A5063679812 @default.
• W2280321189 date "2016-01-06" @default.
• W2280321189 modified "2023-10-16" @default.
• W2280321189 title "A proteogenomic approach to understand splice isoform functions through sequence and expression-based computational modeling" @default.
• W2280321189 cites W1527927437 @default.
• W2280321189 cites W1784654175 @default.
• W2280321189 cites W1963793607 @default.
• W2280321189 cites W1964362163 @default.
• W2280321189 cites W1964542367 @default.
• W2280321189 cites W1967618835 @default.
• W2280321189 cites W1972484853 @default.
• W2280321189 cites W1973095624 @default.
• W2280321189 cites W1974116969 @default.
• W2280321189 cites W1981494014 @default.
• W2280321189 cites W1981509058 @default.
• W2280321189 cites W1986604594 @default.
• W2280321189 cites W1990210083 @default.
• W2280321189 cites W1991703748 @default.
• W2280321189 cites W1995232179 @default.
• W2280321189 cites W2011920499 @default.
• W2280321189 cites W2012034410 @default.
• W2280321189 cites W2015645698 @default.
• W2280321189 cites W2018570668 @default.
• W2280321189 cites W2023506303 @default.
• W2280321189 cites W2026370517 @default.
• W2280321189 cites W2027898937 @default.
• W2280321189 cites W2031903428 @default.
• W2280321189 cites W2034904748 @default.
• W2280321189 cites W2037312364 @default.
• W2280321189 cites W2041273034 @default.
• W2280321189 cites W2041399050 @default.
• W2280321189 cites W2041568590 @default.
• W2280321189 cites W2052968292 @default.
• W2280321189 cites W2056499061 @default.
• W2280321189 cites W2058894756 @default.
• W2280321189 cites W2068072987 @default.
• W2280321189 cites W2069826096 @default.
• W2280321189 cites W2069860553 @default.
• W2280321189 cites W2071059511 @default.
• W2280321189 cites W2074956188 @default.
• W2280321189 cites W2075496125 @default.
• W2280321189 cites W2081098333 @default.
• W2280321189 cites W2087201001 @default.
• W2280321189 cites W2088338354 @default.
• W2280321189 cites W2094425921 @default.
• W2280321189 cites W2096465161 @default.
• W2280321189 cites W2096998479 @default.
• W2280321189 cites W2101199302 @default.
• W2280321189 cites W2102540663 @default.
• W2280321189 cites W2103017472 @default.
• W2280321189 cites W2104812418 @default.
• W2280321189 cites W2109936378 @default.
• W2280321189 cites W2111788381 @default.
• W2280321189 cites W2114520383 @default.
• W2280321189 cites W2118529059 @default.
• W2280321189 cites W2119043225 @default.
• W2280321189 cites W2121893605 @default.
• W2280321189 cites W2122576958 @default.
• W2280321189 cites W2124371326 @default.
• W2280321189 cites W2128128648 @default.
• W2280321189 cites W2137817561 @default.
• W2280321189 cites W2138397090 @default.
• W2280321189 cites W2142237411 @default.
• W2280321189 cites W2147461734 @default.
• W2280321189 cites W2148013311 @default.
• W2280321189 cites W2148742201 @default.
• W2280321189 cites W2151100808 @default.
• W2280321189 cites W2152689720 @default.
• W2280321189 cites W2152896172 @default.
• W2280321189 cites W2154431984 @default.
• W2280321189 cites W2156328030 @default.
• W2280321189 cites W2157697073 @default.
• W2280321189 cites W2169361401 @default.
• W2280321189 cites W2171042267 @default.
• W2280321189 cites W2216130809 @default.
• W2280321189 cites W2259938310 @default.
• W2280321189 cites W2344565699 @default.
• W2280321189 cites W940180456 @default.
• W2280321189 doi "https://doi.org/10.1093/bib/bbv109" @default.
• W2280321189 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5142014" @default.
• W2280321189 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26740460" @default.
• W2280321189 hasPublicationYear "2016" @default.
• W2280321189 type Work @default.
• W2280321189 sameAs 2280321189 @default.
• W2280321189 citedByCount "6" @default.
• W2280321189 countsByYear W22803211892017 @default.
• W2280321189 countsByYear W22803211892018 @default.
• W2280321189 countsByYear W22803211892019 @default.
• W2280321189 countsByYear W22803211892023 @default.
• W2280321189 crossrefType "journal-article" @default.
• W2280321189 hasAuthorship W2280321189A5011032655 @default.
• W2280321189 hasAuthorship W2280321189A5025341013 @default.
• W2280321189 hasAuthorship W2280321189A5063679812 @default.
• W2280321189 hasBestOaLocation W22803211891 @default.

• next