Matches in SemOpenAlex for { <https://semopenalex.org/work/W200569373> ?p ?o ?g. }
- W200569373 endingPage "284" @default.
- W200569373 startingPage "269" @default.
- W200569373 abstract "High-throughput DNA sequencing is increasing the amount of public complete genomes even though a precise gene catalogue for each organism is not yet available. In this context, computational gene finders play a key role in producing a first and cost-effective annotation. Nowadays a compilation of gene prediction tools has been made available to the scientific community and, despite the high number, they can be divided into two main categories: (1) ab initio and (2) evidence based. In the following, we will provide an overview of main methodologies to predict correct exon-intron structures of eukaryotic genes falling in such categories. We will take into account also new strategies that commonly refine ab initio predictions employing comparative genomics or other evidence such as expression data. Finally, we will briefly introduce metrics to in house evaluation of gene predictions in terms of sensitivity and specificity at nucleotide, exon, and gene levels as well." @default.
- W200569373 created "2016-06-24" @default.
- W200569373 creator A5005312066 @default.
- W200569373 creator A5087315441 @default.
- W200569373 date "2009-10-30" @default.
- W200569373 modified "2023-09-23" @default.
- W200569373 title "Computational Methods for Ab Initio and Comparative Gene Finding" @default.
- W200569373 cites W1484347389 @default.
- W200569373 cites W1511821640 @default.
- W200569373 cites W1749816123 @default.
- W200569373 cites W1767772592 @default.
- W200569373 cites W1864675704 @default.
- W200569373 cites W189143987 @default.
- W200569373 cites W1965998064 @default.
- W200569373 cites W1966833356 @default.
- W200569373 cites W1971646616 @default.
- W200569373 cites W1975667511 @default.
- W200569373 cites W1978156257 @default.
- W200569373 cites W2008659594 @default.
- W200569373 cites W2014840769 @default.
- W200569373 cites W2017205882 @default.
- W200569373 cites W2021020563 @default.
- W200569373 cites W2022169621 @default.
- W200569373 cites W2026570450 @default.
- W200569373 cites W2028709282 @default.
- W200569373 cites W2052503008 @default.
- W200569373 cites W2053150867 @default.
- W200569373 cites W2055043387 @default.
- W200569373 cites W2070510621 @default.
- W200569373 cites W2081780521 @default.
- W200569373 cites W2085412309 @default.
- W200569373 cites W2087064593 @default.
- W200569373 cites W2101786683 @default.
- W200569373 cites W2106678197 @default.
- W200569373 cites W2106963632 @default.
- W200569373 cites W2108787198 @default.
- W200569373 cites W2113000643 @default.
- W200569373 cites W2114759476 @default.
- W200569373 cites W2118300412 @default.
- W200569373 cites W2118784262 @default.
- W200569373 cites W2118930999 @default.
- W200569373 cites W2121840477 @default.
- W200569373 cites W2122992512 @default.
- W200569373 cites W2130395351 @default.
- W200569373 cites W2131074700 @default.
- W200569373 cites W2134707626 @default.
- W200569373 cites W2135146027 @default.
- W200569373 cites W2136145671 @default.
- W200569373 cites W2137986897 @default.
- W200569373 cites W2141572089 @default.
- W200569373 cites W2141847640 @default.
- W200569373 cites W2142418779 @default.
- W200569373 cites W2145133577 @default.
- W200569373 cites W2148742201 @default.
- W200569373 cites W2149238618 @default.
- W200569373 cites W2149467186 @default.
- W200569373 cites W2149548305 @default.
- W200569373 cites W2156875887 @default.
- W200569373 cites W2157561289 @default.
- W200569373 cites W2160053034 @default.
- W200569373 cites W2161162976 @default.
- W200569373 cites W2162677285 @default.
- W200569373 cites W2163403059 @default.
- W200569373 cites W2166187656 @default.
- W200569373 cites W2170496993 @default.
- W200569373 cites W2247766769 @default.
- W200569373 doi "https://doi.org/10.1007/978-1-60327-241-4_16" @default.
- W200569373 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20221925" @default.
- W200569373 hasPublicationYear "2009" @default.
- W200569373 type Work @default.
- W200569373 sameAs 200569373 @default.
- W200569373 citedByCount "50" @default.
- W200569373 countsByYear W2005693732012 @default.
- W200569373 countsByYear W2005693732013 @default.
- W200569373 countsByYear W2005693732014 @default.
- W200569373 countsByYear W2005693732015 @default.
- W200569373 countsByYear W2005693732016 @default.
- W200569373 countsByYear W2005693732017 @default.
- W200569373 countsByYear W2005693732018 @default.
- W200569373 countsByYear W2005693732019 @default.
- W200569373 countsByYear W2005693732020 @default.
- W200569373 countsByYear W2005693732021 @default.
- W200569373 countsByYear W2005693732022 @default.
- W200569373 countsByYear W2005693732023 @default.
- W200569373 crossrefType "book-chapter" @default.
- W200569373 hasAuthorship W200569373A5005312066 @default.
- W200569373 hasAuthorship W200569373A5087315441 @default.
- W200569373 hasConcept C104317684 @default.
- W200569373 hasConcept C105176652 @default.
- W200569373 hasConcept C105565629 @default.
- W200569373 hasConcept C141231307 @default.
- W200569373 hasConcept C151730666 @default.
- W200569373 hasConcept C189206191 @default.
- W200569373 hasConcept C2776321320 @default.
- W200569373 hasConcept C2779343474 @default.
- W200569373 hasConcept C2908923196 @default.
- W200569373 hasConcept C36823959 @default.
- W200569373 hasConcept C41008148 @default.