FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2338484014> ?p ?o ?g. }

• W2338484014 endingPage "15" @default.
• W2338484014 startingPage "11" @default.
• W2338484014 abstract "In any organism, to conduct studies genome-wide, genomic information is important. The knowledge of genome information helps scientists to find new genes, functional elements, expression profiles [1] and genetic changes [2] among different tissues of an organism. Hence, sequencing has gained demand which led to many different methods of sequencing. Sequencing refers to determining the exact order of nucleotides from short segments such as genes [3,4] or regulatory elements to entire genome [5-9] . In 1973, very first time, Maxam and Gilbert introduced laboratory intensive sequencing method based on chemical modification of DNA. Due to involvement of hazardous chemicals in Maxam and Gilbert method, high efficient first generation sequencing called Sanger sequencing or chain termination method has gained popularity and it was the first standard method of sequencing developed in 1975. It uses dye labeled nucleotides and capillary electrophoresis in contrast to radioactive labeled nucleotides in Maxam and Gilbert method. Using this technology, after thirteen years of effort, human genome project was completed in 2003. To reduce the time and cost involved in Sanger method, there was an investigation for new methods called second generation or Next generation sequencing (NGS) technologies [10] involving less cost and reduced time. Next generation sequencing (NGS) technology came into market around ten years ago. The development of Next generation sequencing (NGS) technology in the last decade has had tremendous impact on the way the scientific research and clinical investigations are being carried out [11,12] . These improvements in NGS technology has led to reduction of time and cost per base and increase in length of read i.e., Sequencing is done in parallel and massive scale. Several NGS methods have been in use among which the three most commonly used are such as Illumina (Sequencing-by-synthesis) [13] , Roche 454 (Pyrosequencing), and SOLiD (Sequencing-by-ligation). The other popularly used NGS technique next to these three methods is ion torrent technique [14] ." @default.
• W2338484014 created "2016-06-24" @default.
• W2338484014 creator A5015678898 @default.
• W2338484014 date "2015-06-03" @default.
• W2338484014 modified "2023-09-23" @default.
• W2338484014 title "Emergence of Sequencing Technology: A Revolution in Genomic Research" @default.
• W2338484014 cites W1806394644 @default.
• W2338484014 cites W1980446256 @default.
• W2338484014 cites W1982293307 @default.
• W2338484014 cites W2073521961 @default.
• W2338484014 cites W2077054461 @default.
• W2338484014 cites W2078104861 @default.
• W2338484014 cites W2107518178 @default.
• W2338484014 cites W2110895289 @default.
• W2338484014 cites W2111084852 @default.
• W2338484014 cites W2116522127 @default.
• W2338484014 cites W2121354478 @default.
• W2338484014 cites W2136360415 @default.
• W2338484014 cites W2138002295 @default.
• W2338484014 cites W2141802006 @default.
• W2338484014 cites W2148235471 @default.
• W2338484014 cites W2150902124 @default.
• W2338484014 cites W2152871611 @default.
• W2338484014 cites W2160444281 @default.
• W2338484014 cites W2163796200 @default.
• W2338484014 cites W2182976467 @default.
• W2338484014 cites W2186331930 @default.
• W2338484014 cites W2186383387 @default.
• W2338484014 cites W2186699026 @default.
• W2338484014 cites W2187956570 @default.
• W2338484014 cites W2188044071 @default.
• W2338484014 cites W2189483444 @default.
• W2338484014 cites W2313122777 @default.
• W2338484014 cites W2315747269 @default.
• W2338484014 cites W2315953311 @default.
• W2338484014 cites W2316066631 @default.
• W2338484014 cites W2317190593 @default.
• W2338484014 cites W2319551829 @default.
• W2338484014 cites W2324842218 @default.
• W2338484014 cites W2329701211 @default.
• W2338484014 cites W2331710248 @default.
• W2338484014 cites W2331753951 @default.
• W2338484014 cites W2332240915 @default.
• W2338484014 cites W2335659801 @default.
• W2338484014 cites W2491339952 @default.
• W2338484014 cites W2504096541 @default.
• W2338484014 cites W2512066026 @default.
• W2338484014 cites W2603599419 @default.
• W2338484014 cites W2606902484 @default.
• W2338484014 cites W95648324 @default.
• W2338484014 hasPublicationYear "2015" @default.
• W2338484014 type Work @default.
• W2338484014 sameAs 2338484014 @default.
• W2338484014 citedByCount "0" @default.
• W2338484014 crossrefType "journal-article" @default.
• W2338484014 hasAuthorship W2338484014A5015678898 @default.
• W2338484014 hasConcept C101985253 @default.
• W2338484014 hasConcept C104317684 @default.
• W2338484014 hasConcept C141231307 @default.
• W2338484014 hasConcept C24103923 @default.
• W2338484014 hasConcept C24432333 @default.
• W2338484014 hasConcept C51679486 @default.
• W2338484014 hasConcept C54355233 @default.
• W2338484014 hasConcept C70721500 @default.
• W2338484014 hasConcept C76818968 @default.
• W2338484014 hasConcept C86803240 @default.
• W2338484014 hasConceptScore W2338484014C101985253 @default.
• W2338484014 hasConceptScore W2338484014C104317684 @default.
• W2338484014 hasConceptScore W2338484014C141231307 @default.
• W2338484014 hasConceptScore W2338484014C24103923 @default.
• W2338484014 hasConceptScore W2338484014C24432333 @default.
• W2338484014 hasConceptScore W2338484014C51679486 @default.
• W2338484014 hasConceptScore W2338484014C54355233 @default.
• W2338484014 hasConceptScore W2338484014C70721500 @default.
• W2338484014 hasConceptScore W2338484014C76818968 @default.
• W2338484014 hasConceptScore W2338484014C86803240 @default.
• W2338484014 hasIssue "1" @default.
• W2338484014 hasLocation W23384840141 @default.
• W2338484014 hasOpenAccess W2338484014 @default.
• W2338484014 hasPrimaryLocation W23384840141 @default.
• W2338484014 hasRelatedWork W2097286206 @default.
• W2338484014 hasRelatedWork W2160444281 @default.
• W2338484014 hasRelatedWork W2304921858 @default.
• W2338484014 hasRelatedWork W2305259654 @default.
• W2338484014 hasRelatedWork W2306020103 @default.
• W2338484014 hasRelatedWork W2312500241 @default.
• W2338484014 hasRelatedWork W2314276162 @default.
• W2338484014 hasRelatedWork W2317190593 @default.
• W2338484014 hasRelatedWork W2318962561 @default.
• W2338484014 hasRelatedWork W2328865062 @default.
• W2338484014 hasRelatedWork W2332240915 @default.
• W2338484014 hasRelatedWork W2332834797 @default.
• W2338484014 hasRelatedWork W2334892150 @default.
• W2338484014 hasRelatedWork W2339071025 @default.
• W2338484014 hasRelatedWork W2339639837 @default.
• W2338484014 hasRelatedWork W2340511232 @default.
• W2338484014 hasRelatedWork W2516366259 @default.
• W2338484014 hasRelatedWork W2550277347 @default.

• next