Next generation shotgun sequencing and the challenges of de novo genome assembly
Sequencing the genomes of the many scientifically fascinating plants and animals found in South Africa is fast becoming a viable option as a result of the rapid and sustained drop in the cost of next generation sequencing over the last five years. However, the processing and assembly of the sequenc...
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2012-10-01
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doaj-59cc9b4e03f842d3a5865b8c203887122021-02-18T13:40:06ZengUniversity of Cape TownJournal of Energy in Southern Africa1021-447X2413-30512012-10-0110811/12Next generation shotgun sequencing and the challenges of de novo genome assemblyStephen Schlebusch0Nicola Illing1Department of Molecular and Cell Biology, University of Cape Town, Cape TownDepartment of Molecular and Cell Biology, University of Cape Town, Cape Town Sequencing the genomes of the many scientifically fascinating plants and animals found in South Africa is fast becoming a viable option as a result of the rapid and sustained drop in the cost of next generation sequencing over the last five years. However, the processing and assembly of the sequence data produced is not trivial. There are several factors which need to be taken into consideration when planning a strategy to assemble genome sequence data de novo. This paper reviews the advances and the challenges in two of the most rapidly developing areas of the field: the sequencing technology and the software programs used to assemble de novo the sequence data generated by these technologies into a genome. http://192.168.0.108/index.php/jesa/article/view/9494de novo genome assemblynext generation sequencingde Bruijnwhole genome sequencing |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Stephen Schlebusch Nicola Illing |
spellingShingle |
Stephen Schlebusch Nicola Illing Next generation shotgun sequencing and the challenges of de novo genome assembly Journal of Energy in Southern Africa de novo genome assembly next generation sequencing de Bruijn whole genome sequencing |
author_facet |
Stephen Schlebusch Nicola Illing |
author_sort |
Stephen Schlebusch |
title |
Next generation shotgun sequencing and the challenges of de novo genome assembly |
title_short |
Next generation shotgun sequencing and the challenges of de novo genome assembly |
title_full |
Next generation shotgun sequencing and the challenges of de novo genome assembly |
title_fullStr |
Next generation shotgun sequencing and the challenges of de novo genome assembly |
title_full_unstemmed |
Next generation shotgun sequencing and the challenges of de novo genome assembly |
title_sort |
next generation shotgun sequencing and the challenges of de novo genome assembly |
publisher |
University of Cape Town |
series |
Journal of Energy in Southern Africa |
issn |
1021-447X 2413-3051 |
publishDate |
2012-10-01 |
description |
Sequencing the genomes of the many scientifically fascinating plants and animals found in South Africa is fast becoming a viable option as a result of the rapid and sustained drop in the cost of next generation sequencing over the last five years. However, the processing and assembly of the sequence data produced is not trivial. There are several factors which need to be taken into consideration when planning a strategy to assemble genome sequence data de novo. This paper reviews the advances and the challenges in two of the most rapidly developing areas of the field: the sequencing technology and the software programs used to assemble de novo the sequence data generated by these technologies into a genome.
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topic |
de novo genome assembly next generation sequencing de Bruijn whole genome sequencing |
url |
http://192.168.0.108/index.php/jesa/article/view/9494 |
work_keys_str_mv |
AT stephenschlebusch nextgenerationshotgunsequencingandthechallengesofdenovogenomeassembly AT nicolailling nextgenerationshotgunsequencingandthechallengesofdenovogenomeassembly |
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1724262974335483904 |