Figure

Wed, 2020-03-18 14:08 -- hwadmin
Summary: 
Fig. 12.1. From DNA to a sequenced genome. The acquisition of a genome can be divided into three steps: (1) sequencing, (2) assembly and (3) annotation. Each step has been accelerated by technological and computational innovation, led by transformative advances in DNA sequencing technology. The approach, and the anticipated degree of difficulty, depends on the problem at hand. For example, if the target of sequencing has a close relation whose genome is available, that genome can provide a useful reference for both assembly and annotation; this approach is often used to characterise genomic diversity within a population. By contrast, divergent species pose a greater challenge due to the inability to transfer knowledge.
Type: 
Figure
Sub Component: 
Normal
Slug: 
F32
Highwire: Type: 
fragment
HighWire: Journal/Corpus Code: 
csirobk
Highwire: pisa_id: 
csirobk;9781486308095/1/BK07734_ch12/F32
Highwire: pisa_master: 
csirobk;9781486308095/1/BK07734_ch12/F32
HighWire: Atom Path: 
/csirobk/9781486308095/9781486308095/SEC17/SEC21/F32.atom
Highwire: cpath: 
/content/9781486308095/9781486308095/SEC17/SEC21/F32
Image - Large: 
Highwire: cpathalias: 
/content/csirobk/9781486308095/9781486308095/SEC17/SEC21/F32
Image - Medium: 
Highwire: Variants: 
expansion
Image - Small: 
Highwire: State: 
Released
Contributors: 
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