Home > Biological > Technology > Molecular > Next Generation Sequencing (NGS)

Determining the nucleotide sequence of a target genome or other genetic material is done by the fragmentation of the sample material and subsequent synthesis of complementary strands of each fragment sequence. This process is performed in parallel allowing thousands of strands to be amplified quickly. These strands are reassembled used either a reference genome or through agreement found between overlapping strands. Next generation sequencing is faster and more cost effective than previous techniques.




Manufacturer
Oxford Nanopore Technologies (1)
Thermo Fisher Scientific, Inc. (1)
Transportability
Handheld (1)
Benchtop/Fixed (1)
Availability
Commercially Available (2)
Unit Cost
$5,000 - $10,000 (1)
N/A (1)
Sample Introduction
Liquid (2)
Sensitivity / Detection Limit
ng (1)

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Instrument (1)
Accessory (1)

TRL

9 (2)

Weight

<1 Lb (1)
>50 Lbs. (1)

Power Requirement

AC/DC Line Power (2)

Training Required

<1 day (1)
>1 week (1)

ITAR/EAR/IATA Regulated

No (1)

Response Time

<15 minutes (1)
>15 minutes (1)

Supporting Data Available

None (2)

Ruggedness

Indoor use only (1)

Shelf Life

>5 years (2)

Consumables Required

<$1,000/year (1)
>$1,000/year (1)
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Ion GeneStudio S5 Series

Ion GeneStudio S5 Series

Thermo Fisher Scientific, Inc.

The Ion GeneStudio S5 Systems are a next-generation sequencing system. Five Ion S5 chips enables a s...

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VolTRAX

VolTRAX

Oxford Nanopore Technologies

Automated sample prep for nanopore analyses.

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