Next Generation Sequencing
Using Illumina's High-Throughput Sequencing platforms
Next generation sequencing (NGS) has been the ultimate technology for receiving high-throughput genomic data, replacing traditional sequencing methods such as, Sanger sequencing, microarrays, etc. NGS gives high-output and accurate results, with fast turnaround time, applicable to various biological studies.
The Genomics Research Unit (GRU) has two benchtop sequencers utilizing Illumina's advanced sequencing technology, available for all TAU researchers:
|Applications||Key Application||Key Application|
|Large Whole-Genome Sequencing (human, plant, animal)||√|
|Small Whole-Genome Sequencing (microbe, virus)||√||√|
|Targeted Gene Sequencing (amplicon, gene panel)||√||√|
|Gene Expression Profiling with mRNA-Seq||√|
|Targeted Gene Expression Profiling||√|
|Long-Range Amplicon Sequencing*||√|
|miRNA & Small RNA Analysis||√||√|
|DNA-Protein Interaction Analysis||√||√|
|16S Metagenomic Sequencing||√||√|
|Output Range||0.3–15 Gb||20–120 Gb|
|Run Time||5–55 hr||11–29 hr|
|Reads per Run||1–50 million||130–800 million|
|Read Length||1 x 36 bp -2 × 300 bp||1 × 75 bp - 2 × 150 bp|
|Samples per Run||1–384||1-96|
We provide assistance with all NGS steps, from experiment design to library preparation protocols and data analysis at the TAU Bioinformatics Unit.
In agreement with Danyel Biotech, all TAU researchers will receive 12.5% discount on all Illumina reagent kits.
For more information please contact us.