商品编号


CT-403-2001



品牌


宜曼达(Illumina)



公司


Illumina, Inc.



公司分类


Cluster Generation & Sequencing Reagents



Size

1 Ea

商品信息

Product Highlights:
The HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kit allows maximum indexing freedom in rapid run mode by enabling individually addressable lanes. This kit is an optional accessory for HiSeq Rapid Cluster kits (which require a cBot instrument), and is designed for use in the rapid run workflow of HiSeq 2500 and 1500 sequencers.


Load each flow cell lane independently

Maximize indexing possibilities

Separate precious samples physically


Load different samples in each lane

The HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kit allows each rapid flow cell lane to be loaded with a unique sample template pool. The duo kit accomplishes individual lane lo
ADI
ng by allowing a cBot instrument to be used for the template hybridization and first extension steps of the cluster generation process. To use the cBot to load 2 libraries onto a rapid flow cell, 1 HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kit is required. Each kit contains sufficient reagents for lo
ADI
ng 1 flow cell.

A specifically designed duo manifold directs each of the 2 samples into the 2 separate rapid flow cell lanes. The cBot portion takes about an hour, after which the flow cell is moved to the HiSeq 2500 or 1500 for further cluster generation steps using a HiSeq Rapid Cluster Kit.


Maximize indexing

The HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kit allows you to use up to 96 unique indexes per lane on the rapid flow cell. This doubles the indexing cap
ABI
lity achieved with the on-board cluster generation process alone. Using 2 HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kits for 2 rapid flow cells enables up to 384 unique indexes per run on a HiSeq 2500 in rapid run mode.

Keep precious samples separate

For many applications, it's necessary to keep samples physically distinct rather than simply indexing to distinguish one sample from another. For these applications, the HiSeq Rapid Duo cBot Sample Lo
ADI
ng Kit offers an ideal solution.