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Identify the quality of any protein in 3 minutes using microliters of sample with Tycho

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Tycho tells you so much about the quality of your protein. It tells you about presence, purity, concentration,...

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Take advantage of 4D mode

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Cutting edgce cardiovascular research demands cutting edge technology. 4D imaging brings together dynamic motion and 3D...

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BioFlux DCIS System, fully-integrated high content imaging under shear flow

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Sage products powering new methods, 2018-19

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The fully automated SageELF (for Electrophoretic Lateral Fractionator) can be used to select DNA or proteins. It...

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Linked-read sequencing advances understanding of cancers

Jul 8, 2019

A new study from the University of Connecticut Medical School, Jackson Labs, and collaborators demonstrate the utility of using emulsion based linked-read sequencing for cancer research.From a methods standpoint, linked-read sequencing requires only 1 ng of DNA input and produces haplotype phasing information. With a 1 ng input requirement, there is ample recovery in the PippinHT – users simply quantify the sample with a Qubit fluorometric assay, and dilute the sample accordingly. On a side note, SageHLS platform has the capability to provide very large targeted genomic regions, a great application for linked-reads given the low input requirement.

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Sage Science

Preparative electrophoresis systems for targeted size selection of biomolecules.

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Targeted Size Selection for Next-Gen Sequencing (90bp – 1.5kb)

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Targeted Size Selection for Next-Gen Sequencing (90bp – 50kb)

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Automated size selection for 24 samples at a time.

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Whole Sample Fractionation of DNA or Protein - Collect 12 Contiguous Fractions from a Single Sample

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