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Accelerate the Adoption of Single — Molecule Techniques for Drug Development.

Goal

Background

Single-molecule techniques provide unparalleled insights into molecular interactions between proteins and DNA. These techniques hold tremendous promise for drug discovery by enabling high-resolution studies at the molecular level.

The Challenge

Despite their potential, single-molecule techniques face inherent throughput limitations that cannot be overcome by automation or faster analysis alone

Remove Key Barriers Using Semiconductor Technology.

Technology

By using nanofabrication to organize individual DNA molecules within a microfluidic flow cell, NanoLoom chip increase the throughput of a measurement by orders of magnitude unlocking the full potential of single-molecule Imaging.

NanoLoom

Compatible

Designed to seamlessly integrate with commercial microscopes.

Reliable

Comes with short, reproducible preparation protocols to ensure consistent and rapid results.

Efficient

Operates with small volumes and low flow rates, minimizing sample waste.

Affordable

Priced reasonably to ensure adoption across a wide range of applications and budgets.

Size

40 x 30 x 6 mm

Number of Tethers

100+

Flow Channels

Flow Channel Volume

0.8 uL

Dead Volume

2 ul

Typical Flow Rate

2 ul/min

Preparation Time

45 min

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