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Vanadis NIPT system - Flyer for Patients
Explains the fundamentals of Vanadis NIPT, including how the test works, the conditions tested, the time it can be performed, and the benefits of the screening test.

The future of newborn sequencing research
Communicates the key strengths and components of our newborn sequencing workflow. Built for flexibility, discover our end-to-end sequencing workflow – all offered from one partner.

Vanadis NIPT system
Outlines differentiating features of the Vanadis NIPT system, inclusive of minimal hands-on time, walkaway automation, high precision and no PCR or sequencing. Empowering any laboratory to conduct NIPT in-house.

Vanadis cfDNA platform
Highlights the defining features behind the Vanadis cfDNA platform, including its ease of use, full automation, high precision and no PCR or sequencing required. Now any lab can conduct cfDNA analysis in-house.

Vanadis cfDNA platform - Flyer for Laboratories
Flyer that hightlights the Vanadis cfDNA platform, built for all laboratories.

Vanadis NIPT system - Flyer for Providers
Communicates the key strengths and features behind the Vanadis NIPT system, inclusive of high precision, no sequencing, no PCR, improved detection rate, minimal invasive procedures and no-call results.

Newborn sequencing research for laboratories
Highlights the defining features behind our newborn sequencing workflow. Provides a list of instrumentation, software components and key features, in addition to offering a host of starting points on how laboratories can commence.

Expert interview: recapitulating the blood-brain barrier using in vitro hiPSC models in drug discovery
Better understand the blood-brain barrier for translational research and drug discovery in neurodegenerative diseases.

Genetically engineered PDX models as patient avatars in preclinical evaluation of acute leukemias
Identifying therapeutic targets using gene silencing techniques in PDX models

Why 3D: stripping complexity out of multi-dimensional cell models
Bridging the gap between 2D Cell cultures and in vivo conditions.

The Story of Gene Therapy
This infographic gives you a short but clear insight into how gene therapies work.

Brightfield and Fluorescent Image Analysis for Screening Applications using the Celigo Adherent Cell Cytometer
Brightfield and Fluorescent Image Analysis for Screening Applications using the Celigo Adherent Cell Cytometer


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