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Technical Note Icon   Technical Note
Guidelines for cell culture and lysis in different formats prior to HTRF detection.
This technical note provides seeding and lysing recommendations for a number of cell culture vessels.
Other Icon   Other
DBS Sample Collection Instructions
This document provides guidance on the DBS collection and shipment.
Product Information Bulletin Icon   Product Information Bulletin
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Publication Icon   Literature - Publication Review
Literature review on protein-protein interaction assays for virology research
This literature review reviews recent publications and show the homogeneous assay set-ups used in a variety of different studies. We present the outcomes of each study and how the information gathered could lead to antiviral therapies.
Whitepaper Icon   Whitepaper
Download your white paper on data analysis methods
This white paper gives you tools for analyzing obtained experimental data such as 2nd messenger quantification for GPCR investigation and screening.
Publication Icon   Literature - Publication Review
Novel drugs for cancer therapy development with PROTAC
A review of current homogeneous assay applications for PROTACs
Brochure Icon   Brochure
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.
Flyer Icon   Flyer
Vanadis cfDNA platform - Flyer for Laboratories
Flyer that hightlights the Vanadis cfDNA platform, built for all laboratories.
Poster Icon   Scientific Poster
Fast Forward – is Multiomics a resurgence How Does Multiomics Help Variant Reclassification?
Biochemical results alone are insufficient for variant reclassification, Additional information from multiple measurements through multiomics, large reference and patient databases, integrated analysis methods, and computational infrastructure is required to further interpret the VOUS variants to ensure improving early diagnosis and personalized treatment. Advanced Omics technologies will help discover of additional biomarkers and further elucidate the phenotype-genotype relationship along with tracking response to new therapies.
Poster Icon   Scientific Poster
Genomic and Biochemical Profile of Pseudodeficiency in Lysosomal Storage Disorders
This study is shows a correlation between genomic variants, enzyme activities and biomarkers can help to more accurately rule out false-positive cases caused by pseudodeficiency, especially in the newborn screening setting.
Poster Icon   Scientific Poster
Fast Forward –is Multiomics a resurgence of old?
This poster shed lights on the correlation between biochemical results and molecular findings, as well as genotype-phenotype relationship in Pompe, Gaucher and Fabry diseases. Hightlights usage multiomics in improving diagnostic performances and personalized treatment, but it’s required datasets from multiple measurements, large reference databases for different genes and diseases, integrated analysis methods and strong computational infrastructure.
Poster Icon   Scientific Poster
Multiplexed Measurement of Enzyme Activities Associated with Seven Lysosomal Storage Disorders from a Dried Blood Spot via LC-MS/MS
An assay has been successfully developed that allows for the direct measurement of the activity of seven lysosomal enzymes from DBS for patients age 0-20 y. This assay is used as a primary screening tool.
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