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Top 10 Life Science Innovations of 2016
2016 has seen the release of some truly innovative products. To help you digest these developments, The Scientist have listed their top picks for the year.
Largest Resource of Protein-Protein Interactions
Researchers have developed the largest ever database of protein-protein interactions.
Bright Red Fluorescent Protein Created
Scientists have created a bright red, fluorescent protein that could be used to track essential cellular processes.
Protein Self-Regulates Abundance
Researchers have uncovered how a protein, that plays a crucial role in embryonic stem cell renewal, is regulated.
'Lab on the Skin' for Sweat Analysis
Northwestern University researchers develop a low-cost wearable electronic device that collects and analyzes sweat for health monitoring.
Building Better Nanodiscs
Researchers have improved upon the design of nanodiscs that provide an unprecedented view of viral infection.
Breast Cancer Cells Starve for Cystine
Depriving triple negative breast cancer, a treatment-resistant form of breast cancer, of cystine results in cancer cell death.
Novel Urine Test to Predict High-Risk Cervical Cancer
Preliminary studies affirm accuracy and potential cost savings to screen for virus-caused malignancy.
Protein-Folding Gene Helps Heal Wounds
Researchers identified a protein that dramatically accelerates wound healing in animal models.
Crop Yield Gets Boost with Modified Genes
Researchers increase plant proteins that result in more efficient use of sunlight.
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Automating ELISAs on Tecan’s Freedom EVO® using Optimiser™ technology from Siloam Biosciences
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Tecan Group Ltd.

ELISAs are considered one of the most useful secondary or tertiary type assays in drug discovery, because they elucidate specific cellular pathways and associated mechanisms of action for target genes, proteins or small molecules. They are equally important to clinical biology laboratories, as they enable determination of biomarker concentrations in unknown biological samples.  

There have been a number of attempts to replace the traditional plate-based ELISA with microfluidic-based technology, but in general these have all suffered from the need for specialized liquid handling systems. Until now, microfluidic technology has not been adapted to the SBS plate footprint, and could not make use of the plate-based liquid handling and detection instrumentation found in many life science laboratories. 


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