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Inciting an Immune Attack on Cancer Cells
A new minimally invasive vaccine that combines cancer cells and immune-enhancing factors could be used clinically to launch a destructive attack on tumors.
Inflammation Linked to Colon Cancer Metastasis
A new Arizona State University research study led by Biodesign Institute executive director Raymond DuBois has identified for the first time the details of how inflammation triggers colon cancer cells to spread to other organs, or metastasize.
New Strategy for Combating Adenoviruses
Using an animal model they developed, Saint Louis University and Utah State university researchers have identified a strategy that could keep a common group of viruses called adenoviruses from replicating and causing sickness in humans.
Major Advance Toward More Effective, Long-Lasting Flu Vaccine
Collaboration shows vaccine candidate can produce powerful ‘broadly neutralizing antibodies’ in animal models.
Immune System: Help for Killer Cells
A study from the University of Bonn may show the way to more effective vaccines.
Protein Found to Control Inflammatory Response
A new Northwestern Medicine study shows that a protein called POP1 prevents severe inflammation and, potentially, diseases caused by excessive inflammatory responses.
A Leap Forward in Vaccinating Against HIV
A team of scientists has developed an experimental vaccine candidate that successfully stimulates the immune system activity in animal models necessary to stop HIV infection.
MRI Scanners Can Steer Therapeutics to Specific Target Sites
Scientists from the University of Sheffield have discovered MRI scanners, normally used to produce images, can steer cell-based, tumour busting therapies to specific target sites in the body.
Agricultural Intervention Improves HIV Outcomes
A multifaceted farming intervention can reduce food insecurity while improving HIV outcomes in patients in Kenya, according to a randomized, controlled trial led by researchers at UC San Francisco.
Team Finds Early Inflammatory Response Paralyzes T Cells
Findings could have enormous implications for immunotherapy, autoimmune disorders, transplants and other aspects of immunity.
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Transcreener® ADP2 TR-FRET Red Assay
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Tecan Group Ltd.

The assay is based on the competitive binding of ADP to a monoclonal antibody-terbium conjugate, and uses a homogeneous TR-FRET detection mechanism. In the absence of free ADP, excitation of terbium results in energy transfer to a far-red tracer and emission at 665 nm. 

Any ADP produced by the enzyme of interest displaces the tracer from the antibody, disrupting the FRET reaction 

The Infinite F200 PRO, Infinite F500 and Infinite M1000 PRO multimode readers were tested for their capacity to measure the Transcreener ADP2 TR-FRET Red Assay. 


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