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Common Cell Transformed into Master Heart Cell
By genetically reprogramming the most common type of cell in mammalian connective tissue, researchers at the University of Wisconsin—Madison have generated master heart cells — primitive progenitors that form the developing heart.
Mitochondria Shown to Trigger Cell Ageing
An international team of scientists has for the first time shown that mitochondria, the batteries of the cells, are essential for ageing.
Cancer Cells Kill Off Healthy Neighbours
Cancer cells create space to grow by killing off surrounding healthy cells, according to UK researchers working with fruit flies.
Editing of Embryos Approved in the UK
The Human Fertilisation and Embryology Authority (HFEA) has approved a research application from the Francis Crick Institute to use new "gene editing" techniques on human embryos.
Microbes Take Their Vitamins
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Machine Learning Uncovers Unknown Bacterial Features
Technique robustly identified characteristic gene expression patterns in response to antibiotics, low oxygen conditions.
CRISPR-Cas9 Gene Editing Advances Again
UC Berkeley researchers have made a major improvement in CRISPR-Cas9 technology that achieves an unprecedented success rate of 60 percent when replacing a short stretch of DNA with another.
Disrupting Cell’s Supply Chain Freezes Cancer Virus
When the cancer-causing Epstein-Barr virus moves into a B-cell of the human immune system, it tricks the cell into rapidly making more copies of itself, each of which will carry the virus.
Why Do Some Infections Persist?
In preparing for the possibility of an antibiotic onslaught, some bacterial cultures adopt an all-for-one/one-for-all strategy that would make a socialist proud, University of Vermont researchers have found.
ASCB: A CELLebration of Cell Biology
The last major congress of the year, ASCB is less a platform for launching new products, but one for confirming and consolidating the trends that have emerged over the past 12 months.
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Determination of microbial cell viability
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Tecan Group Ltd.

The chemistry of the assay relies on the properties of a thermostable luciferase (Ultra-Glo™ Recombinant Luciferase) and a proprietary formulation for extracting ATP from bacteria. The luminescent signal generated is proportional to the amount of ATP, and therefore an indicator of the number of viable cells in the sample. The ‘glow-type’ nature of the assay permits signal measurement over a period of approximately 30 minutes, depending on the type of bacteria and growth medium. 

The BacTiter-Glo Microbial Cell Viability Assay was tested on the Infinite F200 PRO filter-based multimode reader, using the instrument’s highly sensitive luminescence module.


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