Life Science Informatics
How AI is speeding development of COVID-19 therapies
As the world is facing a new challenge in trying to both adapt to and defend itself against the novel coronavirus, artificial intelligence (AI) is offering new hope that a cure might be developed faster than ever before. Ulrik Kristensen, PhD, from Signify Research offers a perspective.  Discuss
Scientists use bioinformatics to investigate origin of SARS-CoV-2
While many scientists urgently work toward developing successful therapies to fight the COVID-19 pandemic, some are looking in the opposite direction: to where SARS-CoV-2 came from. A new report published in the Journal of Proteome Research suggests that while bats are a likely natural reservoir, an intermediate host is probable.  Discuss
Systems-based analysis helps researchers understand cell migration
An international team of researchers has developed a unique library to study the regulation of the cytoskeleton in space and time. The work, published in Nature Cell Biology on March 23, takes a systems-based approach to gain an overview of this process.  Discuss
Researchers make sweet music with protein design technique
What does protein design have to do with music theory? A group of researchers from Massachusetts Institute of Technology saw commonalities between the two and designed a technique based on sonification that translates protein structures into musical scores as part of their effort to design new proteins. The details were published in APL Bioengineering on March 17.  Discuss
Gene amplification can be responsible for functional innovation in bacteria
Researchers have gained a greater understanding of how gene amplifications rapidly tune levels of gene expression when gene regulation is required but when no other molecular regulatory mechanisms are in place. This research was published in Nature Ecology & Evolution on March 9.  Discuss
Genomic landscape of osteosarcomas reveals why immunotherapy may not be effective
Immune profiling of osteosarcoma has revealed why immune checkpoint inhibitors might not be an effective treatment option for patients with this rare type of cancer, according to new research published online February 21 in Nature Communications.  Discuss
Math models improve the effectiveness of immunotherapy
Scientists working at the intersection of math and medicine propose new strategies based on mathematical modeling and known molecular mechanisms to improve the efficacy of lifesaving immunotherapies for cancerous tumors. The work was published on February 3 in the Proceedings of the National Academy of Sciences.  Discuss
Brain's immune system blocks blood immune cells from healing spinal injuries
Molecular and computational analysis of immune responses in the central nervous system reveals that the brain's immune system may prevent blood immune cells from entering a lesion site after injury. The research, published online in Science Advances on January 15, may offer new avenues to treat certain neurological diseases such as multiple sclerosis, Alzheimer's disease, and spinal cord injury.  Discuss
Precision medicine and molecular understanding of illness
The current era of scientific research is seen by many as a golden age of discovery in genetics, due to rapid progress in numerous areas of science and technology. While healthcare and the pharmaceutical industry traditionally have directed their attention to symptoms rather than underlying causes, the new advances are creating opportunities to better exploit a rapidly expanding mechanistic understanding of disease. The challenges are significant and complex, and the current models of discovery and translation do not provide an obvious path toward an economically sustainable way to integrate data-intensive biology with medicine.  Discuss
Algorithm provides new insight into hierarchical DNA structures that influence disease
Researchers develop an algorithm that locates specific topologically associating domains (TADs) which are implicated in disease development, including cancer. The technology, called OnTAD, can examine internal architectures of TADs, which are important in elucidating their biological functions. The work was published in Genome Biology on December 18.  Discuss
Conferences
2nd Annual Cell Therapy Bioprocessing Conference
June 25-26
Boston, Massachusetts United States
BioProcess International Europe
July 13-16
Amsterdam, Noord-Holland Netherlands
Bioprocess International West
August 10-13
Santa Clara, California United States
BioProcess International
September 21-24
Boston, Massachusetts United States
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Conferences
2nd Annual Cell Therapy Bioprocessing Conference
June 25-26
Boston, Massachusetts United States
BioProcess International Europe
July 13-16
Amsterdam, Noord-Holland Netherlands
Bioprocess International West
August 10-13
Santa Clara, California United States
BioProcess International
September 21-24
Boston, Massachusetts United States
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