Viral Enzyme Accelerates Evolution of Therapeutic Proteins

Viral Enzyme Accelerates Evolution of Therapeutic Proteins

A synthetic biology-based approach enabled rapid evolution of proteins, offering a way to engineer therapeutic proteins tailored for specific characteristics. Image credit:© Istock, Manjurul In nature, evolution takes years to sculpt new traits. In the lab, scientists hope to achieve this feat much faster: Being able to evolve proteins with enhanced or novel functions has…

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Transforming Cancer Biomarker Discovery with Machine Learning

Transforming Cancer Biomarker Discovery with Machine Learning

Just as examining a cube-shaped puzzle from different perspectives reveals more details, multiomics approaches provide researchers with a more comprehensive view of cancer’s complex biology, which helps them pinpoint new biomarkers and potential treatment targets. Image credit:© Istock, Akiyoko After losing his favorite aunt to cancer when he was around 10 years old, Dan Theodorescu…

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Breastmilk Antibodies Shape the Infant Immune System

Breastmilk Antibodies Shape the Infant Immune System

Antibodies present in human breastmilk targeted an infant gut bacterium, preventing it from activating allergy-associated immune responses. Image credit:© Istock, Nestea06 Newborn babies may appear peaceful, blinking at the bright new world, but their tiny guts teem with microscopic life. These microbes produce signals that train the infant immune system to recognize friend from foe….

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Prime Editing Brings Precision and Breadth to Genome Editing

Prime Editing Brings Precision and Breadth to Genome Editing

Prime editing allows a wide range of genetic engineering applications with less off-target effects. Image credit:© Istock, luismmolina CRISPR has undoubtedly revolutionized genetic engineering. However, the original version could introduce unwanted and potentially hazardous changes to the genome by causing double-stranded breaks to DNA. Later iterations of the tool, base and prime editing, could overcome…

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