Explainers
A cutting-edge gene synthesis approach enables researchers to construct genes with speed, adaptability, and cost effectiveness.
Upon ingesting drugs, a complex cascade of physiological events unfolds within the body.
In vitro transcription lays the foundation for recent advances in mRNA vaccines and therapeutics.
Metatranscriptomics enables researchers to peer into the microbiome to determine unique microbial functions and develop new therapeutics.
By engineering immune cells to effectively attack cancer cells, researchers established a new paradigm for cancer therapy.
Scientists fight against cancer progression using checkpoint inhibitor drugs.
The early steps of viral vector production influence cell and gene therapy success.
Understanding how the heart initially responds to exercise can provide clues into the biological basis of various cardioprotective mechanisms.
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Cases of monkeypox are popping up across the globe. But where did it come from? How does it work? And how can we treat it? It took looking all the way back to the beginning — 1500 BCE to be exact — to answer these pressing questions.
Cancer cells acquire new skills to break free of their environmental constraints and spread to new locations in the body.
New spatial proteomics technology helps researchers to confidently tease apart complex cell phenotypes.
At the frontline of an autoimmune attack are rogue immune cells turned foe against the body they were created to protect. Scientists study the complex etiology of autoimmune disorders to restore the broken balance.
