Research Articles
Unlocking Cancer's Origins: How CRISPR-Edited Mini-Organs Decode Mutational Mysteries
Discover how CRISPR-edited organoids are revolutionizing cancer research by decoding mutational signatures and revealing cancer origins.
CRISPR Cluckers: Rewriting the Chicken Embryo Genome
How CRISPR is transforming chicken embryos into sophisticated genetic models, advancing fields from immunology to sustainable agriculture.
CRISPR's Precision Scissors: Rewriting the Genetic Code of Duchenne Muscular Dystrophy
How CRISPR/Cas9 gene-editing technology offers hope for curing Duchenne Muscular Dystrophy by correcting the root genetic cause of this devastating disorder.
Software Supercharge: How Computational Tools Are Helping CRISPR Finally Deliver on Its Promises
How advanced software tools are helping CRISPR overcome its limitations and deliver on its revolutionary promises in gene editing.
Unlocking Nature's Vault: How Extreme Survivors Hold the Key to Climate-Proof Crops
Discover how extremophile plants and CRISPR genome editing are revolutionizing climate-resilient crop development to combat global food security challenges.
The Silent Scissors Reshaping Life: How CRISPR and AI Are Revolutionizing Medicine
Exploring how CRISPR gene editing and AI are transforming medicine with breakthrough therapies and diagnostic tools.
The CRISPR Conundrum: Why Gene Editing Needs Democracy More Than Ever
Exploring the democratic challenges of CRISPR gene editing technology and the need for inclusive deliberation in biotechnology governance
Beyond the Cut: Why Protein-Level Validation is Revolutionizing CRISPR Research
Exploring how SWATH® Acquisition on TripleTOF® systems enables comprehensive protein-level validation of CRISPR edits and reveals proteome-wide changes.
The CRISPR Crucible: Navigating the Twisting Trails of Biotechnology Policy
Exploring the challenges of regulating rapidly evolving biotechnologies like CRISPR and AI-assisted gene editing in global policy frameworks.