Chunk
Collected study object Public (all visitors)

CRISPR, gene editing and DNA manipulation

A collection of resources about CRISPR, gene editing, and DNA manipulation offers an in-depth exploration of cutting-edge genetic technologies that are transforming the fields of biology and medicine. This compilation covers the fundamental principles of CRISPR-Cas9 technology, its applications in research, agriculture, and therapeutic interventions, as well as ethical considerations surrounding genetic modification. Key themes include the mechanisms of gene editing, case studies of successful applications, regulatory frameworks, and ongoing debates in bioethics. Together, these resources provide a comprehensive understanding of how gene editing is shaping the future of science and society.

Built by FoundryBase App
Updated Jul 06, 2025
Focus 4 topic signals

Resource studio

The reading field.

Scan the collection, jump between formats, and shape the sequence until the chunk feels intentional.

13 Pieces collected
4 Topic signals
1 Paths connected
Everything You Need to Know About Crispr Gene Editing | Wired

Everything You Need to Know About Crispr Gene Editing | Wired

Article 2018
Crispr’s Next Big Debate: How Messy Is Too Messy? | WIRED

Crispr’s Next Big Debate: How Messy Is Too Messy? | WIRED

Article 2018
Biology Will Be the Next Great Computing Platform | WIRED

Biology Will Be the Next Great Computing Platform | WIRED

Article 2018
Japan set to allow gene editing in human embryos

Japan set to allow gene editing in human embryos

Article 2018
What Is CRISPR? - CB Insights

What Is CRISPR? - CB Insights

Article 2019
The CRISPR machines that can wipe out entire species - CNET

The CRISPR machines that can wipe out entire species - CNET

Article 2019
Crispr Babies, IVF, and the Ethics of Genetic Class Warfare | WIRED

Crispr Babies, IVF, and the Ethics of Genetic Class Warfare | WIRED

Article 2018

Make your own object

Start collecting your own field notes.

Sign in to turn articles, videos, notes, and other finds into a chunk that keeps its own sequence, signals, and point of view.