If you’re curious about how scientists are rewriting DNA or looking for a place to start your career in biotech, you’ve come to the right spot. This page pulls together fresh updates on genetic editing and real chances to work with those technologies in South Africa and beyond.
CRISPR‑Cas9 continues to dominate headlines because it lets researchers cut and paste genes faster than ever. In the past few months, teams at local universities have used CRISPR to improve drought resistance in maize—something that could help farmers deal with climate change. Another breakthrough from a South African lab showed promising results in treating sickle‑cell disease using gene‑editing tools.
Beyond labs, governments are shaping policy around these advances. The Department of Health recently released draft guidelines on clinical trials for gene therapy, aiming to speed up approvals while keeping safety tight. Keep an eye on those documents; they often hint at new funding streams that support internship projects.
Getting your foot in the door starts with finding the right posting. Look for internships that mention “genetic editing,” “CRISPR,” or “gene therapy” in the description. Companies like Biocare Africa and research groups at University of Cape Town frequently list short‑term projects focused on DNA work.
When you apply, tailor your CV to highlight lab skills—PCR, gel electrophoresis, cell culture—and any coursework that covered genetics or molecular biology. Even a small project from a university class can show you understand the basics.
Networking helps too. Attend local biotech meet‑ups, virtual webinars, and career fairs hosted by the South African Biotechnology Innovation Centre. Ask presenters about internship openings; many recruiters remember candidates who showed genuine interest.
Don’t forget online platforms. Our site updates a dedicated “Genetic Editing” tag with new listings as soon as they appear. Subscribe to the newsletter so you get alerts straight to your inbox.
Finally, be ready for an interview that tests both knowledge and curiosity. Expect questions like, “What ethical concerns do you see with gene editing?” or “How would you troubleshoot a failed CRISPR experiment?” Answer honestly, show you’ve read recent papers, and you’ll stand out.
With the field moving fast, staying updated is key. Bookmark this page, check back regularly, and use the resources we share to turn your interest in genetic editing into real‑world experience.
Colossal Biosciences has successfully revived the dire wolf, sparking debates about the implications of de-extincting species. While the project is celebrated for its cultural value, particularly among Indigenous groups, concerns loom over the wolves' ability to adapt to today's ecosystems and the ethical aspects of genetic manipulation. Experts urge for regulatory measures to address this emerging scientific frontier.