How can you keep up with the latest genome editing publications and patents?

Utilising internet resources that compile and index genome editing publications and patents is among the simplest ways to locate and obtain them. A few of the most well-known and extensive databases are Espacenet, Patentscope, and Lens for patents, and PubMed, Web of Science, Scopus, and Google Scholar for articles. You can search these databases using keywords, authors, titles, dates, and other parameters. Links to the full texts or abstracts of the articles are also provided. Additionally, you may configure feeds or alerts to get updates whenever new patents or articles that align with your interests are added.

To stay updated with the latest genome editing publications and patents, employ the following strategies. Subscribe to relevant scientific journals, attend conferences, and join professional networks to access cutting-edge research. Utilize online databases and search engines specialized in patents to monitor new filings. Follow key researchers and organizations in the field on social media platforms for real-time updates. Engage in discussions with peers and experts to exchange information. Collaborate with academic or industry partners to share knowledge and resources. Finally, consider using alert services or setting up keyword-based notifications to receive timely updates on new publications and patents in the genome editing field.

Following scientific journals is paramount for staying abreast of the latest genome editing research. Journals, having undergone rigorous peer review, provide credible and specialized content, ensuring a comprehensive coverage of genome editing topics.

I use Pubcrawler (https://pubcrawler.gen.tcd.ie/ ) to keep up-to-date with the latest peer-reviewed research in the areas I’m interested in. PubCrawler is a free "alerting" service that scans daily updates to the NCBI Medline (PubMed) and GenBank databases. PubCrawler helps keeping scientists informed of the current contents of Medline and GenBank, by listing new database entries that match their research interests.

Following the journals and authors who publish or patent in this subject is another approach to stay up to date on the most recent genome editing articles and patents. You can sign up for the newsletters or RSS feeds of journals like Nucleic Acids Research, Genome Biology, CRISPR Journal, and Nature Biotechnology that discuss genome editing. You can also follow authors like Jennifer Doudna, Feng Zhang, Emmanuelle Charpentier, George Church, and others who are major authorities or innovators in the field of genome editing. On sites like ResearchGate, ORCID, or Google Scholar, you may locate their biographies and articles. You can also follow them on blogs or social media.

Engage in social media communities, discussion boards, and online forums devoted to genome editing and biotechnology. Professionals can interact, exchange ideas, and find new publications and patents on sites like LinkedIn, Twitter, or niche discussion boards.

Attending seminars and webinars that highlight genome editing is a fourth approach to staying up-to-date on the most recent research and patents in the field. Search for genome editing-related conferences, workshops, symposia, or seminars. Examples of these are CRISPR Con, Genome Editing Congress, and Genome Engineering Summit. Additionally, you have access to CRISPR Talk, the Genome Editing Webinar Series, Gene Editing 101, and other webinars, podcasts, and videos that present or discuss genome editing publications or patents. You can learn from the authors or inventors directly, connect with other experts or hobbyists, and stay up-to-date on the newest issues and trends by attending these events and webinars.

Share your own experience with others. Developing new expertise in related fields is a sixth way to stay up-to-date on the most recent publications and patents relevant to genome editing. Enrolling in online tutorials, workshops, or courses that cover the fundamentals or more complex components of genome editing, like base editing, prime editing, or CRISPR-Cas9, is an option. Learn computer languages, applications, and data analysis tools—such as Python, R, or Bioconductor—that are helpful for genome editing through online learning environments like Codecademy, Coursera, or edX. Your comprehension, application, and enjoyment of genome editing projects can all be enhanced by these abilities and methods.

Find relevant life science content creators on LinkedIn. There's a growing community of biotech professionals here who consistently post about their knowledge of genome editing. Some are researchers focused on the science itself; some are recruiters filling jobs in cell and gene therapy; and others share news about funding, acquisitions, and IPOs.