Accelerating and de-risking CMC development with transposon-derived manufacturing cell lines.
Sowmya Rajendran, Sowmya Balasubramanian, Lynn Webster, Maggie Lee, Divya Vavilala, Nicolay Kulikov, Jessica Choi, Calvin Tang, Molly Hunter, Rebecca Wang, Harpreet Kaur, Surya Karunakaran, Varsha Sitaraman, Jeremy Minshull, Ferenc Boldog
June 2021 Biotechnol BioengSynopsis of Social media discussions
The positive tone and choice of words in the discussions, such as 'groundbreaking' and 'transforming', underscore a strong belief in the research's importance and impact, while expressions like 'most downloaded article' indicate high interest and engagement among the audience.
Agreement
Moderate agreementThe discussions show strong support for the publication, with enthusiastic phrases like 'Congratulations' and 'transforming CMC Development', indicating a consensus on its significance.
Interest
High level of interestPosts highlight high interest by emphasizing the publication as 'most downloaded' and 'publication of the year', demonstrating excitement and curiosity.
Engagement
Moderate level of engagementThe use of words like 'WELL DONE!', 'groundbreaking', and references to specific authors suggest active recognition and a deeper engagement with the research.
Impact
Moderate level of impactThe posts reflect an acknowledgment of the research’s potential to change cell line development, suggesting it could influence future practices in biologic drug manufacturing.
Social Mentions
YouTube
2 Videos
9 Posts
2 Posts
News
2 Articles
Metrics
Video Views
126
Total Likes
4
Extended Reach
4,418
Social Features
15
Timeline: Posts about article
Top Social Media Posts
ATUM
It's Here!! Publication of the Year is now available for download on a printer near you. Leap-In Transposase changes Cell Line Development as we know it. Congratulations to Sowmya & team for a groundbreaking paper transforming CMC Development https://t.co/nEK5RS2foE https://t.co/ayeaMeFcpq
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ATUM
Join us in congratulating the ATUM team on the most #topdownloadedarticle. WELL DONE! 'Accelerating and de-risking CMC development with transposon-derived manufacturing cell lines'
https://t.co/oiDg0ANuZ6
https://t.co/Okh9qkWgGp https://t.co/ovY48Gjjhe
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Posts referencing the article
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Join us in congratulating the ATUM team on the most #topdownloadedarticle. WELL DONE! 'Accelerating and de-risking CMC development with transposon-derived manufacturing cell lines' https://t.co/oiDg0ANuZ6 https://t.co/Okh9qkWgGp https://t.co/ovY48Gjjhe
view full postApril 3, 2023
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ATUM
@ATUM_bio (Twitter)It's Here!! Publication of the Year is now available for download on a printer near you. Leap-In Transposase changes Cell Line Development as we know it. Congratulations to Sowmya & team for a groundbreaking paper transforming CMC Development https://t.co/nEK5RS2foE https://t.co/ayeaMeFcpq
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Abstract Synopsis
- The LeapIn Transposase platform is a new method for creating stable, high-yield mammalian cell lines (like Chinese hamster ovary cells) used in biologic drug production, which helps speed up the development process for regulatory approval.
- This platform produces cell pools with high productivity and consistent quality, biasing towards high producers, and maintains genetic and expression stability over time, reducing risks associated with traditional methods.
- By avoiding issues like poor gene integration and unpredictable product quality seen in older techniques, LeapIn helps to shorten development timelines and lower resource requirements, making the development of biologic drugs more efficient.]
ATUM
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