Synopsis of Social media discussions
The discussions emphasize the innovative use of capacitance probes in bioprocessing, as seen in phrases like 'platform approach' and 'automatic perfusion rate control,' which suggest technical interest and perceived significance. The tone combines technical acknowledgment with a sense of potential impact, reflecting a moderate but engaged appreciation for the publication's contributions.
Agreement
Moderate agreementMost discussions acknowledge the relevance and potential of the research, showing moderate agreement with its significance.
Interest
Moderate level of interestPosts demonstrate curiosity and some enthusiasm, particularly when mentioning the platform approach and its applicability.
Engagement
Moderate level of engagementComments include technical details like the use of capacitance probes and perfusion control, indicating active engagement.
Impact
Moderate level of impactParticipants recognize that this development could influence biomanufacturing processes, considering it a meaningful advancement.
Social Mentions
YouTube
3 Videos
9 Posts
Metrics
Video Views
104
Total Likes
5
Extended Reach
4,917
Social Features
12
Timeline: Posts about article
Top Social Media Posts
Bioengineering MDPI
New paper in @Bioeng_MDPI presents a platform approach to N-1 perfusion development in CHO cells using a capacitance probe for automatic perfusion rate control @MDPIOpenAccess
Free Reading: https://t.co/Dny5YHIX5j https://t.co/PWR8Ban6Mk
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dr emily rittershaus
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CHO Cell Papers
MDPI Engineering
RT @Bioeng_MDPI:
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Bioengineering MDPI
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Posts referencing the article
Development of N-1 Perfusion Platform with Capacitance Probe for Biomanufacturing
This video discusses the development of an N-1 perfusion platform using capacitance probes for biomanufacturing. It highlights advancements in bioprocessing technology to improve biomanufacturing efficiency and quality.
November 14, 2025
86 views
Advances in CHO Cell Bioprocess Optimization and Perfusion Technologies
This video discusses recent developments in bioprocessing, focusing on enhancing CHO cell productivity through adenosine uptake modulation and the development of N-1 perfusion platforms using capacitance probes for biomanufacturing.
September 28, 2025
17 views
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November 2, 2025
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CHO Cell Papers
@CHOculturePaper (Twitter)September 27, 2025
1
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CHO Cell Papers
@CHOculturePaper (Twitter)September 11, 2025
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CHO Cell Papers
@CHOculturePaper (Twitter)N-1 Perfusion Platform Development Using a Capacitance Probe for Biomanufacturing. Bioengineering (Basel, Switzerland)(2022) #CHOcells #Bioprocess https://t.co/LeR09VUfbf @grokの解説⬇️
view full postAugust 27, 2025
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MDPI Engineering
@MDPIEngineering (Twitter)RT @Bioeng_MDPI:
view full postDecember 4, 2024
1
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Bioengineering MDPI
@Bioeng_MDPI (Twitter)July 1, 2024
1
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dr emily rittershaus
@embely (Twitter)RT @Bioeng_MDPI: New paper in @Bioeng_MDPI presents a platform approach to N-1 perfusion development in CHO cells using a capacitance probe…
view full postMarch 23, 2022
1
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Bioengineering MDPI
@Bioeng_MDPI (Twitter)New paper in @Bioeng_MDPI presents a platform approach to N-1 perfusion development in CHO cells using a capacitance probe for automatic perfusion rate control @MDPIOpenAccess Free Reading: https://t.co/Dny5YHIX5j https://t.co/PWR8Ban6Mk
view full postMarch 23, 2022
2
1
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dr emily rittershaus
@embely (Twitter)March 22, 2022
1
Abstract Synopsis
CHO Cell Papers
@CHOculturePaper (Twitter)