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The overall tone of the discussions underscores excitement about the innovative genetic modules that enable high-level protein expression without antibiotics, with phrases like 'exciting development' and mentions of 'first paper' highlighting both novelty and progress. This language, coupled with references to potential medical and safety advantages, illustrates a collective perception of high impact and interest in the study's implications for future probiotic engineering.
Most discussions show enthusiasm or neutral acknowledgment of the research, with some expressing excitement about the novelty and potential applications, indicating general support rather than skepticism.
Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts to expand the programmability of probiotic lactobacilli for medical applications @MicrobialBiote1 @DeySourik @marcblanch94 https://t.co/ebhhEIUick More in
The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblanch94 @ShrikrishnanS @LSCLifeMat https://t.co/H8TXwO9pkw
From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laboratory. @ShrikrishnanS published the work from his first grant recently in MBT. Read the article here and a summary in tweet 2/2
SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expression without using antibiotic markers. A step toward safer and more effective probiotics‼️ #probiotics, #wellness, #health. Read here
Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/lE9txIffec #bioRxiv
Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/x4zNPJPEFE #biorxiv_synbio
The study introduces two new genetic modules in Lactiplantibacillus plantarum that enable high-level protein production without relying on antibiotics, bacteriocins, or genetic alterations to the bacterial genome. These…
Lactobacilli are often found in nature & used in food fermentation.
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
RT @MicrobialBiote1: SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expr…
SYNTHETIC BIOLOGY. Exciting development in #probiotics research! Dey et al have discovered a way to modulate gene expression without using antibiotic markers. A step toward safer and more effective probiotics‼️ #probiotics, #wellness, #health. Read here
RT @MicrobialBiote1: From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laborato…
RT @MicrobialBiote1: From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laborato…
RT @MicrobialBiote1: From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laborato…
RT @MicrobialBiote1: From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laborato…
RT @MicrobialBiote1: From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laborato…
From the Initiative "Promoting new and emerging PI at MBT", we introduce you today to Shrikrishnan Sankaran´s laboratory. @ShrikrishnanS published the work from his first grant recently in MBT. Read the article here and a summary in tweet 2/2
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
RT @ShrikrishnanS: Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
Excited to share the first article emerging solely from my research group! We found and characterized new genetic parts to expand the programmability of probiotic lactobacilli for medical applications @MicrobialBiote1 @DeySourik @marcblanch94 https://t.co/ebhhEIUick More in
RT @DeySourik: The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblan…
The first of something is always very special. I am happy to share the first paper of my PhD. More coming soon!!!! @marcblanch94 @ShrikrishnanS @LSCLifeMat https://t.co/H8TXwO9pkw
Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/7BhGteAr4J
RT @biorxivpreprint: Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/l…
Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/x4zNPJPEFE #biorxiv_synbio
RT @biorxivpreprint: Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/l…
Novel genetic modules encoding high-level antibiotic-free protein expression in probiotic lactobacilli https://t.co/lE9txIffec #bioRxiv