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The overall discussions reflect genuine interest and technical engagement, exemplified by phrases like 'exciting research,' 'new tools,' and 'study' that show enthusiasm for the methods and implications, but lack strong claims of revolutionary impact, indicating a balanced yet engaged perspective.
The discussions show a neutral stance overall, with some enthusiasm but not strong disagreement or full endorsement, highlighting curiosity rather than outright support.
The discussions demonstrate high enthusiasm for the research, with mentions of 'exciting,' 'new tools,' and 'study,' indicating strong interest in the biological implications.
Posts engage with technical details, such as the use of bioorthogonal threonine analogs and labeling methods, suggesting a meaningful level of engagement.
While some discussions acknowledge the significance of the method for understanding protein synthesis, they are cautiously optimistic but do not specify transformative impacts outright.
Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to better understand biology including using THRONCAT to study newly synthesized proteins in cells. https://t.co/9XhgPrazDD
Great talk by Bob Ignacio from the @kimbonger lab in the "Protein Modification and ABPP" session of #IUPACCHAINS2023. He talked about THRONCAT to specifically label newly synthesized proteins without the need for genetic engineering or specialized media. https://t.co/9XhgPra1O5
She also elaborated on her group's THRONCAT method to selectively label and study newly synthesized proteins using threonine analogs. https://t.co/9XhgPra1O5
THRONCAT: metabolic labeling of newly synthesized proteins using a bioorthogonal threonine analog | https://t.co/0dwf93pviM #proteomics https://t.co/Z0qNz4ZVIW
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
This video explains THRONCAT, a technique for metabolic labeling of newly synthesized proteins using a bioorthogonal threonine analog, enabling detailed analysis of cellular proteome responses to external stimuli.
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
RT @StephanHacker2: Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to be…
Great talk by @kimbonger @BongerLab at #EFMCISCB2023. She talked about her group's exciting research on new tools to better understand biology including using THRONCAT to study newly synthesized proteins in cells. https://t.co/9XhgPrazDD
RT @StephanHacker2: Great talk by Bob Ignacio from the @kimbonger lab in the "Protein Modification and ABPP" session of #IUPACCHAINS2023. H…
Great talk by Bob Ignacio from the @kimbonger lab in the "Protein Modification and ABPP" session of #IUPACCHAINS2023. He talked about THRONCAT to specifically label newly synthesized proteins without the need for genetic engineering or specialized media. https://t.co/9XhgPra1O5
She also elaborated on her group's THRONCAT method to selectively label and study newly synthesized proteins using threonine analogs. https://t.co/9XhgPra1O5
RT @PastelBio: THRONCAT: metabolic labeling of newly synthesized proteins using a bioorthogonal threonine analog | https://t.co/0dwf93pviM…
THRONCAT: metabolic labeling of newly synthesized proteins using a bioorthogonal threonine analog | https://t.co/0dwf93pviM #proteomics https://t.co/Z0qNz4ZVIW