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Several discussions reference specific aspects of the research, such as its application in skin biology and the effective delivery of mRNA for reversing skin aging. Phrases like 'cool work' and 'this is significant' indicate enthusiasm and a positive outlook on the research's applicability, contributing to an overall optimistic sentiment regarding its impact on future developments.
Most discussions reflect a general support for the findings presented in the publication, with many comments highlighting its relevance.
The posts demonstrate strong curiosity and intrigue about the research, particularly in its potential applications.
Some posts indicate a moderate level of engagement, discussing related topics but mostly quoting or referencing the original research without deep dives.
The perceived significance of the publication is high, as many users convey that its findings could lead to advancements in the field.
Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellular vesicles vs. lipid nanoparticle gene delivery systms. Cool work by @BettyKimLab @wenjiang_nano & more! --> https://t.co/bu3EjF0LA9 #scicomm #AcademicYouTube https://t.co/QfL6B2wzvX
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co/uHFmHqXrOW
Cellular #nanoporation for scalable #EV production and #mRNA loading? Check out this #EVJournalClub paper @natBME https://t.co/TUHgNAK3pD with Michael Paulatis @HopkinsMedNews: Wed April 6, 12 noon (GMT-4) to join, see your email invitation or sign up at https://t.co/9sKDU43mcO https://t.co/z1LPWCnSeF
If you missed the #EVJournalClub with Michael Paulaitis @JohnsHopkins @HopkinsMedicine on cellular nanoporation for production and #RNA loading of #ExtracellularVesicles, it's up on our @YouTube channel now. Enjoy and please subscribe! @IsevComms @exRNA https://t.co/W9DfnePnT7
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. | Nature Biomedical Engineering | https://t.co/cZ7rHSlq7d
This afternoon we will be listening to Loes Teeuwen, @SusanneGab group, KI, presenting a @NaturePortfolio (Biomedical Engineering) paper: https://t.co/ff3XMmEaFp in #ExoZoom https://t.co/OG58TAeeyT
Collagen is a vital protein in the body, providing strength, firmness, and elasticity to skin and tissues. This video discusses a revolutionary collagen replacement therapy using exosomes as carriers for mRNA to combat…
In this EV Journal Club, Michael Paulaitis from Johns Hopkins University discusses a novel method called cellular nanoporation, which increases the yield of therapeutic mRNAs in exosomes, demonstrating improved survival…
@sphengolipid there's this yt channel that I've been following lately the format is very reddit but she's always updating about longevity science so it might interest you https://t.co/TkLBto5ZKo
#ERCC19 @ReateguiLab @OhioState Yang Nat Bio Eng 2020 Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/NeXEf32EId
RT @SweEVnet: This afternoon we will be listening to Loes Teeuwen, @SusanneGab group, KI, presenting a @NaturePortfolio (Biomedical Enginee…
RT @SweEVnet: This afternoon we will be listening to Loes Teeuwen, @SusanneGab group, KI, presenting a @NaturePortfolio (Biomedical Enginee…
This afternoon we will be listening to Loes Teeuwen, @SusanneGab group, KI, presenting a @NaturePortfolio (Biomedical Engineering) paper: https://t.co/ff3XMmEaFp in #ExoZoom https://t.co/OG58TAeeyT
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
https://t.co/TiL1jW6z9o Skin reversal aging
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
RT @EleanorSheekey: Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellula…
Collagen mRNA delivery to reverse skin aging? This week, i stretched into skin biology and comparisons of extracellular vesicles vs. lipid nanoparticle gene delivery systms. Cool work by @BettyKimLab @wenjiang_nano & more! --> https://t.co/bu3EjF0LA9 #scicomm #AcademicYouTube https://t.co/QfL6B2wzvX
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
Author Correction: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/9T1O1qxRqG
RT @nanotrac: Author Correction: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/wR…
Author Correction: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/wREicIy4V0 Nanoscience and technology @NatureNano #Nanoscience #Technology this is #Nature https://t.co/wKlZLZABjc
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. https://t.co/jshs2xuBBu from @OhioState @UTSW_RadOnc #JilinUniversity @MSE_UJN @MayoClinic @IowaMed @PKU1898 @CellStanford @HMethodistMD @WeillCornell #SZBL https://t.co/D1K1SpYt6e
RT @KennethWWitwer: If you missed the #EVJournalClub with Michael Paulaitis @JohnsHopkins @HopkinsMedicine on cellular nanoporation for pro…
If you missed the #EVJournalClub with Michael Paulaitis @JohnsHopkins @HopkinsMedicine on cellular nanoporation for production and #RNA loading of #ExtracellularVesicles, it's up on our @YouTube channel now. Enjoy and please subscribe! @IsevComms @exRNA https://t.co/W9DfnePnT7
from @OhioState @MSE_UJN @MayoClinic @UTSW_RadOnc #JilinUniversity @IowaMed @PKU1898 @StanfordMed @HMethodistMD: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. https://t.co/jshs2xuBBu @JohnsHopkins #EVJournalClub 2/3
RT @KennethWWitwer: Cellular #nanoporation for scalable #EV production and #mRNA loading? Check out this #EVJournalClub paper @natBME https…
RT @KennethWWitwer: Cellular #nanoporation for scalable #EV production and #mRNA loading? Check out this #EVJournalClub paper @natBME https…
RT @KennethWWitwer: Cellular #nanoporation for scalable #EV production and #mRNA loading? Check out this #EVJournalClub paper @natBME https…
Cellular #nanoporation for scalable #EV production and #mRNA loading? Check out this #EVJournalClub paper @natBME https://t.co/TUHgNAK3pD with Michael Paulatis @HopkinsMedNews: Wed April 6, 12 noon (GMT-4) to join, see your email invitation or sign up at https://t.co/9sKDU43mcO https://t.co/z1LPWCnSeF
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/bSOAdToFzQ
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. | Nature Biomedical Engineering | https://t.co/cZ7rHSlq7d
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @OTSociety: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation #mRNA #oligodelivery @AON_Delive…
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation #mRNA #oligodelivery @AON_Delivery @DahlmanLab @MooresResearch @AndaloussiLab https://t.co/s0eYcuctX8 https://t.co/lXsQwAyDDi
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @JCRnEDITORS: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. | Nature Biomedical Engineer…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation. | Nature Biomedical Engineering | https://t.co/cZ7rHSlq7d
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
RT @natBME: Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co…
Large-scale generation of functional mRNA-encapsulating exosomes via cellular nanoporation https://t.co/zUI2lJC38D https://t.co/uHFmHqXrOW