Top Tweets for #pNIPAM
Hoy, vie 31 oct · 12:00 h → “Hybrid Microgels Based on PNIPAM and Proteins for Biomedical Applications” con la Dra. Elena Buratti (@UniFerrara, @uclm_inter alianza COLOURS) en el Salón de Actos de la Fac. de CyTQ @FCTQ_uclm.
#IRICA #ViernesEnElIRICA #UCLM #Biomateriales #PNIPAM

A research team with Cluster Members Julian A. Serna, Rafaela Debastiani, Zheqin Dong, and PI Pavel A. Levkin developed a new method to #PNIPAM #hydrogels using hierarchical porosity to increase the temperature responsiveness. 👉 https://t.co/Gg7TOgblGH
#3DPrinting @levkinlab

⏰Call for reading
📚"A Power Compensation Strategy for Achieving #Homogeneous #Microstructures for 4D #Printing Shape-Adaptive #PNIPAM #Hydrogels: Out-of-Plane Variations"
📌You can read it at:
https://t.co/Cl4uZ3JA1b
@DaveCappelleri @LiyuanTan @PurdueME
#gels #shapeadaptiv

Ps a ésto vine, Let's rock!!
#Yomero #UAM #OrgulloPantera #pNIPAM #Cartel #LIWinterMeeting #Rheology

UAMito con cartel, yendo a congreso a exponer #Yomero #UAM #OrgulloPantera #pNIPAM #cartel #congreso #LIwintermeetings

In a new Cluster publication the team of PI Joachim Spatz accomplished a straight forward way of assembling an artificial actin analogue in a synthetic cell model system based on a poly(N-isopropylacrylamide) #PNIPAM composite material! Check it out 👉 https://t.co/w5y6RLP6Sy

1st author Cluster Young Scientist Tobias Spratte paves the way toward the precise fabrication of micrometer-sized Actuator Systems with a robust method based on Direct Laser Writing in a new paper published in Advanced Materials! 👏https://t.co/xxdsALjstN #DLW #pNIPAM #actuation

Check out my just published paper in @PolymChem! Fun to see a year's worth of work out there for the world to see! #PNIPAM #silanes #responsivePolymers
https://t.co/TpRCTX8hfH
Check out @RUN_DLS and Prof. Calabrese's new paper in @PolymChem on architecture effects in assembly and thermal response of PNIPAM/TMA copolymers! #RAFT #aggregation #copolymers https://t.co/NHeI6dqRXR
Polymer Dot Hydrogel with Thermoreversible Fluorescence https://t.co/95sR6f9QsH #conjugated #polymerdots #PNIPAM #thermoreversible #fluorescence #hydrogel @Polymers_MDPI

#usceye's Dr. Jack Whalen discusses the unique reversible characteristics of the temperature-responsive #polymer, #PNIPAM, and plans for #clinical application well beyond the #battlefield.
https://t.co/q78SMUech7

Play with #polymer properties #LCST to solve #bacterial #resistance. Coil-to-globule transition of #PNIPAM and size #selectivity of porin #channels in #Gram-negative pathogen, combination to success! https://t.co/m6OGkbwNNc


3-D #antibody arrays offer better sensing: https://t.co/rxX43YrxDO #MIT #malaria #diseases #tuberculosis #PNIPAM #Bioengineering #Science

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