Top Tweets for #Submicron
6-axis robot holding sub-micrometer accuracy—placing features tighter than a human hair can split. Labs & microelectronics just entered god-tier precision territory. Watch it nail the impossible.
Vía @tweetciiiim
#6AxisRobot #SubMicron #MicroPrecision
Article✍️#Submicron-#sized #superantigen biomimetic #liposomes with highly efficient #pulmonary accumulation to remodel local immune microenvironment for #cancer #chemoimmunotherapy. From Dr. Xie @ChinesePLAGeneralHospital;
https://t.co/KJF6x0wYeD.
How can #submicron-sized #microplastics be defected and removed effectively when traditional physical filtration is incapable?
Author: Dr. Tingting Yu
@SCUT1918
#Microrobots #Microplastics
Using the two-photon polymerization (#2PP) method, we fabricated experimental setups with #submicron resolution to evaluate the performance of our liposomes.
#science #biorobotics #microrobotics #CELLOIDS #microrobot #research
#OEA_highlight Large-field objective lens for multi-wavelength microscopy at mesoscale and submicron resolution https://t.co/UE0BEjSeg1 by Prof. #GuohuaShi from @USTCGlobal #mesoscopic #FOV #submicron #resolution #microscopy #laser
Go sub-micron with us! 🔬
NUM has equipped its NUMROTO Technology Centre in Teufen, Switzerland, with a KEYENCE high-resolution digital microscope.
Read the full article here:
https://t.co/hAHIWVkCOP
#technology #submicron #quality #PrecisionTools
The roles of #SubMicron and #Microscale roughness on shear-driven #Thrombosis on #TitaniumAlloy surfaces
👉https://t.co/xrcpSbQBbl
@Cornell @ProfBrianKirby #Adhesion #Embolism #Platelets
@EARA_ES Do not miss our work on #Submicron #Cytometry entitled "A rapid method for assessing the accumulation of #nanoplastics in #human peripheral #blood" at the #CYTO 2022 Conference in Philadelphia June 3-7
Do not miss our work on #Submicron #Cytometry entitled "A rapid method for assessing the accumulation of #nanoplastics in #human peripheral #blood" at the #CYTO 2022 Conference in Philadelphia June 3-7
Do not miss our work on #Submicron #Cytometry entitled "A rapid method for assessing the accumulation of #nanoplastics in #human peripheral ##blood" at the #CYTO 2022 Conference in Philadelphia June 3-7
Don't miss the latest Article about Flexible substrates enabled highly integrated patterns with #submicron precision toward intrinsically stretchable #circuits. @Wiley_Chemistry
Read it: https://t.co/xAAYAVPDZE
Check out the latest Article about Flexible substrates enabled highly integrated patterns with #submicron precision toward intrinsically #stretchable #circuits @Wiley_Chemistry @WileyPolymers
Read it: https://t.co/SL3JalMzvb
Our new multi-nozzle printheads for mass manufacturing are based on the electrostatic ejection principle which provides very fine, #submicron-scale printing and jetting, while allowing the adoption of various ink materials. https://t.co/VhSFlGibg1
#MassManufacturing #3DPrinting
#3Dprinted #submicron pillars can modulate the response of inflammatory #macrophages
https://t.co/N7CYye8wqc
The front cover of @nanoscale_rsc highlights research on whether patterns of #3Dprinted #submicron pillars can modulate the response of inflammatory #macrophages 👇
https://t.co/RVeRtYmo6z
@NouriMahdiyeh @MJMirzaali @amir_zadpoor @pboukany @ChemeTUDelft @tudelft
The front cover of @nanoscale_rsc highlights research on whether patterns of #3Dprinted #submicron pillars can modulate the response of inflammatory #macrophages 👇
https://t.co/RVeRtYmo6z
@NouriMahdiyeh @MJMirzaali @amir_zadpoor @pboukany @ChemeTUDelft @tudelft
The tall and dense #submicron #pillars also exhibited the highest level of #OPN expression, supporting the hypothesis that a direct relationship exists between the early cell adhesion behavior and the late #matrix #mineralization. @KModaresifar
#Submicron #pillars were 3D printed and their #morphology, surface #roughness, #wettability, and surface #chemistry were analyzed. @NanoscribeGmbH @pboukany @tudelft3mE @ChemeTUDelft
"Sometimes, little things make a big difference". It was fascinating to see how #3Dprinted #submicron (using @NanoscribeGmbH induced #bone #regeneration. Check out our comprehensive study published in @ACS_AMI @amir_zadpoor #bone #biomaterials
https://t.co/y0A8ZXLhy6
#Immunomodulation using #nanopatterned #biomaterials is really fascinating. We have been looking into whether #3Dprinted #submicron can modulate the response of #macrophages. Look and see how effectively they do this job: https://t.co/vYCRN1v5DW
@NouriMahdiyeh @nanoscale_rsc
We 3D-printed #submicron #patterns using @NanoscribeGmbH to modulate the response of the #inflammatory #macrophages.
Check out our recent article published in @nanoscale_rsc
#Osteoimmunomodulation #3Dprinting
https://t.co/DsBS0LFa7Z
@amir_zadpoor @MJMirzaali @pboukany
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