@SulianaManley Expansion microscopy: https://t.co/0ncghs7y1R
@christlet @KidneyMyosin @save_the_kidney Great, thanks! Recent developments in ExM in kidney morphology is also discussed in the review, like the original ExPath protocol https://t.co/YFIuaq2LS4 or combination with STED: https://t.co/FoQRShVw3U Great appr
SynthNeuro alum @huailang is setting up his own lab at CMU, and is hiring! Re: his paper on expansion pathology, the extension of expansion microscopy to human pathology specimens, published earlier this year in Nature Biotechnology: https://t.co/mLFK1P6j
#Nanoscale #imaging of clinical specimens using pathology-optimized #expansion #microscopy https://t.co/7joJHLcxon
Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/zyQyvwbSw1
"Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy" #scienceand nature https://t.co/dUCwl9tpE0
#Nanoscale #imaging of clinical specimens using pathology-optimized #expansion #microscopy https://t.co/S9NanTSkWS
Nanoscale imaging of clinical specimens using pathologyoptimized expansion microscopy null https://t.co/ZjEYrK63pB #DTHSTR
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
#ExpansionMicroscopy Nanoscale Imaging Clinical #Pathology | ExPath | Beck & @eboyden3 @MIT @NatureBiotech https://t.co/NGtRNbJCJL https://t.co/xKFY5EqNaB
#ExPath: #NanoscaleImaging of clinical specimens using pathology-optimized #ExpansionMicroscopy (#ExM) https://t.co/OOwMFQpTRY @nature
RT @mmw_lmw: #ExpansionMicroscopy Nanoscale Imaging Clinical #Pathology | ExPath | Beck & @eboyden3 @MIT @NatureBiotech https://t.co/a92y7P…
#ExpansionMicroscopy Nanoscale Imaging Clinical #Pathology | ExPath | Beck & @eboyden3 @MIT @NatureBiotech https://t.co/a92y7PjmAD https://t.co/AlELwPuh6O
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
Cool Research! Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/4s7WZSpfi9
RT @GE_BioResearch: Will likely also have a huge impact on #HighContentAnalysis & #DrugDiscovery https://t.co/Xu8nJ62Qd3
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @pathologistmag: "Expansion #microscopy" allows image biopsy of tissue samples at far higher resolution than ever before: https://t.co/U…
#Nanoscale #imaging of clinical specimens using pathology-optimized #expansion #microscopy https://t.co/S9NanTSkWS
RT @rjhomer57: Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/9gtj039Ozb
RT @rjhomer57: Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/9gtj039Ozb
RT @rjhomer57: Remember Mr Fantastic who could stretch endlessly? Now imagine that that is a FFPE tissue sample. Similar improvement in eff…
I will read how this will make my life as a #pathologist better as soon as I get through my eight trays of biopsies...... https://t.co/J8aUI9eF5k
ExPath - Ex vivo expansion and microscopy of #Pathology tissues to enable nanoscale resolution @NatureBiotech https://t.co/VbrjNkgrUL https://t.co/DQOxHn28v5
RT @pathologistmag: "Expansion #microscopy" allows image biopsy of tissue samples at far higher resolution than ever before: https://t.co/U…
Remember Mr Fantastic who could stretch endlessly? Now imagine that that is a FFPE tissue sample. Similar improvement in efficacy. https://t.co/TESvuSQxrQ
Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/9gtj039Ozb
RT @huailang: Our work on Expansion Pathology #Expansionmicroscopy is out in @NatureBiotech today! https://t.co/0qRgM96tiw https://t.co/ECG…
"Expansion #microscopy" allows image biopsy of tissue samples at far higher resolution than ever before: https://t.co/Um18vpvIfv
Very cool new application of expasion microscopy: https://t.co/zuvnaF7N02 now expands FFPE tissues. I wonder if RNA in situ could work..
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @huailang: Our work on Expansion Pathology #Expansionmicroscopy is out in @NatureBiotech today! https://t.co/0qRgM96tiw https://t.co/ECG…
RT @huailang: Our work on Expansion Pathology #Expansionmicroscopy is out in @NatureBiotech today! https://t.co/0qRgM96tiw https://t.co/ECG…
RT @huailang: Our work on Expansion Pathology #Expansionmicroscopy is out in @NatureBiotech today! https://t.co/0qRgM96tiw https://t.co/ECG…
RT @addictivebrain: Expansion microscopy of human specimens may enable better diagnoses of cancer & other diseases https://t.co/CiOWAXhdBY……
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @huailang: Our work on Expansion Pathology #Expansionmicroscopy is out in @NatureBiotech today! https://t.co/0qRgM96tiw https://t.co/ECG…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @eboyden3: Congrats, Yongxin (@huailang), on co-spearheading a great study! https://t.co/HcoH9wi3Gp
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @EricTopol: Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernm…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
Nanoscale imaging of clinical specimens using pathology-optimized expansion microscopy https://t.co/Oh3BRVQvJ4
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
RT @NatureBiotech: Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https:/…
Nanoscale imaging of clinical specimens using #pathology-optimized expansion #microscopy https://t.co/kEO32hZaIA https://t.co/BzyanGSeeb
RT @EricTopol: Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernm…
RT @EricTopol: Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernm…
RT @EricTopol: Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernm…
RT @EricTopol: Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernm…
Expansion pathology—nanoscale imaging for more informative microscopic readouts https://t.co/BysrsHKPeh @eboyden3 @mcgovernmit @medialab https://t.co/oDhYNBkhei