RT @BMCBiology: In case you missed it: A Label-free Multicolor Optical Surface #Tomography (ALMOST) #imaging method for nontransparent #3D…
RT @BMCBiology: In case you missed it: A Label-free Multicolor Optical Surface #Tomography (ALMOST) #imaging method for nontransparent #3D…
In case you missed it: A Label-free Multicolor Optical Surface #Tomography (ALMOST) #imaging method for nontransparent #3D samples New year new (me)soscopic 3D imaging? Read this great article from @sebastianmunck and colleagues: https://t.co/6nlLpcFNv5 h
RT @PavelTomancak: #LSFM2019 @sebastianmunck introduces micro-CT; label free solution for mesoscale real-color live imaging of model organi…
RT @PavelTomancak: #LSFM2019 @sebastianmunck introduces micro-CT; label free solution for mesoscale real-color live imaging of model organi…
#LSFM2019 @sebastianmunck introduces micro-CT; label free solution for mesoscale real-color live imaging of model organisms - for instance #Xenopus embryos and larvae. https://t.co/waIsQWrlB8
#LSFM2019 ALMOST the best acronym. Sebastian Munck presents his original work on optical surface tomography for mesoscale imaging. Should not work theoretically, but works great! Great to optically image samples that are reflective/opaque samples. https:
RT @sebastianmunck: I am so excited to present our ALMOST story at Frontiers in Imaging Science II at Janelia https://t.co/nzVGd5Qxnz @Bi…
RT @sebastianmunck: I am so excited to present our ALMOST story at Frontiers in Imaging Science II at Janelia https://t.co/nzVGd5Qxnz @Bi…
I am so excited to present our ALMOST story at Frontiers in Imaging Science II at Janelia https://t.co/nzVGd5Qxnz @BioImagingCore @CBD_VIB https://t.co/ne2N6B8GBe
RT @sebastianmunck: Axelle ! https://t.co/WKU270Ucfx
My mistake Axelle Kerstens, written the name incorrectly in my previous tweet. Thanks for raising it @sebastianmunck
Axelle !
Adelle Kerstens on stage at #FOM2019 showing an OPT based technique for really opaque samples. And by opaque, I mean as opaque as #LEGO! Great talk!! Check out the paper https://t.co/ltQxKy7sZz https://t.co/gFk5zXWkCY
Any news on the light sheet conference for this year #lsfm2019 ? @ReynaudEmmanuel @PavelTomancak @PampaLsfm4life You know we have this cool paper on imaging opaque samples and I would be accepting invitations - just saying https://t.co/3qcxSihLJI
RT @SasLippens: #mustread A Label-free Multicolor Optical Surface Tomography (ALMOST) imaging method for nontransparent 3D samples https://…
RT @SasLippens: #mustread A Label-free Multicolor Optical Surface Tomography (ALMOST) imaging method for nontransparent 3D samples https://…
#mustread A Label-free Multicolor Optical Surface Tomography (ALMOST) imaging method for nontransparent 3D samples https://t.co/lsHBm08U2s #labelfree by @sebastianmunck @BioImagingCore
RT @BMCBiology: Drosophila, Xenopus embryos, and other opaque samples have been difficult to #image, in color & 3D, at mesoscale magnificat…
Drosophila, Xenopus embryos, and other opaque samples have been difficult to #image, in color & 3D, at mesoscale magnification - @sebastianmunck and colleagues provide a tool, ALMOST, for imaging reflective opaque objects, https://t.co/1TNj1aTNL7, such
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @HenriquesLab: Check out the new OPT type method from @sebastianmunck and colleagues for opaque samples. See the follow up tweet for one…
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @sebastianmunck: Yahoo, our story is online @CBD_VIB @VIBLifeSciences @BioImagingCore https://t.co/42I7hfomUA
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @sebastianmunck: Yahoo, our story is online @CBD_VIB @VIBLifeSciences @BioImagingCore https://t.co/42I7hfomUA
RT @HenriquesLab: Check out the new OPT type method from @sebastianmunck and colleagues for opaque samples. See the follow up tweet for one…
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
RT @HenriquesLab: Check out the new OPT type method from @sebastianmunck and colleagues for opaque samples. See the follow up tweet for one…
Check out the new OPT type method from @sebastianmunck and colleagues for opaque samples. See the follow up tweet for one of their cool figures 1/2
RT @sebastianmunck: Yahoo, our story is online @CBD_VIB @VIBLifeSciences @BioImagingCore https://t.co/42I7hfomUA
Yahoo, our story is online @CBD_VIB @VIBLifeSciences @BioImagingCore
RT @BMCBiology: Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating it…
Opaque samples pose a challenge for mesoscale 3D #imaging - @sebastianmunck and colleagues present ALMOST, demonstrating its utility for the non-invasive & non-destructive study of 3D morphology https://t.co/1TNj1aTNL7 . Below, a 3D reconstruction of a
RT @BMCBiology: A Label-free Multicolor Optical Surface Tomography (ALMOST) imaging method for nontransparent 3D samples https://t.co/Tqtgr…
A Label-free Multicolor Optical Surface Tomography (ALMOST) imaging method for nontransparent 3D samples https://t.co/TqtgrpgjSW