Today, we open a new chapter in superresolution microscopy: we introduce ZEISS Elyra 7 with Lattice SIM. Elyra 7 marks a breakthrough in light efficiency, enabling fast and gentle 3D superresolution imaging - with up to 255 fps at 512 x 512 pixels and 120 nm lateral resolution. Uncover new mechanistic details and quantify finest structures of your living specimen. Discover ZEISS Elyra 7: https://zeiss.ly/f-elyra-7
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ZEISS Microscopy
RT @PlanktonPundit: The Great Escape. Zoospores of the parasite Syndinium sp. have to escape once they've killed their copepod host. They do so through breaks in the copepod's body wall, and sometimes
ZEISS optics have landed on the ISS
A team at Frankfurt’s Goethe University developed experiments to be performed in space How did our solar system come into being? This question is being explored by a team of geoscience and physics...
ZEISS Microscopy
You are keeping our #Elyra7 team busy #ASCBEMB018. We love it! Come see us image live cells in superresolution! #LatticeSIM https://t.co/65m0fshu92
ZEISS Microscopy
There was a lot of interest for ZEISS Elyra 7 at #ASCBEMBO18 so far. Stop by booth 511 to see what the buzz is all about and experience it in action! #Elyra7 #LatticeSIM https://t.co/mboHBsQLfz
Tech Note: Introducing Lattice SIM for ZEISS Elyra 7
Read the technology Note to learn how Lattice SIM for ZEISS Elyra 7 allows gentle and fast 3D superresolution imaging with a lateral optical resolution of 120 nm in all directions.
ZEISS Microscopy
We are at #ASCBEMBO18 in San Diego from Dec. 9 - 12. Stop by the ZEISS booth #511 and register for talks by Dr. Eric Betzig, Dr. Rainer Heintzmann, and Dr. René Buschow. Hear about their latest succes
1:57Elyra 7 - Product Trailer
Discover how Lattice SIM lets you examine the fastest processes in living samples – in large fields of view, in 3D, over long time periods, and with multiple colors. The Apotome mode for optical secti
0:08Elyra 7 - Apotome Mode: Penicillium Autofluorescence
<p>The Apotome mode allowed to image a volume of 90 × 90 × 50 µm with 422 Z-planes.</p>
ZEISS Microscopy
RT @Samaj_lab: Amazing dynamics of actin cytoskeleton in living root hairs and epidermal cells of Medicago sativa root revealed by @zeiss_micro #lightsheet See also: https://t.co/eCunk2ZJ2a https://t.
ZEISS Microscopy
RT @Vane_Barone: This is my second (scientific) love: the #seastar #embryo! Wanna know more about their #CellBiology and #DevBiology? Come to my poster at #ASCBEMBO18! On Mon Dec 10th, 1:30 pm, poster
2:19ZEN Connect Trailer
Learn how ZEN Connect brings multiple imaging technologies together to give you more insights into your samples.
ZEISS Microscopy
RT @PlanktonPundit: Slowly sinking. This is the settlement stage of a crab larva. It's much more crab-like with its more flattened shape and pair of claws than the younger zoea stage. Could be Sid :-)
ZEISS Microscopy
Spread the fascination for nature and technology and open up the world of #research for children: That was the purpose of the #ZEISS Children’s Days of #Microscopy with more than 370 students joining
ZEISS Microscopy
The drawing function of the Digital Classroom enables students to draw their microscopy images and easily share and save their results. See how a shared live microscope image and the camera of the iPa
Seven steps towards health and happiness in the lab
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ZEISS Microscopy
RT @edenscience: Robbie from @edenschoolsteam explaining how we use @zeiss_micro kit for super schools workshops @edenproject https://t.co/PErlVu98bC
ZEISS Microscopy
RT @prav_krish: happy to see these roots hairs grow well under the @zeiss_micro #lightsheet. Shout out to Daniel @DvonWangenheim and Jozef @Samaj_lab for all the suggestions!
ZEISS Microscopy
RT @TBWoM: .@zeiss_micro and #arivis have now expanded and deepened their cooperation, which already began in 2014! 🔗 Read more about their joint further development of #3D visualizations of multidime
ZEISS Microscopy