Session Details
[ES-07]Airyscan vs. Lattice SIM Which would you choose?Introducing ZEISS multimodal super-resolution microscopy technology
Thu. Nov 28, 2024 1:15 PM - 1:30 PM JST
Thu. Nov 28, 2024 4:15 AM - 4:30 AM UTC
Thu. Nov 28, 2024 4:15 AM - 4:30 AM UTC
Presentation Booth 2(MARINE MESSE FUKUOKA Hall A)
Recently, we have seen many microscopes that utilize super-resolution technology.
What kind of microscopes come to mind when you think of super-resolution microscopy?
In this seminar, we will introduce two of ZEISS' most popular super-resolution microscopes, Airyscan and Lattice SIM.
The confocal technique is a must for point-scanning. The Airyscan and Lattice SIM super-resolution microscopes are based on a low-noise, stable galvanometer scanner that can achieve higher resolution than a confocal laser microscope at speeds up to 47.5 fps, with the familiar operation of a confocal laser microscope. Confocal laser microscope-based super-resolution technology Airyscan looks good for my research.”
Lattice SIM, a new camera-based 3D super-resolution technology with a new illuminating method that can achieve resolutions up to 60 nm in XY and 200 nm in Z and an extremely fast acquisition speed of up to 255 fps and is minimally invasive, is by far the best choice for my research.
Similar yet dissimilar, these two microscope choices have their own distinct personalities that make them a better fit for your many studies.
Which is better for your research?
We hope that after the seminar, you will leave the venue talking about the topic with your colleagues, or even talking to yourself.
Which would you choose?
Airyscan or Lattice SIM?
Or... both?
We look forward to seeing you there.
What kind of microscopes come to mind when you think of super-resolution microscopy?
In this seminar, we will introduce two of ZEISS' most popular super-resolution microscopes, Airyscan and Lattice SIM.
The confocal technique is a must for point-scanning. The Airyscan and Lattice SIM super-resolution microscopes are based on a low-noise, stable galvanometer scanner that can achieve higher resolution than a confocal laser microscope at speeds up to 47.5 fps, with the familiar operation of a confocal laser microscope. Confocal laser microscope-based super-resolution technology Airyscan looks good for my research.”
Lattice SIM, a new camera-based 3D super-resolution technology with a new illuminating method that can achieve resolutions up to 60 nm in XY and 200 nm in Z and an extremely fast acquisition speed of up to 255 fps and is minimally invasive, is by far the best choice for my research.
Similar yet dissimilar, these two microscope choices have their own distinct personalities that make them a better fit for your many studies.
Which is better for your research?
We hope that after the seminar, you will leave the venue talking about the topic with your colleagues, or even talking to yourself.
Which would you choose?
Airyscan or Lattice SIM?
Or... both?
We look forward to seeing you there.
[ES-07-01]Airyscan vs. Lattice SIM Which would you choose?Introducing ZEISS multimodal super-resolution microscopy technology
〇Yasuhiko Sato1,2,3 (1.Product and Application Sales Specialist,2.Research Microscopy Solutions,3.Light Microscopy Expart)