Our dear Tweety microscope, which was simplest and cutest of all the LCI systems, has muted into our most sophisticated power machine!
On the 24th at 10, we will run an online demo (link below) to show what our upgraded Tweety can deliver:
- Much larger field of view (from 18 mm diagonal to 25 mm)
- Upgraded single point confocal on the left side
- Resonant scanner with 1024×1024 pixels (compared to 512×512 on our other resonant scanners), still the same speed (30 fps) and improved low noise
- Spinning disk confocal on the right side with bypass to image wide field
- 2 very sensitive cameras on the right side: one with the very large field of view and 11um pixels for best sensitivity and one with the normal field of view and 6.45 pixels for best resolution
- Our great Primo is still on the back of the microscope to allow micropatterning of proteins at the bottom of a dish or micromanufacturing of wells in the shape/pattern of your choice
- 2 wonderful silicon immersion objectives specialized for tissue imaging with automatic correction ring: 20x/1.05 and 40x/1.25
After the demo, the LCI users who have already been trained on our widefield systems can get access to Tweety for free after a mandatory short training.
Please add the demo in your calendar and make sure to test the link ahead of the meeting.
Link to the Zoom Meeting on the 24th at 10am: https://ki-se.zoom.us/j/7302561100
Dear microscope freaks
How would you like to run some gentle live sample imaging with a 60x objective with:
- an xy resolution of 120 nm without software tricks (or even better after deconvolution),
- the great contrast of a true confocal,
- 82 frames per second,
- or decide to bypass everything, go widefield and image at 100 frames per second with a super large field of view (220×220 um)?
Sounds good to me! 🙂
For the next 2 weeks you can do that with the new toy on demo at the LCI facility!
The beast is a new sort of spinning disk confocal and is called SoRa (Super-Resolution Optical Reassignment). It is a collaboration between Nikon and Yokogawa.
We even have 2 cameras to compare (Prime95B and BSI from Photometrics).
Oliver Garner from Bergman Labora will give a short online presentation of how SoRa works on Monday (29th) at 13:00. The presentation is done remotely and broadcasted live. You can join the audience from the comfort of your office chair by following the instructions here (please try beforehand to make sure all works).
Interested in trying it? Please contact us.
Here you can see very nice video tutorials on the Alveole website and this is a cool article by Viasnoff et al about making 3D microniches with 1 um resolution! And you can do this at the LCI facility!! 🙂
Interesting seminars in Uppsala. Apparently this endoscope can go inside our bodies and has has tiny objective of only 300um!
They will also present at KI (if you are interested contact Gilles Cestelli gilles(at)maunakeatech(dot)com)
One more cute stage insert for the LCI facility, thanks to Peter Arfert, the KTH workshop wizard and his 3D printing machine! 🙂
We are delighted to host the Leica light sheet system, 25-26th January!
Have a look at the cool videos they have on their website! Check here for details on how to:
- Come and listen to the Leica Lightsheet seminar January 25th 11:00-12:00, Red seminar room (how to find)
- Book a private demo to image your own sample with the Leica specialist (January 25th and 26th).
Are you desperately looking for a small replacement part for some machine? Or as we did, a custom-made stage insert for our microscopes to accommodate 4 slides?
KTH has a very good 3D printing machine and Peter Arfert peter.arfert-at-sth.kth.se will work it all out in a blink!
Primo is a cool micropatterning device that allows you to print your favourite protein on a Petri dish or a multi well plate with the pattern you want (down to 1 um resolution!). Print up to 3 proteins either in distinct or overlapping patterns, make gradients or even print on the walls of the wells. All you need is a jpeg image of your pattern! Then you can study how your favourite cells interact with the printed protein. See here how to book a time on the 18th of January to see it action!
One can pipette out a controlled concentration of a reagent onto one or a few cells inside a dish, without affecting the other cells. All this is done on the microscope so you can record the cell reaction and get quantitative data.The adjacent cells can serve as internal controls or can be used for repeats of the experiment. The device also has many channels, allowing you rinse the cell after exposure then expose it to other reagents and even mix the reagents in the different channels as you want. Check here to get to the webinar or see how to try BioPen with your own sample!