Tanner Fadero
@TanFad
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(he/him) Light Microscopist. Tweets about microscopy 🔬, cell biology, and optics. No new posts here, but find me on bluesky: @tanner-fadero.bsky.social
Redwood City, CA
Joined August 2017
We are excited to announce the release of @manager_micro v2.0.2_20230815, which includes a new feature in the “On-The-Fly Processor Pipeline” menu: Deskew! Broadly, this is useful for automatically deskewing, rotating, and projecting light sheet images in Micro-Manager. (1/7)
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Alright, I'm calling it. I'm over to the other place (rhymes with clue guy). Find me at my new profile: tanner dash fadero at bee ess kay why dot social dot com.
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We present long-term stabilization of an oblique plane microscope (OPM). By stabilizing the remote focus unit of an OPM, we can enable long-term acquisition without light-sheet drift. The feedback signal comes from a laser, no fluorescence is expended. https://t.co/bu503wSmDO
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Correction from @TanFad! It's actually the The Center for Advanced Light Microscopy (CALM) @UCSF that is building the #Snouty microscope! They have a great team there with @nico_stuurman, @KariHerrington and @micaelalasser (Instagram). A great location!😀
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PSA: Heat-set inserts make stronger threads in a 3D print, and look quite tidy.
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And thanks to @amsikking for running a thermal calibration on this exact King Snout lens!
Here I measure the axial shift of the focal plane of an AMS-AGY v2 objective (a.k.a KingSnout) at ~2.0um/K, with a CLTE of ~19e-6/K (similar to brass): https://t.co/1ELPBNAmqg
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Following a poke from @RunningPhoton, I've fixed a bug in my KL divergence calculation function which means our parameter-free deconvolution approach now *really* has no hand-tuned parameters at all: https://t.co/OAImWfbEHi Feedback always welcome. https://t.co/dYkihjPuL8
We (@AndrewGYork, @RunningPhoton, @microRussell and I) are still working on the manuscript describing our automatic parameter-free deconvolution approach, but we've made a Google Colab notebook where you can try it out without needing to install anything: https://t.co/7NpsTQrwBO
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Made a prototype light trap out of aluminum shim stock and Musou black paint. Watching paint dry has never been so interesting. The matte finish is fantastic!
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Did you know that nuclear pore complexes can turn up outside the nuclear envelope? Studying these, @JennySachweh, Bernhard Hampoelz and others uncover that the surrounding cellular milieu determines NPC composition via the nuclear transport system itself. #teamtomo #NPC A 🧵
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Where is the optical axis? Finding it can be critical to building microscopes. Here's the back reflections at ~15cm from a collimated ~1mm⌀ 532nm laser aligned into the back of Nikon 40x0.95 air objective. Radially symmetric/concentric interference rings indicate good alignment.
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Here are the specs for anyone interested: Mounting Threads: M48 x 0.75 Effective Focal Length: 28 mm Working distance: 29.3 mm
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Gentle Rhodamines for Live-Cell Fluorescence Microscopy | ACS Central Science
pubs.acs.org
Rhodamines have been continuously optimized in brightness, biocompatibility, and color to fulfill the demands of modern bioimaging. However, the problem of phototoxicity caused by the excited...
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Woah cool! I'm going to try this O2/O3 mount for my snoutscope build at the @UCSF CALM
This corresponds closely with the O2-O3 'cross brace' solution from @JLazzariDean. Based on the above data, reversing one of the POLARIS-K2T mounts will neutralize their thermal effect, leaving just the aluminum cross brace and an ~exact cancelation: https://t.co/yULf8o71Pk
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Does anyone know what the effective focal length (EFL) and/or the mounting threads of @NikonInst's standard LWD 0.52 NA condenser lens is? Pic for context:
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@RetoPaul @bingy_C But I'm glad that it seems possible to build a motorized slit for automatic light sheet NA control out of stock parts. Tagging relevant builders: @amsikking @kD3AN @MinesBioImaging @astormic @JLazzariDean
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