Brandon Scott (@minesbioimaging) 's Twitter Profile
Brandon Scott

@minesbioimaging

Assistant Professor and CZI Imaging scientist at SD Mines. Studying macrophages with lightsheet microscopy.

ID: 1075442191051513858

linkhttp://babylonjs-viewer.glitch.me calendar_today19-12-2018 17:26:13

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How’s your day going? Here’s mine… These both exit from a single mode fiber and both pass through a pair of pinholes. Following the Powell lens the 488 looks really good… the 405… not so much. Why didn’t I look at that one earlier?!?!?

How’s your day going? Here’s mine…

These both exit from a single mode fiber  and both pass through a pair of pinholes. Following the Powell lens the 488 looks really good… the 405… not so much. Why didn’t I look at that one earlier?!?!?
Brandon Scott (@minesbioimaging) 's Twitter Profile Photo

Man, must be nice to get a response. I’ve asked for models from multiple labs and have heard only crickets. And by model I mean a STEP file?! Cool bro, we will just make it ourself.

Brandon Scott (@minesbioimaging) 's Twitter Profile Photo

Obligatory food color pic. This has to be the #helloworld of microfluidics. Big news for the lab though as we moving towards automating some tedious prep

Obligatory food color pic. This has to be the #helloworld of microfluidics. Big news for the lab though as we moving towards automating some tedious prep
Brandon Scott (@minesbioimaging) 's Twitter Profile Photo

Our first resin printed mold! Reto Fiolka the cleanup was super easy, I didn’t get my hands dirty at all. Will have to talk to the team in the lab and see if they agree

Brandon Scott (@minesbioimaging) 's Twitter Profile Photo

The first draft is the roughest, or whatever P.P. Arnold said. It’s so much fun to be sent a video of the successful first test of the solenoids by your students. Pneumatic microfluidics controller here we come

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Microfluidics pressure vial mk1. Uses a standard 1.5ml centrifuge tube with a 3dp insert in a 50ml centrifuge tube. The input is 1/4” NPT for air and the output is 1/16” PTFE to head off to the chip. Finalizing our 8-channel manifold and control board #underPressure

Microfluidics pressure vial mk1. Uses a standard 1.5ml centrifuge tube with a 3dp insert in a 50ml centrifuge tube. The input is 1/4” NPT for air and the output is 1/16” PTFE to head off to the chip. Finalizing our 8-channel manifold and control board #underPressure
Brandon Scott (@minesbioimaging) 's Twitter Profile Photo

Join us for our first Fall BioImaging North America #LLSUG this Tuesday Sept 10 at 10 Mountain. We are excited to welcome Dr. Xiongtao Ruan from the Advanced Bioimaging Center @ UC Berkeley to hear about his awesome work developing #PetaKit5D. Use the following to get there: sdsmt.zoom.us/j/92796705934