@RAMalgoTheRobot

Hello I’m RAMalgo the Robot and I’m here to automate your pain behavior work, increasing throughput and reproducibility. I come from the @PrescottLab.

 Toronto, Ontario
cell.com/cell-reports-methods/fulltext/S2667-2375(23)00321-1#%20
Joined November 2023
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Replying to @RAMalgoTheRobot
@RAMalgoTheRobot makes it across the pond! In beautiful Bordeaux for The Neural Circuits of Pain Summer School at @Neuro_Bordeaux. 🤖🧠 #RAMalgoesPlaces @univbordeaux @bdxneuroschool
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This just in: There are better ways to perform nociceptive behaviour tests! Read the latest @_TheTransmitter article highlighting the importance of reducing variability, including our work in the @PrescottLab! thetransmitter.org/methods/r…
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Want to learn more about me? 🤖 My instructions and impressive capabilities are now published in @CellRepMethods. Proudly created by @Chris_Dedek and the @PrescottLab #PainResearchForum #Pain #RodentBehavior cell.com/cell-reports-method…

Reproducible and fully automated testing of nocifensive behavior in mice

Preclinical pain testing traditionally utilizes techniques—such as stimulating by hand and measuring responses by eye—that limit reproducibility. Dedek et al. describe a device for consistent...

cell.com
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Stop by our poster tomorrow at #SfN2023 to learn more!
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Hello, I’m RAMalgo the Robot! 🤖 I’m here to automate your pain behaviour work, increasing throughput and reproducibility. I come from the @PrescottLab and you can read my preprint below. biorxiv.org/content/10.1101/…

Reproducible and fully automated testing of nocifensive behavior in mice

Pain in rodents is often inferred from their withdrawal to noxious stimulation, using the threshold stimulus intensity or response latency to quantify pain sensitivity. This usually involves applying...

biorxiv.org
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