autoscientific

Autoscientific is automating preclinical (in vivo) research. Follow for the latest information about our tools and products.

[autoscientific @autoscientific]

ReachingBot Device Manager v2.4.1 released.

- Pellet detection zone is now configurable
- TTL signals can now be coupled to external devices for event synchronisation (e.g. for 2-photon imaging or transcranial stimulation)

[autoscientific @autoscientific]

A rendering of the latest @autoscientific ReachingBot® 😍

[autoscientific @autoscientific]

This open-source robot climbs and cleans stairs: yet another piece of stunning engineering by @xrobotsuk!

#automation #Robotics

https://t.co/GVOJ6Nn5Pp

[autoscientific @autoscientific]

In this timely video, @geerlingguy, shows off the capabilities of @Raspberry_Pi's new camera module, released today.

A 12 megapixel camera with autofocus, infinite flexibility and for just $35.

https://t.co/kgtFosksl2

[autoscientific @autoscientific]

We think ChatGPT will be amazing for science.

From helping you with your writing, to creating beautiful data visualisations with Python; ChatGPT has you covered.

Find out how by clicking below.

https://t.co/plJXelx173

#neuroscience #AcademicTwitter #ChatGPT #lifesciences

[autoscientific @autoscientific]

🚀 As a scientist, learning to code can open up new opportunities and improve your research.

💻 Make 2023 the year you learn how to code and take your career to the next level. We share tips on how best to start.

📈 #neuroscience #coding #programming

https://t.co/SI3JRxfOFJ

[autoscientific @autoscientific]

This widely used assay in #neuroscience research is a valuable tool for studying the neural mechanisms underlying goal-directed movement & can be modified to study specific aspects of motor function. Check it out: https://t.co/k6h6kZVbvg

[autoscientific @autoscientific]

🦾 From the increasing adoption of robotics and AI, to the integration of lab equipment and the use of cloud computing, these trends are transforming the way research is being done in academia. #laboratoryautomation #academicresearch #AI #robotics https://t.co/By2WuYe2t0

[autoscientific @autoscientific]

In need of a cost-effective and versatile tool for your lab? Check out our latest blog post on why a 3D printer should be the next piece of equipment you add to your arsenal! #lablife #3Dprinting https://t.co/F6936Si9sy

[autoscientific @autoscientific]

Looking for an affordable camera for your neuroscience research? Check out our blog post on why the Raspberry Pi Camera is a great option! From high-quality images to high frame rates, it has everything you need for a wide range of research applications. https://t.co/4215guhq6f

[autoscientific @autoscientific]

Which of the options below, as a researcher working in life sciences, would you benefit most from if it were automated? #neuroscience #lifescience #academia

[autoscientific @autoscientific]

We're happy to share that @autoscientific has joined the #NVIDIAInception program, an ecosystem that will no doubt accelerate the expansion of our technologies and support @autoscientific's vision of automating life science research.

[Dr. Sotiris Kakanos @MakerSot]

It’s out! Our preprint in biorXiv detailing the development and validation of a device that automates the single pellet reach-and-grasp (SPRG). Here’s a video taken by one of our ReachingBots. Well done to this mouse! 🧵

https://t.co/RgGCZoIg3M

[bioRxiv @biorxivpreprint]

ReachingBot: an automated and scalable benchtop device for highly parallel Single Pellet Reach-and-Grasp training and assessment in mice https://t.co/m7eiphsxwH #bioRxiv