Mike Churchill

[Mike Churchill @MikeChurchill19]

@AbidOueslati A bit late, but Congratulations Abid! I'm really impressed that the seeding was successful and the aggregates mimic the natural ones so well in vivo.

[Mike Churchill @MikeChurchill19]

@norascience1 I can send you a sample of our Eicom CX-I or DZ probe if you would like: https://t.co/kMzbYPZwou

[Mike Churchill @MikeChurchill19]

@ShanskyLab @jomoronc Wow! Great first results!

[Mike Churchill @MikeChurchill19]

@DautanDaniel Absolutely! Fiber photometry is a quickly growing and quickly changing field, which means a lot of new users who would welcome assistance with best practices.

[Mike Churchill @MikeChurchill19]

@AlexLegariaM Absolutely! I'll have some ready for you tomorrow. What is the best way to send it to you? my email address is [email protected]

[Mike Churchill @MikeChurchill19]

@AmuzaInc Great work by Andrea Cardenas, Alexander Papadogiannis, & Eugene Dimitrov!

[Amuza Inc @AmuzaInc]

Congratulations to the Dimitrov lab on their 1st wireless #FiberPhotometry publication!

They used TeleFipho to monitor calcium transients in mice (mPFC) traversing an elevated Zero maze.

#breakthroughwithamuza

https://t.co/t0cJ4HhHvS

[UC Merced @ucmerced]

A group of researchers harnessing the power of light to control gene expression has dramatically improved its method, optimizing speed and precision, and opening new research avenues for scientists who employ optogenetics. https://t.co/EqS7ksjsGf

[McGovern Institute @mcgovernmit]

The Boyden Lab develops molecular tools to map the brain, record and control its neural dynamics, and repair the dysfunction of brain circuits. Interested in joining as a Research Scientist? Apply here: https://t.co/l1F5YabqIk #neurotechnology #expansionmicroscopy #optogenetics

[Mike Churchill @MikeChurchill19]

In this webinar, Andrea Benucci, PhD wil... https://t.co/9rBNKcaW75

[JPharmSciences @JPharmSciences]

Pharmacokinetics and Determination of Tumor Interstitial Distribution of a Therapeutic Monoclonal Antibody Using Large-Pore Microdialysis https://t.co/B5jzq4DALt

[Mike Churchill @MikeChurchill19]

ChRgers (high performance ChRs) really add another dimension to in vivo #optogenetics. You want less invasive procedures? Fewer artifacts from blue light-generated reactive oxygen species? Longer battery life during wireless optogenetics? ChRgers may be in your future!

[Addgene @Addgene]

This blog post features work from Addgene depositor @VivianGradinaru. Along with @francesarnold, theirs lab developed a new set of channelrhodopsins that allows for less invasive methods of delivery and activation. #DepositorWeek https://t.co/iRide2lzzl
https://t.co/b5wCyZ73cE

[Mike Churchill @MikeChurchill19]

Simultaneous blood and brain microdialysis: this has great promise not just for interrogating drug passage through the BBB, but also for assisting PKPD studies within the brain.

[Green Leaf Scientific @GreenLeafSci]

EICOM's microdialysis probes used by researchers in Japan to test the permeability of the blood-brain barrier against neurotoxic chemicals in freely moving mice.

See full publication here: https://t.co/MMYmZCVunv

[Mike Churchill @MikeChurchill19]

@neuronanc2 Would Barker Lab's pMAT help?https://t.co/59DZZZ50CW

[David Barker @DavidBarker_PhD]

Our photometry GUI is headed towards a special issue, but with supportive pre-print rules and continuing inquiries, I decided that we might as well deliver our fiber Photometry Modular Analysis tool (pMAT) a bit early:

https://t.co/B4w1yjhA2K

Code: https://t.co/2uc8UWb4Tm

[Shin-ichi Kano @shin1kano]

Please RT if you can (I know I have a limited number of followers...). This postdoc position can be filled immediately. You can learn a lot about #stress neurobiology with #neurocircuitry manipulation, #calcium imaging with #Inscopix, #microdialysis, and so on.

[Mike Churchill @MikeChurchill19]

@cellularscale Shameless plug from the manufacturer rep :) Amuza TeleFipho - If you need a wireless configuration.

[Addgene @Addgene]

💡✂️ #Optogenetics and #CRISPR work together to control genome editing with light! Check out these split optogenetic systems, single-chain Cas9 photoswitches, light-activated anti-CRISPR, and photo-caging chemicals! https://t.co/5QbgFrc3Wb