Mini2P (@themini2p) 's Twitter Profile
Mini2P

@themini2p

I am Mini2P, a miniature 2-photon microscope brain explorer.
I am #OpenSource.
My team is headquartered at @KISNeuro in Trondheim.

ID: 1501502814610239491

linkhttp://www.ntnu.edu/kavli/mini2p calendar_today09-03-2022 10:20:13

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1,1K Followers

1,1K Following

Ewa Zarnowska 🦄 🧠 🔬 (@ewadorotaz) 's Twitter Profile Photo

🧠✨Happy #FluorescenceFriday! Take a peek into the brain's secrets. 🔬 Neurons express green, fluorescent calcium indicator - GCaMP. They're lit up by a fixed wavelength Coherent Laser - Axon 920 nm guided through a 10-ft fiber! 🙏Mini2P team's work by Malinda

🧠✨Happy #FluorescenceFriday! Take a peek into the brain's secrets.  

🔬 Neurons express green, fluorescent calcium indicator - GCaMP. They're lit up by a fixed wavelength <a href="/CoherentLaser/">Coherent Laser</a> - Axon 920 nm guided through a 10-ft fiber!

🙏<a href="/TheMini2P/">Mini2P</a> team's work by Malinda
Weijian Zong (@wikizong) 's Twitter Profile Photo

Zong group (zong-lab.com) at Kavli Neuroscience is looking for a highly motivated engineer (100%) to help develop cutting-edge imaging technology 🔬 for neuroscience📷. Follow recent work Mini2P and apply !! jobbnorge.no/en/available-j…

Zong group (zong-lab.com) at <a href="/KISNeuro/">Kavli Neuroscience</a>  is looking for a highly motivated engineer (100%) to help develop cutting-edge imaging technology 🔬 for neuroscience📷. Follow recent work
<a href="/TheMini2P/">Mini2P</a>
and apply !! jobbnorge.no/en/available-j…
Weijian Zong (@wikizong) 's Twitter Profile Photo

We are recruiting 6 Postdocs/PhDs Kavli Neuroscience to develop and adapt cutting-edge neuron-recording technology including next-generation Mini2P to study fundamental algorithms in the brain. Positions are both in Moser lab & in my lab! Apply if you love technology & neuroscience!!

Max Planck Florida Institute for Neuroscience (@mpfneuro) 's Twitter Profile Photo

A new Neurotransmissions Podcast episode is out! Hosts Joe is no longer here & Lesley colgan speak with @wikizong Kavli Neuroscience about the motivation, challenges & advancements leading to Mini2P. Watch youtube.com/watch?v=RWK8uQ… or listen on major podcast platforms podcasts.apple.com/us/podcast/max…

A new Neurotransmissions Podcast episode is out! Hosts <a href="/JWScience/">Joe is no longer here</a> &amp; <a href="/colgan_lesley/">Lesley colgan</a> speak with @wikizong <a href="/KISNeuro/">Kavli Neuroscience</a> about the motivation, challenges &amp; advancements leading to <a href="/TheMini2P/">Mini2P</a>. 

Watch youtube.com/watch?v=RWK8uQ… or listen on major podcast platforms podcasts.apple.com/us/podcast/max…
Weijian Zong (@wikizong) 's Twitter Profile Photo

It was my pleasure to invite Dr. St-Pierre St-Pierre Lab to visit Kavli Neuroscience and he gave a great talk. He is such smart and bright as a person so I absolutely enjoyed our discussion about science, career and life! Look forward to new resolutions brought by his lab.

It was my pleasure to invite Dr. St-Pierre <a href="/StPierreLab/">St-Pierre Lab</a> to visit <a href="/KISNeuro/">Kavli Neuroscience</a> and he gave a great talk. He is such smart and bright as a person so I absolutely enjoyed our discussion about science, career and life! Look forward to new resolutions brought by his lab.
NO-Age and NO-AD Joint Venture (@noage100) 's Twitter Profile Photo

The NO-Age/AD Talk # 74 Miniature two-photon microscopes for studying brain microcircuits Dr. Weijian Zong Kavli Neuroscience 14:00-15:00 (CET), Monday, 06 May 2024 Location: L-200, Domus Medica, Oslo On-line: uio.zoom.us/webinar/regist… Previous talks : noad100.com/videos-previou…

The NO-Age/AD Talk # 74
Miniature two-photon microscopes for studying brain microcircuits
Dr. Weijian Zong <a href="/KISNeuro/">Kavli Neuroscience</a>

14:00-15:00 (CET), Monday, 06 May 2024
Location: L-200, Domus Medica, Oslo
On-line:
uio.zoom.us/webinar/regist…

Previous talks : noad100.com/videos-previou…
Weijian Zong (@wikizong) 's Twitter Profile Photo

Thank Evandro Fang for the invitation. It was a lot of fun seeing old and new friends in Oslo and discussing science and technology.

SPARKLASERS (@sparklasers1) 's Twitter Profile Photo

Looking to duplicate your freely moving experiments with two independently controlled Mini2P outputs? Here is a simple and turn-key laser solution. Please contact SPARKLASERS to learn more. Mini2P

Looking to duplicate your freely moving experiments with two independently controlled Mini2P outputs? Here is a simple and turn-key laser solution.
Please contact <a href="/SPARKLASERS1/">SPARKLASERS</a>  to learn more.
<a href="/TheMini2P/">Mini2P</a>
Kavli Neuroscience (@kisneuro) 's Twitter Profile Photo

Come check out the Moser Group at #FENS2024 FENS! Bring your curiosity for the Wednesday morning session at 9:30-14:30, June 26th at PS01-26AM. We’ll show you eight exciting projects on hippocampal spatial encoding. Expect Mini2P, #Neuropixels and #gridcell manifolds 🍩

Come check out the Moser Group at #FENS2024 <a href="/FENSorg/">FENS</a>!
Bring your curiosity for the Wednesday morning session at 9:30-14:30, June 26th at PS01-26AM.
We’ll show you eight exciting projects on hippocampal spatial encoding.
Expect <a href="/TheMini2P/">Mini2P</a>, #Neuropixels and #gridcell manifolds 🍩
Chan Zuckerberg Initiative (@chanzuckerberg) 's Twitter Profile Photo

Imagine a 🪟 into the brain where we could see memory, imagination + decision-making in real time. Researchers @kisneuro + Mini2P have developed a tiny microscope that is so light we can observe completely new aspects of the living brain in action 📸 Rita Elmkvist Nilsen

Imagine a 🪟 into the brain where we could see memory, imagination + decision-making in real time.

Researchers @kisneuro + <a href="/TheMini2P/">Mini2P</a> have developed a tiny microscope that is so light we can observe completely new aspects of the living brain in action

📸 Rita Elmkvist Nilsen
Chan Zuckerberg Initiative (@chanzuckerberg) 's Twitter Profile Photo

👀 You are watching a brain make decisions in real time. Imaging researchers recently invented Mini2P a portable microscope that weighs about as much as a dime. It offers an incredible window into the brain as it remembers, imagines & makes decisions

CZI Science (@cziscience) 's Twitter Profile Photo

Imaging scientists @kisneuro have developed a mini 2-photon microscope Mini2P for fast, high-resolution, multiplane Ca2+ imaging of 1000+ neurons in freely moving mice. With a team of collaborators they are now working to validate + share this fully open-source tech

Imaging scientists @kisneuro have developed a mini 2-photon microscope <a href="/TheMini2P/">Mini2P</a> for fast, high-resolution, multiplane Ca2+ imaging of 1000+ neurons in freely moving mice. With a team of collaborators they are now working to validate + share this fully open-source tech
Weijian Zong (@wikizong) 's Twitter Profile Photo

Zong lab got an NTNU Discovery Grant for developing new 2P miniscopes! Thank the NTNU Discovery committee and Sparebank, the sponsor! The project is led by an amazing postdoc Antonio Lorca-Cámara and got strong support from Annelene Dahl NTNU TTO! So encouraging for us!

Zong lab got an NTNU Discovery Grant for developing new 2P miniscopes! Thank the NTNU Discovery committee and Sparebank, the sponsor! The project is led by an amazing postdoc <a href="/Antonio_lorca_/">Antonio Lorca-Cámara</a> and got strong support from Annelene Dahl <a href="/NTNUTTO/">NTNU TTO</a>! So encouraging for us!
Kavli Neuroscience (@kisneuro) 's Twitter Profile Photo

Congratulations to the brilliant Weijian Zong for receiving a FRIPRO grant by Norges forskningsråd for the miniature microscope Mini2P that allows researchers to see 👀 cognitive functions emerge from thousands of collaborating neurons in the brain 🧠 of a freely behaving mouse!

Congratulations to the brilliant <a href="/WikiZong/">Weijian Zong</a> for receiving a FRIPRO grant by <a href="/forskningsradet/">Norges forskningsråd</a> for the miniature microscope <a href="/TheMini2P/">Mini2P</a> that allows researchers to see 👀 cognitive functions emerge from thousands of collaborating neurons in the brain 🧠 of a freely behaving mouse!