9 Photos and videos
Jeffrey LeDue retweeted
7 Apr 2021
Congrats to @vangreenmouse @JeffLeDue @michaelxiao86 @pguptasays and the super talented Luis Bolanos! Way to go guys!
5 Apr 2021
A realistic virtual mouse model from Timothy Murphy’s lab can be animated to generate training data for behavioral analysis algorithms.
nature.com/articles/s41592-0…
3
13
Jeffrey LeDue retweeted
Learn how novel RNA in situ hybridization technology, RNAscope and HiplexTM are being used to explore the molecular mechanisms underlying memory.
A member of the @MarkCembrowski lab will be presenting at this webinar! Wednesday at 10 am.
Register here: bit.ly/2ZDoZOJ
1
3
Jeffrey LeDue retweeted
Curious about @UBC_ARC services? Join @BrainUbc this Friday to learn more about the high-performance computing and object storage platforms available for free to UBC researchers.
Everyone is welcome! Feb 19 at 12:30 pm.
Learn more: centreforbrainhealth.ca/even…
3
7
Jeffrey LeDue retweeted
18 Jan 2021
Introductory Workshop on Computational Methods in Neuroscience
albertaneuro.ca/education/#i…
Organized by @ABneurosci & @ccbn_neuro $ @UofLArtsci
9
27
Jeffrey LeDue retweeted
12 Jan 2021
My lab @uvic has an opening (sept 2021) for a dedicated grad student who’s interested in understanding the effects of stroke or diabetes on brain function. You’ll be imaging cells do cool things in vivo. Contact me (prefer With CV, unofficial transcripts) if you’re interested!
4
23
55
Jeffrey LeDue retweeted
21 Dec 2020
We are taking applications for our February multiphoton imaging workshop. Apply now and spread the word!
nemonic.ece.ucsb.edu/index.p…
4
6
4 Sep 2020
Moved buildings in July, the scopes are in the lab somewhere...
1
5
3 Sep 2020
scanimage install update: it loads! and even talks to the old ASI MS-2000. 😀 Now to re-build the scope(s)... how many 2p's should I set up?
2
3 Sep 2020
scanimage install update: I've been saving snapshots with Clonezilla and uploading to OSF in an effort to avoid tying up anyone from IT if this goes awry. They've got enough to do helping to get us all ready for remote learning!
2
1 Sep 2020
Did my first in person scope/makerspace training of the pandemic yesterday. Want to say thank you to those in @CanBioImage @BioimagingNA @RoyalMicroSoc who organized such informative meetings about how to deal with these challenges earlier this year.
7
31 Aug 2020
scanimage install update: there are some nice things about using a (more) recent computer, but I can't see this working without a couple of these. 👇
2
2
28 Aug 2020
scanimage install update: NIDAQ card in PC and seems to be working! 😃 Next step: download scanimage! (next next step: test ASI MS-2000...) (next next next step ... ummm rebuild the whole 2p scope?)
3
27 Aug 2020
scanimage setup continued: after just a little work with tin snips and hack saws, the NIDAQ PCI-6110 card just fit right in... 🤞
1
5
26 Aug 2020
Trying to set up scanimage. Any pro tips? Haven't done this in a while...
1
Jeffrey LeDue retweeted
14 Jan 2020
🎉DLC 2.1.5 is up!! Minor but useful changes, including new GUI functions, faster dataset creation, & our 1st release with new CZI DLC Fellow, Jessy! Read more here: github.com/AlexEMG/DeepLabCu… It's backwards compatible, so don't be afraid to upgrade! pip install deeplabcut==2.1.5 😎
3
40
145
Jeffrey LeDue retweeted
7 Jan 2020
Competition now open for participation in the 14th Frontiers in Neurophotonics summer school - on advanced optical imaging and photoactivation techniques. June 7-17, 2020 Quebec city, Canada. neurophotonics.ca/school
4
3
Jeffrey LeDue retweeted
3 Jan 2020
Applications for the 2020 UCL Neuropixels training course are now open! It will be April 27-29 in London. Visit here (forms.gle/BdefeC2RNapfgCcP8) to apply, due Jan 24. Visit the course website to learn more about what will be covered: ucl.ac.uk/neuropixels/traini…
1
42
88
7 Jun 2019
Trying to wrap my head around this... so maybe no 3p?
7 Jun 2019
This is cool. Instead of trying to make an image, just take the speckles you get and assign them to neurons using non-negative matrix factorization. Ignore the CMOS, DMD, etc. under the sample. That's just to generate a known ground truth. The method only needs the sCMOS on top.
1
5
