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136 results for “jefflewis”
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Phantom Road Vol. 2 Available June 18
#horror – #horrorcomics – #comicbooks – #PhantomRoad – #JeffLemire – @ImageComics – Author: Jeff Lemire Grindhouse horror meets high-concept supernatural fantasy in the second volume of the bold new series! Birdie and Dom continue their journey through the Other Place in an attempt to safely deliver their ward. But when they find themselves s…
#PhantomRoad #JeffLemire #Comics #Releases #ad #horror
https://horrornerdonline.com/2024/05/phantom-road-vol-2-available-june-18/
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Phantom Road #10 Available April 10
#horror – #horrorcomics – #comicbooks – #PhantomRoad – #JeffLemire – @ImageComics – Author: Jeff Lemire END OF STORY ARC The epic second story arc of PHANTOM ROAD by JEFF LEMIRE and GABRIEL HERNÁNDEZ WALTA concludes here! Will Theresa discover where Dom and Birdie have disappeared to and solve the mysteries of Project Jackknife and her […] …
#horror #ad #Releases #Comics #JeffLemire #PhantomRoad
https://horrornerdonline.com/2024/04/phantom-road-10-available-april-10/
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Phantom Road by Jeff Lemire, Gabriel Walta, and Jordie Bellaire - Dom, a long-haul trucker, is involved in a car accident with a woman named Birdie. When they pull themselves from the wreckage, they find themselves in a strange, barren wasteland with a strange, glowing artifact and a vague sense of purpose. As they travel together to bring the artifact to wherever it belongs, the two of them must confront their pasts as they confront the hordes of desiccated humanoids slowly shambling ever towards them… Currently five issues, which comprise the first volume. #horror #indie #IndieComics #Image #ImageComics #JeffLemire #GabrielWalta #JordieBellaire #comics
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Including my Patreon here too, if you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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Including my Patreon here too, if you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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I'm getting married in three days! If you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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I'm getting married in three days! If you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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I'm getting married in three days! If you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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I'm getting married in three days! If you'd like to read the story inspired by how I met my fiancée you can nab this PDF today AND help me pay off my wedding expenses
#loveinthetimeofcovid #romance #comic #Crossroads #crossroadssideroad
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#BananaRepublicans in #Arizonistan led by #Arizona #GOP Chair #JeffDeWit were caught on tape trying to fraudulently keep failed gubernatorial candidate #KariLake out of federal races, such as the #AZsen race. 👂 👉 https://www.huffpost.com/entry/kari-lake-jeff-dewit-arizona_n_65b17a22e4b0166fc770a433
#Trump was right about elections being rigged, but the rigging was coming from inside the #BasketOfDeplorables !
#NeverForget that #EveryAccusationIsAConfession in the #MAGA cult!
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Twilio wraps $3.2B purchase of Segment after warp speed courtship - It was barely a month ago we began hearing rumors that Twilio was interested in acquiring Segment. T... - http://feedproxy.google.com/~r/Techcrunch/~3/IbDtCRQZQ6s/ #mergersandacquisitions #fundings&exits #peterreinhardt #enterprise #jefflawson #developer #startups #segment #twilio #cloud #exit #apis #m&a #tc
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By the way, unlike what the piece says, Murrhy and Seung did NOT "have the idea to use those images to identify and map the connections between each visible neuron, creating a connectome".
That idea had been floating about the field since Brenner and his C. elegans connectome, and those in a position to execute were the groups at Janelia with discretionary HHMI finding, like Rubin, Bock and myself. And we did.
What the Seung lab did was capitalise on the published EM volume of the adult female fly brain to apply more effective image registration and neuron segmentation approaches than the ones tried so far at that point by the Fly EM Project Team at Janelia. Synapses were detected by Julia Buhmann in saalfeld's lab at Janelia as well. The research groups led by Seung, Jefferis (at MRC LMB) and Murthy then put in the gargantuan effort of proofreading to deliver the published connectome.
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By the way, unlike what the piece says, Murrhy and Seung did NOT "have the idea to use those images to identify and map the connections between each visible neuron, creating a connectome".
That idea had been floating about the field since Brenner and his C. elegans connectome, and those in a position to execute were the groups at Janelia with discretionary HHMI finding, like Rubin, Bock and myself. And we did.
What the Seung lab did was capitalise on the published EM volume of the adult female fly brain to apply more effective image registration and neuron segmentation approaches than the ones tried so far at that point by the Fly EM Project Team at Janelia. Synapses were detected by Julia Buhmann in saalfeld's lab at Janelia as well. The research groups led by Seung, Jefferis (at MRC LMB) and Murthy then put in the gargantuan effort of proofreading to deliver the published connectome.
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By the way, unlike what the piece says, Murrhy and Seung did NOT "have the idea to use those images to identify and map the connections between each visible neuron, creating a connectome".
That idea had been floating about the field since Brenner and his C. elegans connectome, and those in a position to execute were the groups at Janelia with discretionary HHMI finding, like Rubin, Bock and myself. And we did.
What the Seung lab did was capitalise on the published EM volume of the adult female fly brain to apply more effective image registration and neuron segmentation approaches than the ones tried so far at that point by the Fly EM Project Team at Janelia. Synapses were detected by Julia Buhmann in saalfeld's lab at Janelia as well. The research groups led by Seung, Jefferis (at MRC LMB) and Murthy then put in the gargantuan effort of proofreading to deliver the published connectome.
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By the way, unlike what the piece says, Murrhy and Seung did NOT "have the idea to use those images to identify and map the connections between each visible neuron, creating a connectome".
That idea had been floating about the field since Brenner and his C. elegans connectome, and those in a position to execute were the groups at Janelia with discretionary HHMI finding, like Rubin, Bock and myself. And we did.
What the Seung lab did was capitalise on the published EM volume of the adult female fly brain to apply more effective image registration and neuron segmentation approaches than the ones tried so far at that point by the Fly EM Project Team at Janelia. Synapses were detected by Julia Buhmann in saalfeld's lab at Janelia as well. The research groups led by Seung, Jefferis (at MRC LMB) and Murthy then put in the gargantuan effort of proofreading to deliver the published connectome.
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Whole adult fly brain connectome for FAFB (female adult fly brain) – last year in preprint form, today as an immersive feature in Nature.
140,000 neurons, over 50 million synapses – organised into over 8,000 cell types. (VNC not included.)
https://www.nature.com/immersive/d42859-024-00053-4/index.html
The whole connectome: Dorkenwald et al. 2024 (Seung, Murthy) https://www.nature.com/articles/s41586-024-07558-y
Cell types: Schlegel et al. 2024 (Jefferis) https://www.nature.com/articles/s41586-024-07686-5 by @uni_matrix
Network statistics: Lin et al. 2024 (Murthy) https://www.nature.com/articles/s41586-024-07968-y
Visual system: Garner et al. 2024 (Wernet, Kim) https://www.nature.com/articles/s41586-024-07967-z and Matsliah et al. (Murthy, Seung) https://www.nature.com/articles/s41586-024-07981-1
Seung also put out a solo paper on predicting visual function from the connectome: https://www.nature.com/articles/s41586-024-07953-5
Control of halting in walking: Sapkal et al. 2024 (Bidaye) https://www.nature.com/articles/s41586-024-07854-7
FAFB imaged by @davi 's group back in 2018: https://www.cell.com/cell/fulltext/S0092-8674(18)30787-6
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How Twilio is moving beyond a diversity numbers game toward becoming an antiracist company - When George Floyd was murdered in May 2020, it set off a firestorm of protests and... - http://feedproxy.google.com/~r/Techcrunch/~3/20Fa9VAD1kM/ #jefflawson #diversity #twilio #tc
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Join Twilio’s Jeff Lawson for a live Q&A today at 2:30 pm EDT/11:30 am PDT - Later today, Twilio CEO Jeff Lawson is joining the TechCrunch crew for a live Q&A.
The discussi... - http://feedproxy.google.com/~r/Techcrunch/~3/2X8Io2H0zAg/ #cloudcommunications #extracrunchlive #fundings&exits #jefflawson #startups #twilio #cloud #ecl #api #tc -
Join Twilio’s Jeff Lawson for a live Q&A August 25 at 3:30 pm EDT/12:30 pm PDT - As we race toward Disrupt 2020, we’re keeping the Extra Crunch Live train rolling with a big entry n... - http://feedproxy.google.com/~r/Techcrunch/~3/TH9Hwl_xzUo/ #extracrunchlive #startupcompany #realestate #jefflawson #companies #computing #business #proptech #mobile #lawson #twilio #ecl #api #tc
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Twilio CEO Jeff Lawson on shifting a 3,000-person company to fully remote - What’s it like to take a company with 3,000 employees distributed across 25 offices and make it full... more: http://feedproxy.google.com/~r/Techcrunch/~3/rDSpwfF1ubg/ #extracrunch #coronavirus #jefflawson #remotework #startups #covid-19 #talent #twilio #work #tc
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@simonoid @fountainpens @jeffweiss The #pilot #explorer came with some #iroshizuku #FountainPenInks. I bought a bottle of #RobertOster royal red, which I will need for my teacher's "correcting" pen 😆 , and I have a bottle of the #Parker Blue #Quink. They are all quite fast drying inks, compared to the messy splotchy inks I remember using as a child. I do like the #pilot #prera -- its a convenient size, and the "medium" nib is quite fine compared to the #Lamy medium nib. Maybe I'll get another…
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Listening to baseball and reading comics on the balcony
#baseball #rva #FlyingSquirrels @MiLB #Avengers #SweetTooth #JeffLemire #GreenArrow #Superboy #KonEl #AdamWarlock #dccomics #MarvelComics #JasonAaron #RonMarz #RonLim -
Comentario y divulgación científica en castellano – por la radio.
"Cómo acelerar el desarrollo de la conectómica" https://www.canalextremadura.es/a-la-carta/principio-de-incertidumbre/audios/principio-de-incertidumbre-281023
Jorge Solís y yo mismo charlamos sobre cómo desarrollar la tecnología necesaria para el campo de la conectómica – el mapeo del cableado neuronal del cerebro y el sistema nervioso entero –, desde abejas y lagartijas a murciélagos y musarañas, como puente para llegar al conectoma del cerebro del ratón.
Vean también:
* "Growing and nurturing a research base in connectomics" https://albert.rierol.net/tell/20230823_connectomics_research_base.html
* "Scaling up connectomics" por Jefferis, Collinson, Bosch, Costa & Schlegel https://cms.wellcome.org/sites/default/files/2023-06/Connectomics-scaling-up-connectomics.pdf
#connectomics #neuroscience #neurociencias #conectómica #ciencia #divulgación
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What can you do with a #CATMAID server? Say, let's look at the #Drosophila (vinegar fly, often referred to as fruit fly) larval central nervous system, generously hosted by the #VirtualFlyBrain https://l1em.catmaid.virtualflybrain.org/?pid=1&zp=108250&yp=82961.59999999999&xp=54210.799999999996&tool=tracingtool&sid0=1&s0=2.4999999999999996&help=true&layout=h(XY,%20%7B%20type:%20%22neuron-search%22,%20id:%20%22neuron-search-1%22,%20options:%20%7B%22annotation-name%22:%20%22papers%22%7D%7D,%200.6) or the #Platynereis (a marine annelid) server from the Jekely lab https://catmaid.jekelylab.ex.ac.uk/
First, directly interact by point-and-click: open widgets, find neurons by name or annotations, fire up a graph widget and rearrange neurons to make a neat synaptic connectivity diagram, or an adjacency matrix, or look at neuron anatomy in 3D. Most text–names, numbers–are clickable and filterable in some way, such as regular expressions.
Second, interact from other software. Head to r-catmaid https://natverse.org/rcatmaid/ (part of the #natverse suite by Philipp Schlegel @uni_matrix, Alex Bates and others) for an R-based solution from the Jefferis lab at the #MRCLMB. Includes tools such as #NBLAST for anatomical comparisons of neurons (see paper by Marta Costa et al. 2016 https://www.sciencedirect.com/science/article/pii/S0896627316302653 ).
If R is not your favourite, then how about #python: the #navis package, again by the prolific @uni_matrix, makes it trivial, and works also within #Blender too for fancy 3D renderings and animations. An earlier, simpler version was #catpy by @csdashm https://github.com/ceesem/catpy , who also has examples on access from #matlab.
Third, directly from a #psql prompt. As in, why not? #SQL is quite a straightforward language. Of course, you'll need privileged access to the server, so this one is only for insiders. Similarly privileged is from an #ipython prompt initialized via #django from the command line, with the entire server-side API at your disposal for queries.
Fourth, and one of my favourites: from the #javascript console in the browser itself. There are a handful of examples here https://github.com/catmaid/CATMAID/wiki/Scripting but the possibilities are huge. Key utilities are the "fetchSkeletons" macro-like javascript function https://github.com/catmaid/CATMAID/wiki/Scripting#count-the-number-of-presynaptic-sites-and-the-number-of-presynaptic-connectors-on-an-axon and the NeuronNameService.getInstance().getName(<skeleton_id>) function.
Notice every #CATMAID server has its /apis/, e.g., at https://l1em.catmaid.virtualflybrain.org/apis/ will list all GET or REST server access points. Reach to them as you please. See the documentation: https://catmaid.readthedocs.io/en/stable/api.html
In short: the data is there for you to reach out to, interactively or programmatically, and any fine mixture of the two as you see fit.
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What can you do with a #CATMAID server? Say, let's look at the #Drosophila (vinegar fly, often referred to as fruit fly) larval central nervous system, generously hosted by the #VirtualFlyBrain https://l1em.catmaid.virtualflybrain.org/?pid=1&zp=108250&yp=82961.59999999999&xp=54210.799999999996&tool=tracingtool&sid0=1&s0=2.4999999999999996&help=true&layout=h(XY,%20%7B%20type:%20%22neuron-search%22,%20id:%20%22neuron-search-1%22,%20options:%20%7B%22annotation-name%22:%20%22papers%22%7D%7D,%200.6) or the #Platynereis (a marine annelid) server from the Jekely lab https://catmaid.jekelylab.ex.ac.uk/
First, directly interact by point-and-click: open widgets, find neurons by name or annotations, fire up a graph widget and rearrange neurons to make a neat synaptic connectivity diagram, or an adjacency matrix, or look at neuron anatomy in 3D. Most text–names, numbers–are clickable and filterable in some way, such as regular expressions.
Second, interact from other software. Head to r-catmaid https://natverse.org/rcatmaid/ (part of the #natverse suite by Philipp Schlegel @uni_matrix, Alex Bates and others) for an R-based solution from the Jefferis lab at the #MRCLMB. Includes tools such as #NBLAST for anatomical comparisons of neurons (see paper by Marta Costa et al. 2016 https://www.sciencedirect.com/science/article/pii/S0896627316302653 ).
If R is not your favourite, then how about #python: the #navis package, again by the prolific @uni_matrix, makes it trivial, and works also within #Blender too for fancy 3D renderings and animations. An earlier, simpler version was #catpy by @csdashm https://github.com/ceesem/catpy , who also has examples on access from #matlab.
Third, directly from a #psql prompt. As in, why not? #SQL is quite a straightforward language. Of course, you'll need privileged access to the server, so this one is only for insiders. Similarly privileged is from an #ipython prompt initialized via #django from the command line, with the entire server-side API at your disposal for queries.
Fourth, and one of my favourites: from the #javascript console in the browser itself. There are a handful of examples here https://github.com/catmaid/CATMAID/wiki/Scripting but the possibilities are huge. Key utilities are the "fetchSkeletons" macro-like javascript function https://github.com/catmaid/CATMAID/wiki/Scripting#count-the-number-of-presynaptic-sites-and-the-number-of-presynaptic-connectors-on-an-axon and the NeuronNameService.getInstance().getName(<skeleton_id>) function.
Notice every #CATMAID server has its /apis/, e.g., at https://l1em.catmaid.virtualflybrain.org/apis/ will list all GET or REST server access points. Reach to them as you please. See the documentation: https://catmaid.readthedocs.io/en/stable/api.html
In short: the data is there for you to reach out to, interactively or programmatically, and any fine mixture of the two as you see fit.
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What can you do with a #CATMAID server? Say, let's look at the #Drosophila (vinegar fly, often referred to as fruit fly) larval central nervous system, generously hosted by the #VirtualFlyBrain https://l1em.catmaid.virtualflybrain.org/?pid=1&zp=108250&yp=82961.59999999999&xp=54210.799999999996&tool=tracingtool&sid0=1&s0=2.4999999999999996&help=true&layout=h(XY,%20%7B%20type:%20%22neuron-search%22,%20id:%20%22neuron-search-1%22,%20options:%20%7B%22annotation-name%22:%20%22papers%22%7D%7D,%200.6) or the #Platynereis (a marine annelid) server from the Jekely lab https://catmaid.jekelylab.ex.ac.uk/
First, directly interact by point-and-click: open widgets, find neurons by name or annotations, fire up a graph widget and rearrange neurons to make a neat synaptic connectivity diagram, or an adjacency matrix, or look at neuron anatomy in 3D. Most text–names, numbers–are clickable and filterable in some way, such as regular expressions.
Second, interact from other software. Head to r-catmaid https://natverse.org/rcatmaid/ (part of the #natverse suite by Philipp Schlegel @uni_matrix, Alex Bates and others) for an R-based solution from the Jefferis lab at the #MRCLMB. Includes tools such as #NBLAST for anatomical comparisons of neurons (see paper by Marta Costa et al. 2016 https://www.sciencedirect.com/science/article/pii/S0896627316302653 ).
If R is not your favourite, then how about #python: the #navis package, again by the prolific @uni_matrix, makes it trivial, and works also within #Blender too for fancy 3D renderings and animations. An earlier, simpler version was #catpy by @csdashm https://github.com/ceesem/catpy , who also has examples on access from #matlab.
Third, directly from a #psql prompt. As in, why not? #SQL is quite a straightforward language. Of course, you'll need privileged access to the server, so this one is only for insiders. Similarly privileged is from an #ipython prompt initialized via #django from the command line, with the entire server-side API at your disposal for queries.
Fourth, and one of my favourites: from the #javascript console in the browser itself. There are a handful of examples here https://github.com/catmaid/CATMAID/wiki/Scripting but the possibilities are huge. Key utilities are the "fetchSkeletons" macro-like javascript function https://github.com/catmaid/CATMAID/wiki/Scripting#count-the-number-of-presynaptic-sites-and-the-number-of-presynaptic-connectors-on-an-axon and the NeuronNameService.getInstance().getName(<skeleton_id>) function.
Notice every #CATMAID server has its /apis/, e.g., at https://l1em.catmaid.virtualflybrain.org/apis/ will list all GET or REST server access points. Reach to them as you please. See the documentation: https://catmaid.readthedocs.io/en/stable/api.html
In short: the data is there for you to reach out to, interactively or programmatically, and any fine mixture of the two as you see fit.
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This was originally from a (now unavailable) Twitter post that said "I did the thing where I let my 2½-year-old nephew take over my Animoji and he mostly had one question" and had this video attached.
https://x.com/thisjenlewis/status/1179884667207589889
#MemeHistory #Hello #HowYouTaday #HelloHowYouToday #JenLewis
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@justanna 😍
Ok, so I have some _ideas_.
Crazy idea #1: Slice open the Endless Recorder with an X-Acto and a straight edge along the front and rear covers, remove the text block. You might be able to scrape the glue off the spine and rebind the signatures (with the original covers) with a Coptic-style stitch, which _will_ lay flat.
Crazy idea #2: Order large sheets of #TomoeRiver from Talas and cut to size for #Calligraphy projects.
Crazy idea #3: Use X-Acto to slice out individual sheets. -
"Systematic annotation of a complete adult male Drosophila nerve cord connectome reveals principles of functional organisation", by Marin et al. 2023 (Greg Jefferis lab at #MRCLMB in collaboration with #HHMIJanelia and others).
https://www.biorxiv.org/content/10.1101/2023.06.05.543407v1
On the analysis of the #Drosophila male adult nerve cord (#MANC), reconstructed from #VolumeEM by Takemura et al. 2023 (preprint still pending to come out).
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"Systematic annotation of a complete adult male Drosophila nerve cord connectome reveals principles of functional organisation", by Marin et al. 2023 (Greg Jefferis lab at #MRCLMB in collaboration with #HHMIJanelia and others).
https://www.biorxiv.org/content/10.1101/2023.06.05.543407v1
On the analysis of the #Drosophila male adult nerve cord (#MANC), reconstructed from #VolumeEM by Takemura et al. 2023 (preprint still pending to come out).