Resurgo

over 3 years ago

Mastodon: @[email protected]

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over 3 years ago

@OpenTargets Thank you!

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over 3 years ago

@OpenTargets OK - Thanks!

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Official account of Semmelweis University, public higher education institution for medicine in Budapest, Hungary. Join the conversation by using: #Semmelweis

over 3 years ago

@OpenTargets downloads for your current version are not working..

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Who to follow

Semmelweis University

@semmelweishu

Nathan Pearson

@GenomeNathan

Human, genomicist. Ok, human genomicist...bringing DNA to life, for good, for science, for free, at https://t.co/f49Ew06307.

Chris Mason

@mason_lab

Professor of Genomics, Physiology, & Biophysics @WeillCornell Medicine. Co-Founder / COI @BiotiaNYC, @UrsaBio & @Onegevity (@thornehealth)

The John Snow Project @JohnSnowProject

over 3 years ago

@jomcinerney https://t.co/WI0XWG5say

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resurgo retweeted

over 3 years ago

Which #halloween mask is best? 🎃

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over 3 years ago

@jomcinerney Or Google Colab but it depends on a Google account https://t.co/rGHTqIQi77

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over 3 years ago

@jomcinerney This may be a lot better! https://t.co/oM7DKBLnxW

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over 3 years ago

Anyone interested in AI, biology and their intersection should watch this... Michael Levin: Biology, Life, Aliens, Evolution, Embryogenesis & Xenobot... https://t.co/qeenXF89RW

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almost 4 years ago

Paul Volcker & Ray Dalio | State of the US Economy & Government https://t.co/OlVgPt3Mop via @YouTube

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resurgo retweeted

almost 4 years ago

"We can see all four possible combinations of 2 #bits: 00, 01, 10, and 11. Growth can proceed indefinitely and at every step there's exactly one tile that can fit in a position. All by themselves they're executing an #algorithm that's counting in #binary."

sfiscience's tweet photo. "We can see all four possible combinations of 2 #bits: 00, 01, 10, and 11. Growth can proceed indefinitely and at every step there's exactly one tile that can fit in a position. All by themselves they're executing an #algorithm that's counting in #binary." https://t.co/1a6clitYtb

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resurgo retweeted

almost 4 years ago

"#DNA is a programmable molecule. If we give it different sequences, we can use it to do different things. If we design four sequences that have this [half & half] complementarity to each other, they'll find each other, bind, and assemble this structure [the #HollidayJunction]."

sfiscience's tweet photo. "#DNA is a programmable molecule. If we give it different sequences, we can use it to do different things. If we design four sequences that have this [half & half] complementarity to each other, they'll find each other, bind, and assemble this structure [the #HollidayJunction]." https://t.co/WyF7vpBBye

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resurgo retweeted

almost 4 years ago

"With most programs, it's not runaway periodicity but, 'Let's do this set of instructions for a while, then branch out & do this other set.' With our model, we can design components that behave like the primitive instruction of a program with the algorithm intrinsically encoded."

sfiscience's tweet photo. "With most programs, it's not runaway periodicity but, 'Let's do this set of instructions for a while, then branch out & do this other set.' With our model, we can design components that behave like the primitive instruction of a program with the algorithm intrinsically encoded." https://t.co/NgQiYfLXIR

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resurgo retweeted

almost 4 years ago

"If you make a puzzle, every position has a unique component. With a virus, it's [much the same]; there's little-to-no component reuse. Another direction is periodic: you've got some base set of components used over and over in a repetitive pattern that goes off to infinity."

sfiscience's tweet photo. "If you make a puzzle, every position has a unique component. With a virus, it's [much the same]; there's little-to-no component reuse. Another direction is periodic: you've got some base set of components used over and over in a repetitive pattern that goes off to infinity." https://t.co/IcndrCSEhQ

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resurgo retweeted

almost 4 years ago

"What does it mean to compute in this very different manner? Not using silicon and digital circuits [but molecular systems like DNA]. It doesn't *have* to be done in DNA; these ideas are more abstract. These things might be going on in all sorts of natural systems."

sfiscience's tweet photo. "What does it mean to compute in this very different manner? Not using silicon and digital circuits [but molecular systems like DNA]. It doesn't *have* to be done in DNA; these ideas are more abstract. These things might be going on in all sorts of natural systems." https://t.co/Z8JXV81gYO

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resurgo retweeted

almost 4 years ago

🧵 "Using #Computation to Drive the #SelfAssembly of Complex Structures" Matthew Patitz, @UniversityOfArk Follow this thread for insights and select slides. Streaming now: https://t.co/9FqESqevlo

sfiscience's tweet photo. 🧵 "Using #Computation to Drive the #SelfAssembly of Complex Structures"

Matthew Patitz, @UniversityOfArk

Follow this thread for insights and select slides.

Streaming now:
https://t.co/9FqESqevlo https://t.co/ShK5V2U79q

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resurgo retweeted

Pedro Domingos

@pmddomingos

almost 4 years ago

All of linear algebra in one diagram:

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almost 4 years ago

@gardener_ap @Enviropositive1 @1901gennelm @Farm3Dwithtrees 3 followers, 3 tweets and ~70 replies/responses in support of the use of agrochemicals. Quite narrow interests there @Enviropositive1

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