Minee-Liane Choi

Assistant Professor of the Department of Brain and Cognitive Sciences @ KAIST #Neurodegenerative disorders #hiPSC #AI-based drug screening

[Google DeepMind @GoogleDeepMind]

The future of drug discovery isn't just about AI; it's about how AI empowers human experts. 🥼

Join @_rebecca_paul and @maxjaderberg from @IsomorphicLabs, as they share their insights with @fryrsquared on leveraging AI agents to explore vast molecular spaces.

See their discussion ↓

[UK Dementia Research Institute @UKDRI]

A new study suggests proteins in blood can predict dementia 15 years before diagnosis - Dr Amanda Heslegrave (@ajh1269, UK DRI at UCL) comments on the research in @Independent⬇️
https://t.co/vBgJ5ZpMJx

[Gandhi_Lab @LabGandhi]

@LabGandhi is recruiting a postdoctoral scientist interested in spatial transcriptomics to understand mechanisms of Parkinson’s and dementia in human brain tissue and organoids. Apply to join Team Wood ASAP collaboration @TheCrick @PD_BrainMap @UCLIoN
https://t.co/JXTwI5PAGW

[Ruben Dario Palacio, Ph.D. @rdpalacio]

How to write a scientific abstract to maximize its visibility and impact.

[TeamWood ASAP CRN @PD_BrainMap]

Day 2 at @ASAP_Research #CRNLondon2023 meeting ended with @GurvirVirdi presenting his poster after a brilliant data blitz talk. His iPSC protocol and lines are worth looking for. Come talk to us about data sharing, we are Team Wood! Open for Collab!

[Google DeepMind @GoogleDeepMind]

Uncovering the causes of disease is one of the greatest challenges in genetics. 🧬

To help advance this, we created AlphaMissense: an AI model classifying missense variants - or genetic changes affecting proteins.

Here's how it can help scientists. 🧵 https://t.co/ka19HXINjI

[James Evans @evansrjames]

Very excited to share our latest work published in @NatMachIntell. We used ipsc-derived neurons, high-throughout imaging, and machine learning approaches to predict Parkinson’s disease subtypes.

https://t.co/g4R6L6adgo

[Minee-Liane Choi @MineeChoi]

@evansrjames @NatMachIntell That’s an excellent evidence of our great teamwork!

[Hao Yin @HaoYin20]

Nuclear morphology predicts multiple forms of cellular #Senescence in culture (94%) & on tissue sections🤠

#DeepLearning
Feature importance
Nuclear shape >> internal structure > size

Dr. Morten Scheibye-Knudsen lab @NatureAging 2022 @ScheibyeKnudsen
https://t.co/AqCqpIltda

[Joseph Powell @drjosephpowell]

Our work on iPSC cell villages. An approach combining cellular genomics, data science, and stem cell research that allows massive scaling of iPSC studies. This system enables labs to 'easily' run large-scale human genetics studies using iPSC models.

https://t.co/UlxEua3Llo

[Kirk Borne @KirkDBorne]

Download Free PDF! The Little Book of #DeepLearning: https://t.co/6NkP9TvaIX

————
#AI #MachineLearning #NeuralNetworks #GenerativeAI #BigData #DataScience #DataScientists

[카이스트 뇌인지과학과 @KAISTbcs]

KAIST 뇌인지과학과 신임교원 채용!
자세한 사항은 포스터 내 QR코드를 참고하여 주시기 바랍니다!
Job Opening for Faculty Positions of KAIST Department of brain & cognitive sciences.
For more information, please refer to the QR code in the poster!
#카이스트 #KAIST #뇌인지과학과

[카���스트 뇌인지과학과 @KAISTbcs]

KAIST 뇌인지과학과에서 대학원 신입생을 모집합니다
저희 KAIST 뇌인지과학과에서 최���의 학생들을 모시고자 합니다
저희와 함께해 주세요
#KAIST #카이스트 #카이스트뇌인지과학과 #KAIST뇌인지과학과 #Brain #뇌과학 #생명과학 #생명 #대학원 #대학원입시 #입시 #신입생 #대학생활 #정재승 #유학생

[카이스트 뇌인지과학과 @KAISTbcs]

KAIST 뇌인지과학과���서 2023학년도 가을학기 대학원 입시설명회를 진행합니다.
관심 있는 분들의 많은 참여 바랍니다.
※ 사전 신청 https://t.co/p1pqiXM6pj

#KAIST #카이스트 #뇌인지과학과 #대학원 #카이스트뇌인지과학과 #대학원 #입시 #KAIST뇌인지과학과

[카이스트 뇌인지과학과 @KAISTbcs]

Brain & Neuroscience Workshop (virtual) 개최
- 2023.6.20. 9:00~12:00
관심 있는 분들의 많은 참여 바랍니다.
◎ Website
https://t.co/CTnbuKLwjE
◎ Please click the link below to join the workshop.
대화 참가 (https://t.co/5jYpzKzQe4)
#KAIST #카이스트 #카이스트뇌인지과학과 #Brain

[Adam Glaser @adam_k_glaser]

How do you image the large and the small at the same time? We developed new 🔬 technology to image centimeter-scale specimens - including whole mouse brains 🧠 - with diffraction-limited resolution and without sectioning. #mesoscale #imaging

https://t.co/Kl7ZURNpdM

🧵 (1/n)

[Shane Liddelow 🍊 @LiddelowSA]

@RickiePatani, GilesHardingham, and I wrote a review on astrocytes in neuroinflammation & neurodegeneration for @NatRevNeurol

lots still unknown, but it's clear combinatorial in vitro, in vivo, and cross-species approaches are needed moving forward

https://t.co/6ZhOkOtpac

[PataniLab @PataniLab]

A pleasure and a privilege to write this review on Astrocyte reactivity with the great @LiddelowSA and Giles Hardingham. Link: https://t.co/23CZqKvJ8J @The_MRC @UCLIoN @mndassoc @MNDoddie5 @ListerInstitute @TheCrick @PataniLab @NatRevNeurol

[Google AI @GoogleAI]

Immersive View gives users a virtual, close-up look at indoor spaces in 3D! Learn how it uses neural radiance fields to seamlessly fuse photos to produce realistic, multidimensional reconstructions of your favorite businesses and public spaces → https://t.co/hTndc084bD

[Neurology high-yield facts @Neurology_facts]

Circumventricular organs (i.e. no BBB)

1⃣ Pineal gland
2⃣ Median eminence (hypothalamus)
3⃣ Subfornical organ (regulates fluid balance)
4⃣ Subcommisural organ (regulates lytes, H2O)
5⃣ OVLT
6⃣ Area postrema
7⃣ Posterior pituitary

mnemonic: PMS SOAP

https://t.co/9ZT1nbfJRM