少林寺的小熊猫

Undergrad in Clinical Medicine
Exploring Web3, Quant Trading, AI, Bioinformatics & Machine Learning.

[少林寺的小熊猫 @akaslsdxxm]

@weichen_ink 还是16p舒服些，买单卡esim版

[少林寺的小熊猫 @akaslsdxxm]

@Libuchuan 不���买单不买双，我认为是买一项技术的基本成型，我认为13pm和16pm都是非常好的一代

[少林寺的小熊猫 @akaslsdxxm]

@WiseInvest513 帮主，我想过之前有把几个主包的策��，通过 Discord 机器人转发给 ai，通过 ai 学习他们的交易策略，可惜最后没成功😮‍💨

[少林寺的小熊猫 @akaslsdxxm]

@zynqorw 老师您好，请问万里汇开通账号是收费的嘛，还有就是开户以后税务地区是不是就不是 cn 🤔

[少林寺的小熊猫 @akaslsdxxm]

@WiseInvest513 老师您好，我想问一��� safepal 入金最低多少钱🤔

[少林寺的小熊猫 @akaslsdxxm]

@Morris_LT morris 告诉年轻人要 just do it，年轻就是试错成本低，找到值得自己坚持的路，💪

[少林寺的小熊猫 @akaslsdxxm]

@Yhonzod @Lniosytest 是这样的

[少林寺的小熊猫 @akaslsdxxm]

@cloudi66 @SafePal @SafePalCN 那个我还没申过🥹，wx 也能用吗，sfpal 一开始能用微信，后面只能支付宝

[少林寺的小熊猫 @akaslsdxxm]

@KeKeYa88 没招了 bro

[バイオステーション(Bio-station)/ポッドキャスト @Bio_stations]

CRISPRの起源に迫る

CRISPRは原核生物の抗ファージ戦略として知られる。今回構造ベースのマイニングで、ファージ自身がCRISPRと似たVIPRシステムを持つことを発見。元はウイルス同士の生存競争に使われたか。機構もかなりユニーク

アツいです！
https://t.co/jFomOoMPAG

[Alhassan Al Mostaneer @HSHM20]

One of the best apps for learning how to read brain/spine imaging. I highly recommend it for anyone interested in neuro (neurology, neurosurgery, radiology).

IMAIOS e-Anatomy

[Jude Gomila @judegomila]

I've attempted to map everything in oncology in a public website and open source repo for all.

The site is trying to get all cancers, products, technologies, bottlenecks, people, startup opportunities with 1000+ ideas for upgrading the field.

If you have a loved one with cancer and you are technical or can engineer, go take a look, file improvement requests or bugs or help with the open repo and make this the best open and free info resource for individuals, researchers and educational use.

This should save people time, aid AI oncology projects and generate positive action. If you are not technical just complain in this thread about broken or annoying or things you want and I'll fix them live.

Some of the interesting pages:

Treatments: https://t.co/EJEOhMppoB

A gallery of the molecules being used https://t.co/EV6ZitrVqm

And targets: https://t.co/CgkjuF8nR2

The technologies in oncology: https://t.co/lNaieWYRKH

1100 ideas for helping oncology: https://t.co/iQA6Z5SvRA

Bottlenecks on oncology: https://t.co/WND44055WD

Open questions (LETS GO RESEARCH PEOPLE) https://t.co/wSbphQ0IBg

Startup requests (LETS GO STARTUP PEOPLE) https://t.co/PphztuLihP

Mechanics of cancer: https://t.co/cMUyVObzZi

Battlefronts: https://t.co/PlSZitVd50

Isotope supply: https://t.co/2Pcl4tTuPv

Key papers: https://t.co/YK0dW1XJj0

Pipeline funnels: https://t.co/xYcbSCSyBg

Cancer by type: https://t.co/d9k8Yyzdk7

Institutional rankings: https://t.co/VepXcKHhaa

The startups: https://t.co/whXKg5dPzb

Heros and heroines : https://t.co/uLDmhRjE36

Key medical people: https://t.co/JWhDZ0rC73

Here is the project roadmap: https://t.co/UtbbuOsdA5

Models and data sets: https://t.co/bim0tjiWOj

There are other views as well, take a browse.

Try making a PR if you have an upgrade to this on the repo here: https://t.co/2Dw0ufEJ3z

If you are biologically/medically minded and something is wrong, file a bug as well or say on the thread and we will get it fixed live.

If this is a useful project star the repo and help get it calibrated.

I've tried to add some other languages but I cannot speak them so tell me if that doesnt work well.

I believe we will crack oncology and having total information dominance is key to the problem.

Let the feedback flow!

[Mat5 @Mat5ecg]

おー！！
こりゃ勉強になりそうだ🤤

[Batuhan Ayci @batuhanayci]

A 3D neuroanatomy atlas that runs in a browser. Everything is in MNI152 space, the same coordinates as the template MRI, so the model and the scan correspond and you can move between them.

https://t.co/4bCy6eMjAW

[Chris Hayduk @ChrisHayduk]

A quick example of using Astra and the Molecular Structure Viewer plugin in Codex to explain how daraxonrasib works to double survival rates in pancreatic cancer!

Can't let the mathematicians have all the fun 😉

Prompt used to create these figures below

[Derya Unutmaz, MD @DeryaTR_]

I am building an extremely sophisticated biomedical science application with GPT-6 Astra for analyzing flow cytometry data.

Flow cytometry is one of the most essential technologies in immunology. It allows us to analyze tens of thousands, or even millions, of individual cells from blood, tissues, or other samples, using fluorescently tagged antibodies that identify specific cell types and measure the proteins they express. It's like our window into the world of the cells.

For decades, labs like mine have paid thousands of dollars every year in subscription and licensing fees for commercial software to analyze these datasets. I have canceled all my subscriptions 😊

I have now almost built a fully functional, research-grade version of such an application with Astra! It already has a better UI/UX than many of the tools I have used, and my goal now is to make it even better than the leading commercial applications in this field!

I had in fact built earlier basic versions using previous Codex models, but this is the first time I have reached a version that works exactly the way I want it to, with the interface, analysis workflow, and features behaving almost perfectly. Previous versions took a lot of efforts with many bugs to deal with, with Astra you get what you ask for almost the first shot! It's just unbelievable!

And this is only one project. I have several other highly complex biological and biomedical software applications in my Astra pipeline. At this point, my main bottlenecks are basically token limits and the number of hours I can stay awake and massive coffee stocks! 😂

It is just incredible to think that scientific software that once required specialized development teams, years of engineering, and sometimes million dollar budgets can now be built by someone like me who has no software engineering experience!

With Astra you can just do things! ✨