What would you like to see us include?
@evebio
EvE Bio is a nonprofit biomed research institute in Durham NC. We're a Focused Research Org on a 5-year mission to create the discipline of "pharmome mapping." What that means: https://evebio.org. Watch here for job & data drop announcements
What would you like to see us include?
6) Compounds in widespread human use, even if not FDA approved
5) Drug metabolites
4) Drugs currently in later stage clinical trials
3) Failed clinical candidates
2) Scheduled approved drugs (controlled substances)
1) Recently approved drugs not in our first compound library
We're busy here at EvE Bio generating drug-target interaction data for GPCR, NR, and kinase targets. Meanwhile, we're expanding our compounds and we want your input! Our current library has 1,300 approved small molecule and peptide drugs. The next will include 6 categories: π§΅
Academic users of DrugBank can also check our integration there: go.drugbank.com/evebio
Download data files by filling out the form here π data.evebio.org Multiple versions are available depending on your use case, from viewing summary results in a spreadsheet to building ML models.
For programmatic access, find us on @hf.co : huggingface.co/datasets/eve...
For interactive exploration, go directly to tinyurl.com/eve-results
New data is live!! With 25 new kinases, we have a total of 420,497 drug-target interaction results! There are multiple ways to access the dataset π§΅
To be sure you know about each new data release, subscribe to our "latest news" email list at π data.evebio.org
The 25 new kinases added tomorrow will bring EvE's dataset to 67 total kinases, in addition to 85 7-transmembrane receptors and 32 nuclear receptors. All of these have activity measurements (or confirmed inactivity) for our 1,400 compound small molecule drug library.
It's the final day of our data release preview -- data will be posted tomorrow!
The last five new targets to preview are metabolic and regulatory kinases: YES, FER, FES, PASK1, and CCK2
We'll finish up the preview tomorrow!
These less-characterized kinases represent the expanding frontier of cancer target space. Meanwhile, our previous release already includes well-established oncology targets like EGFR, BTK, and Aurora kinases -- along with EGFR and BTK mutants. Explore those results: π data.evebio.org
Day 5 of our kinase preview for our imminent data release: Emerging Oncology Targets
We're adding four kinases gaining traction in cancer drug discovery: PVK2, SVK, TBK1, and CGK2.
These kinases help cells decide their fate under stress - whether to survive, adapt, or undergo apoptosis. Understanding how drugs modulate these stress-response kinases is crucial for cancer therapy, where the goal is often to tip stressed tumor cells toward death rather than survival.
It's data release week at EvE! Continuing with day 4 of our preview of the 25 kinases we'll release later this week, today's focus is on stress and survival pathways.
We're adding four kinases involved in cellular stress responses: MST2, MSK1, DAPK1, and ROS.
...or go directly to our methods page: tinyurl.com/eve-methods
As we release data at EvE, we also provide methods details about our assays, our quantitative screening and profiling approach, and our data processing. Access this in our interactive data explorer, download a pdf or use our chatbot on our download site...
These kinases translate calcium spikes into cellular decisions. CaMK2 plays important roles in cardiac function and neuronal signaling, while CaMKK2 has emerged as a metabolic drug target, with inhibitors explored for obesity and diabetes.
For the day 3 preview of EvE's kinase data release, the theme is calcium.
We're adding three "calcium decoders" to our dataset: CaMK2a, CaMKK2, and MLK1.
If you'd like to explore our released data, in addition to downloads and programmatic access, we have an interactive data exploration app. Follow the Explore Data link here: π data.evebio.org
Day 2 preview of EvE's kinase data release: The RSK Family
We're adding 5 ribosomal S6 kinases to our dataset: RSK1, RSK2, RSK3, RSK4, and p70S6K.
These kinases are key effectors of the MAPK signaling pathway, and are important targets in cancer research.
You can also access our data on Hugging Face π huggingface.co/datasets/eve...
Stay tuned for Day 2! In the meantime, explore our existing dataset: 159 targets Γ 1,397 small molecule drugs.
π data.evebio.org
We're starting with some classics: PKCΞ±, PKCΞ³, PKCΞΈ, and PKN1 - protein kinase C isoforms that have been cancer drug targets for decades.