#Cluster1
LightNews LightNews
pkf-attest-inncome.bsky.social
👉 Hoy nuestro compañero Evelio Jimeno está en la Jornada Informativa del Cluster 1 - Salud de Horizonte Europa, organizada por CDTI en Madrid.

📈 Se están desgranando las oportunidades que ofrece el cluster y aspectos prácticos de las #convocatorias.

#evento #CDTI #HE #cluster1
December 16, 2025 at 9:38 AM
euresearch.ch
🟣Join from 26-30.1. 2026 the next #HorizonEU brokerage event on 2026 #Cluster1 #Health calls for proposals. 

- 29 & 30.1.: bilateral online meetings
- 26 & 27.1.: participants can present their organisations and ideas and/or expertise for project proposals

👉Register here: https://t1p.de/ixo1t
November 25, 2025 at 10:02 AM
underlap.fosstodon.org.ap.brid.gy
Just drew a diagram to help me understand some of the complications of a piece of code I'm trying to design (constructing SubReceiverSets from IpcReceiverSets, for anyone who has been following along in my blog). Thank goodness for graphviz - so much neater than my hand-drawn attempt.
Some examples of how subreceivers, with the same or distinct underlying IpcChannels, may be grouped into SubReceiverSets. I don't know if the following is helpful to partially sighted readers, but I include it anyway. digraph IpcChannelMultiplexingReceiverSets { rankdir=LR; center=1; nodesep=0.3; compound=true; node [shape=box][width=1.8][fontname="Courier-Bold"]; edge [splines=true][fontname="Courier"]; edge [color=black][style=dotted]; "MultiReceiverX" -> "SubReceiverA"[label="data"]; "MultiReceiverX" -> "SubReceiverC"[label="data"]; "MultiReceiverX" -> "SubReceiverD"[label="data"]; "IpcReceiverX" -> "MultiReceiverX"[label="data"]; "MultiReceiverY" -> "SubReceiverB"[label="data"]; "MultiReceiverY" -> "SubReceiverE"[label="data"]; "MultiReceiverY" -> "SubReceiverF"[label="data"]; "MultiReceiverY" -> "SubReceiverG"[label="data"]; "IpcReceiverY" -> "MultiReceiverY"[label="data"]; subgraph cluster1 { label="SubReceiverSet1"; "SubReceiverC" [color="gray"][fontcolor="gray"] "SubReceiverD" [color="gray"][fontcolor="gray"] "SubReceiverE" [color="gray"][fontcolor="gray"] } subgraph cluster2 { label="SubReceiverSet2"; "SubReceiverF" [color="gray"][fontcolor="gray"] "SubReceiverG" [color="gray"][fontcolor="gray"] } subgraph cluster3 { label="IpcReceiverSet"; "IpcReceiverX"; "IpcReceiverY"; } }
November 14, 2025 at 9:49 PM
euresearch.ch
🚀 Calling EU Biotech Researchers : Join from 1–3.7. the Matchmaking Event!
https://rb.gy/9rc45k 

A platform designed for collaboration between Korean and EU researchers in Advanced Biotechnology under the HE Cluster1 programme.
🗓️ Application deadline: 31.5. 
https://rb.gy/cnhgnc

#HorizonEU
May 27, 2025 at 8:04 AM
euresearch.ch
Are you interested in the funding opportunities of Horizon Europe Health 2025?
®️Register for this online event on 15 May, 13:30-17:00

🔗 https://f.mtr.cool/xoakyfgzvq

#HorizonEU #Health #cluster1
April 30, 2025 at 2:21 PM
euresearch.ch
🔹The 2025 Cluster 1 Health work programme is expected in April.🔹

HaDEA & EC are hosting a virtual info day on 📆 22 May 2025 to guide (potential) applicants on the topics covered.

More info & registration: 🔗 https://f.mtr.cool/abmjdirati

#HorizonEU #Health #Cluster1
March 14, 2025 at 9:02 AM
jeff.higgy.social.ap.brid.gy
Sometimes the AI surprises me, in this specific case I gave it a very wordy not very good explanation of a folder structure I had in my head and it drew it out spot on.
A screenshot of Google's Gemini AI chat, I wrote "Can you give me an example of the first option by using config maps to store the values for each cluster, lets assume this folder structure of the flux repo: /clusters/ contains the main flux cluster folder with /clusters/cluster1/ and /clusters/cluster2/ subfolders for each cluster, /infra-apps/ will contain the details for additional apps which will be pointed to by the Kustomizations in the clusters folder, in this scenario we will use /infra-apps/traefik/ which will contain the helmrelease file." and it responded with a visual folder structure diagram of what I described.
March 1, 2025 at 5:11 AM
javierutges.bsky.social
We use our method on SARS-CoV-2 main protease #MPro and both #active site and potential #allosteric #sites are classified as #Cluster1 sites, demonstrating that these RSA-based Cluster labels can #recapitulate known #functional protein regions such as active or allosteric sites
November 18, 2024 at 12:04 PM
javierutges.bsky.social
Analysis of the clusters shows #Cluster1 to be heavily #enriched (OR = 4) in #functional sites and suggests novel, uncharacterised functional sites. #Cluster4 is depleted in known functional sites.
November 18, 2024 at 11:56 AM