Augustin Luna (@canninl) 's Twitter Profile
Augustin Luna

@canninl

Bioinformatics Researcher

ID: 21587991

linkhttp://lunean.com/ calendar_today22-02-2009 19:04:27

2,2K Tweet

210 Followers

53 Following

Joseph Aslan (@joeplatelet) 's Twitter Profile Photo

"Analyzing causal relationships in proteomic profiles using CausalPath" STAR Protocols Ozgun Babur emekdemir Chris Sander aka cscbio Augustin Luna #proteomics #computationalbiology #cellsignaling #platelets star-protocols.cell.com/protocols/1199…

"Analyzing causal relationships in proteomic profiles using CausalPath" <a href="/STARProtocols/">STAR Protocols</a> <a href="/ozgunbabur/">Ozgun Babur</a> <a href="/emekdemir/">emekdemir</a> <a href="/sandercbio/">Chris Sander aka cscbio</a> <a href="/canninl/">Augustin Luna</a> #proteomics #computationalbiology #cellsignaling #platelets star-protocols.cell.com/protocols/1199…
Augustin Luna (@canninl) 's Twitter Profile Photo

Help Biofactoid bridge related pathways and interactions from reactome IntAct at EBI BioGRID WikiPathways through contributions using our simple network editor thereby expanding Pathway Commons for pathway analysis. Details: elifesciences.org/articles/68292

Help <a href="/biofactoid/">Biofactoid</a> bridge related pathways and interactions from <a href="/reactome/">reactome</a> <a href="/intact_project/">IntAct at EBI</a> <a href="/biogrid/">BioGRID</a> <a href="/WikiPathways/">WikiPathways</a> through contributions using our simple network editor thereby expanding <a href="/PathwayCommons/">Pathway Commons</a> for pathway analysis. Details: elifesciences.org/articles/68292
Chris Sander aka cscbio (@sandercbio) 's Twitter Profile Photo

Collaboration with Sjoerd van Hagen, Sander Rodenburg and Elena Garcia Lara The Hyve and Augustin Luna Augustin Luna - more to come as CPTAC enters its next phase. Go proteomics in cancer profiling!

Augustin Luna (@canninl) 's Twitter Profile Photo

Exploring causal relationships in proteomic profiles in Cytoscape using the CausalPath App f1000research.com/articles/11-45… #GSoC #networkbiology #dataviz #NRNB Ozgun Babur Alexander Pico F1000Research Jadavpur University #Cytoscape

Exploring causal relationships in proteomic profiles in Cytoscape using the CausalPath App f1000research.com/articles/11-45… #GSoC #networkbiology #dataviz #NRNB <a href="/ozgunbabur/">Ozgun Babur</a> <a href="/xanderpico/">Alexander Pico</a> <a href="/F1000Research/">F1000Research</a> <a href="/JUFET/">Jadavpur University</a> #Cytoscape
Augustin Luna (@canninl) 's Twitter Profile Photo

REcurrent Features Leveraged for Combination Therapies (REFLECT) with 2K drug combinations matching co-alterations across 201 cohorts from 10K patients & 33 cancers; systematic comparison to screens from AstraZeneca National Cancer Institute ALMANAC Anil Korkut Cancer Discovery doi.org/10.1158/2159-8…

REcurrent Features Leveraged for Combination Therapies (REFLECT) with 2K drug combinations matching co-alterations across 201 cohorts from 10K patients &amp; 33 cancers; systematic comparison to screens from <a href="/AstraZeneca/">AstraZeneca</a> <a href="/theNCI/">National Cancer Institute</a> ALMANAC <a href="/anilkorkut/">Anil Korkut</a> <a href="/CD_AACR/">Cancer Discovery</a> doi.org/10.1158/2159-8…
Tessa Green (@the_tessallator) 's Twitter Profile Photo

Introducing scPerturb, a collection of 44 single cell perturbation datasets with unified annotations available at scperturb.org (1/5)

Introducing scPerturb, a collection of 44 single cell perturbation datasets with unified annotations available at scperturb.org (1/5)
Cell Reports (@cellreports) 's Twitter Profile Photo

BET inhibition induces vulnerability to MCL1 targeting through upregulation of fatty acid synthesis pathway in breast cancer dlvr.it/SYKwTZ

Augustin Luna (@canninl) 's Twitter Profile Photo

COVIDpro: Database for mining protein dysregulation in patients with COVID-19. Data for 3077 patients from 32 hospitals covering 14403 proteins. Done with Guomics colleagues. biorxiv.org/content/10.110… #coronavirus #COVID19 #preprint

COVIDpro: Database for mining protein dysregulation in patients with COVID-19. Data for 3077 patients from 32 hospitals covering 14403 proteins. Done with <a href="/guomics/">Guomics</a> colleagues. biorxiv.org/content/10.110… #coronavirus #COVID19 #preprint
Augustin Luna (@canninl) 's Twitter Profile Photo

ImogiMap helps find interactions that are co-associated with a phenotype. Article use case: Relations between tumor-associated processes and immune regulation. Article: doi.org/10.1038/s42003… Web tool: bioinformatics.mdanderson.org/apps/imogimap Anil Korkut Chris Sander aka cscbio HMS_SysBio MD Anderson Cancer Center

ImogiMap helps find interactions that are co-associated with a phenotype. Article use case: Relations between tumor-associated processes and immune regulation. Article: doi.org/10.1038/s42003… Web tool: bioinformatics.mdanderson.org/apps/imogimap <a href="/anilkorkut/">Anil Korkut</a> <a href="/sandercbio/">Chris Sander aka cscbio</a> <a href="/HMS_SysBio/">HMS_SysBio</a> <a href="/MDAndersonNews/">MD Anderson Cancer Center</a>
Augustin Luna (@canninl) 's Twitter Profile Photo

New public drug screening resource made available from NCI & NCATS: 2,675 drugs in 183 cancer cell lines. 70% of the drug compounds are not in previous resources (e.g., Broad, Sanger, MDACC, etc). Article: pubmed.ncbi.nlm.nih.gov/37140427/ HMS_SysBio NCATS National Cancer Institute

New public drug screening resource made available from NCI &amp; NCATS: 2,675 drugs in 183 cancer cell lines. 70% of the drug compounds are not in previous resources (e.g., Broad, Sanger, MDACC, etc). Article: pubmed.ncbi.nlm.nih.gov/37140427/ <a href="/HMS_SysBio/">HMS_SysBio</a> <a href="/ncats_nih_gov/">NCATS</a> <a href="/theNCI/">National Cancer Institute</a>
Guomics (@guomics) 's Twitter Profile Photo

Expression of 14403 proteins from 5434 MS analyses of clincial specimens from 3077 COVID-19 patients in 32 hospitals: COVIDpro (guomics.com/covidPro/). pubs.acs.org/doi/full/10.10…

Augustin Luna (@canninl) 's Twitter Profile Photo

cyjShiny R package allows network visualization in Shiny & R Markdown (github.com/cytoscape/cyjS…); it uses cytoscape.js graph library & provides converter functions from R (data.frame) to cytoscape.js. doi.org/10.1371/journa… #netbio #NRNB Chris Sander aka cscbio Alexander Pico

cyjShiny R package allows network visualization in Shiny &amp; R Markdown (github.com/cytoscape/cyjS…); it uses cytoscape.js graph library &amp; provides converter functions from R (data.frame) to cytoscape.js. doi.org/10.1371/journa… #netbio #NRNB <a href="/sandercbio/">Chris Sander aka cscbio</a> <a href="/xanderpico/">Alexander Pico</a>
Augustin Luna (@canninl) 's Twitter Profile Photo

It was a pleasure to be interviewed by Ana Castillo for my work on computational & network biology resources & methods to study cancer; with thoughts on careers in #bioinformatics shared with #BioinfoBridges of the ICSB student council

Augustin Luna (@canninl) 's Twitter Profile Photo

Submissions Call: Bio-Ontologies & Knowledge Representation (BOKR) COSI @ ISMB 2025 Liverpool UK July 20-24 Site bit.ly/4hO8dTh & ISMB bit.ly/40Vrqvy Topics New knowledge graphs/bases, and ontologies & their methods/applications Abstract Deadline: April 17

Augustin Luna (@canninl) 's Twitter Profile Photo

Advancing the search for biomarkers to combat triple-negative breast cancer with integrin inhibitors; study analyzed CRISPR and proteomics followed by experimental validation of hypotheses of pre-clinical model sensitivity bit.ly/4hUphqW

Advancing the search for biomarkers to combat triple-negative breast cancer with integrin inhibitors; study analyzed CRISPR and proteomics followed by experimental validation of hypotheses of pre-clinical model sensitivity bit.ly/4hUphqW
Augustin Luna (@canninl) 's Twitter Profile Photo

Anti-cancer effect of oxyphenisatin acetate in triple-negative breast cancer shown in patient-derived xenografts; TRPM4 as biomarker bit.ly/43gimEj

Anti-cancer effect of oxyphenisatin acetate in triple-negative breast cancer shown in patient-derived xenografts; TRPM4 as biomarker bit.ly/43gimEj
Augustin Luna (@canninl) 's Twitter Profile Photo

We review how to enhance deep learning architectures (convolutional & graph neural networks) with molecular interactions, gene sets, and ontological hierarchies to enhance accuracy & interpretability as part of predictive tasks bit.ly/4kwR7eN

We review how to enhance deep learning architectures (convolutional &amp; graph neural networks) with molecular interactions, gene sets, and ontological hierarchies to enhance accuracy &amp; interpretability as part of predictive tasks bit.ly/4kwR7eN
Augustin Luna (@canninl) 's Twitter Profile Photo

Late-Breaking Poster Submissions Call: Bio-Ontologies & Knowledge Representation (BOKR) COSI @ ISMB 2025 Liverpool UK July 20-24 Site bit.ly/4hO8dTh & ISMB bit.ly/40Vrqvy Topics New knowledge graphs/bases and ontologies & methods/applications Deadline May 15