NetBioMed 2026
@netbiomed2026.bsky.social
The official Bluesky account of the NetBioMed satellite, to be held at
@netsciconf.bsky.social. #NetSci2026 #NetBioMed2026
https://netbiomed-symposium.github.io/
@netsciconf.bsky.social. #NetSci2026 #NetBioMed2026
https://netbiomed-symposium.github.io/
Pinned
NetBioMed 2026
@netbiomed2026.bsky.social
· May 26
Don't miss it! 🚨
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Can we reverse-engineer our #proteomes and reverse aging? In our last #NetBioMed2026 talk, Garo Kerdelian presents his work on how we can use #NetworkScience to better understand the interaction of food with our bodies and, from there, develop #therapies to increase our longevity.
June 2, 2026 at 9:16 PM
Can we reverse-engineer our #proteomes and reverse aging? In our last #NetBioMed2026 talk, Garo Kerdelian presents his work on how we can use #NetworkScience to better understand the interaction of food with our bodies and, from there, develop #therapies to increase our longevity.
Our final keynote speaker at #NetBioMed2026 is Ed Silverman, who provided us with an overview of his research aimed at understanding chronic obstructive pulmonary diseases using #NetworkMedicine approaches.
June 2, 2026 at 8:44 PM
Our final keynote speaker at #NetBioMed2026 is Ed Silverman, who provided us with an overview of his research aimed at understanding chronic obstructive pulmonary diseases using #NetworkMedicine approaches.
Now at #NetBioMed2026 Neda Amirirad uses across-visit consensus #community #detection to map temporal gene co-expression #networks in systemic lupus erythematosus. Her approach identifies stable gene communities that evolve over time, offering insights into disease #dynamics.
June 2, 2026 at 7:56 PM
Now at #NetBioMed2026 Neda Amirirad uses across-visit consensus #community #detection to map temporal gene co-expression #networks in systemic lupus erythematosus. Her approach identifies stable gene communities that evolve over time, offering insights into disease #dynamics.
Modeling biological #networks can be a challenge, given the fuzziness of their function and organization. At #NetBioMed2026, Kaustav Sengupta presents his #multilevel, #AI-driven approach to accurately capture biological #complexity within real regulatory #genomic structures.
June 2, 2026 at 7:39 PM
Modeling biological #networks can be a challenge, given the fuzziness of their function and organization. At #NetBioMed2026, Kaustav Sengupta presents his #multilevel, #AI-driven approach to accurately capture biological #complexity within real regulatory #genomic structures.
Data collection and heterogeneity pose challenges for disease #diagnosis. Is it possible to use #AI to overcome them? Our sixth keynote speaker, Michelle Li, presented her Geometric #DeepLearning approach at #NetBioMed2026 to enhance efficiency and accuracy in disease detection.
June 2, 2026 at 7:15 PM
Data collection and heterogeneity pose challenges for disease #diagnosis. Is it possible to use #AI to overcome them? Our sixth keynote speaker, Michelle Li, presented her Geometric #DeepLearning approach at #NetBioMed2026 to enhance efficiency and accuracy in disease detection.
Our fifth keynote speaker at #NetBioMed2026 is Dariusz Plewczynski, who offered us an introduction to his framework integrating #AI, polymer #biophysics, and 3D #genomics to decode the biology of human #chromatin!
June 2, 2026 at 6:42 PM
Our fifth keynote speaker at #NetBioMed2026 is Dariusz Plewczynski, who offered us an introduction to his framework integrating #AI, polymer #biophysics, and 3D #genomics to decode the biology of human #chromatin!
As our fourth keynote speaker at #NetBioMed2026, Mike Calderwood offers a fascinating introduction to the construction of protein-protein interactomes, demonstrating how a better understanding of these #complex #networks can be used to better understand multiple diseases.
June 2, 2026 at 3:51 PM
As our fourth keynote speaker at #NetBioMed2026, Mike Calderwood offers a fascinating introduction to the construction of protein-protein interactomes, demonstrating how a better understanding of these #complex #networks can be used to better understand multiple diseases.
Our third keynote speaker at #NetBioMed2026 is Donna Slonim, who provided us with an overview of her novel mathematical and computational tools for achieving advances in #PrecisionMedicine with much greater efficiency.
June 2, 2026 at 3:17 PM
Our third keynote speaker at #NetBioMed2026 is Donna Slonim, who provided us with an overview of her novel mathematical and computational tools for achieving advances in #PrecisionMedicine with much greater efficiency.
Now, Eli Newby presents his work on the application of #multilayer #networks to enhance our understanding of #cancer through microRNA determinants
#NetBioMed2026 #NetSci2026
#NetBioMed2026 #NetSci2026
June 2, 2026 at 2:17 PM
Now, Eli Newby presents his work on the application of #multilayer #networks to enhance our understanding of #cancer through microRNA determinants
#NetBioMed2026 #NetSci2026
#NetBioMed2026 #NetSci2026
Our second speaker at #NetBioMed2026 is Sushmita Roy, who offers us a comprehensive introduction to her research on #gene regulatory #networks (GRNs), addressing fundamental questions such as how to define GRNs based on real biological data and how to model the evolution of them.
June 2, 2026 at 1:48 PM
Our second speaker at #NetBioMed2026 is Sushmita Roy, who offers us a comprehensive introduction to her research on #gene regulatory #networks (GRNs), addressing fundamental questions such as how to define GRNs based on real biological data and how to model the evolution of them.
John Quackenbush, our first keynote speaker at #NetBioMed2026, offers us an excellent overview of the state of the art in #NetworkMedicine, focusing on the algorithmic limitations of #AI in capturing biological #complexity.
June 2, 2026 at 1:21 PM
John Quackenbush, our first keynote speaker at #NetBioMed2026, offers us an excellent overview of the state of the art in #NetworkMedicine, focusing on the algorithmic limitations of #AI in capturing biological #complexity.
Are you at #NetSci2026? Come to the back of the hall and join us at #NetBioMed2026!
June 2, 2026 at 1:10 PM
Are you at #NetSci2026? Come to the back of the hall and join us at #NetBioMed2026!
Reposted by NetBioMed 2026
Don't miss it! 🚨
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
May 26, 2026 at 1:50 PM
Don't miss it! 🚨
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Don't miss it! 🚨
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
May 26, 2026 at 1:50 PM
Don't miss it! 🚨
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Join #NetBioMed2026 next week at @netsciconf.bsky.social. This is a unique opportunity for everyone interested in #NetworkMedicine! 🔬🩺🧬
Our panel of experts is unparalleled, now all that's missing is YOU to make it unforgettable!
📋More info: netbiomed-symposium.github.io/agenda
Reposted by NetBioMed 2026
Chronic conditions are rarely isolated to a single pathway. By leveraging vast #multiomic datasets to build comprehensive disease modules, researchers are uncovering the hidden systemic connections driving severe pulmonary decline. Join the discussion at #NetSci2026 this June! 🫁
May 25, 2026 at 11:45 AM
Chronic conditions are rarely isolated to a single pathway. By leveraging vast #multiomic datasets to build comprehensive disease modules, researchers are uncovering the hidden systemic connections driving severe pulmonary decline. Join the discussion at #NetSci2026 this June! 🫁
Reposted by NetBioMed 2026
Rare conditions often lack massive diagnostic datasets, making traditional analysis incredibly challenging. Discover how applying non-Euclidean geometric deep learning to biomedical knowledge graphs is revolutionizing our ability to identify and treat these elusive conditions! 💡
May 22, 2026 at 2:11 PM
Rare conditions often lack massive diagnostic datasets, making traditional analysis incredibly challenging. Discover how applying non-Euclidean geometric deep learning to biomedical knowledge graphs is revolutionizing our ability to identify and treat these elusive conditions! 💡
Reposted by NetBioMed 2026
DNA's physical folding is a marvel of biophysics that directly dictates gene expression. By merging advanced #AI frameworks with rigorous polymer physics and experimental data, we can finally visualize these spatial dynamics in unprecedented detail. See you in #NetBioMed2026 !🧬🤖
May 21, 2026 at 1:16 PM
DNA's physical folding is a marvel of biophysics that directly dictates gene expression. By merging advanced #AI frameworks with rigorous polymer physics and experimental data, we can finally visualize these spatial dynamics in unprecedented detail. See you in #NetBioMed2026 !🧬🤖
Reposted by NetBioMed 2026
Proteins and their intricate physical interactions govern almost all relevant cellular processes. When these interactomes are disrupted by mutations or pathogens, systemic failures occur. Get ready to dive deep into the wiring diagrams of human pathologies at #NetBioMed2026! 🔬🕸️
May 20, 2026 at 2:31 PM
Proteins and their intricate physical interactions govern almost all relevant cellular processes. When these interactomes are disrupted by mutations or pathogens, systemic failures occur. Get ready to dive deep into the wiring diagrams of human pathologies at #NetBioMed2026! 🔬🕸️
Reposted by NetBioMed 2026
As we push towards personalized healthcare, computational efficiency becomes just as critical as accuracy. Discover how optimizing the way we infer molecular interactions from massive datasets is rapidly accelerating the translation from bench to bedside at #NetBioMed2026! 🚀
May 19, 2026 at 2:15 PM
As we push towards personalized healthcare, computational efficiency becomes just as critical as accuracy. Discover how optimizing the way we infer molecular interactions from massive datasets is rapidly accelerating the translation from bench to bedside at #NetBioMed2026! 🚀
Reposted by NetBioMed 2026
How a cell "decide" its future? By mapping the intricate web of cis and trans regulatory interactions, we can decode the very blueprints of cellular transitions! Join #NetBioMed2026 to explore how cutting-edge computational models predict these vital biological trajectories! 🧬🌀
May 18, 2026 at 2:12 PM
How a cell "decide" its future? By mapping the intricate web of cis and trans regulatory interactions, we can decode the very blueprints of cellular transitions! Join #NetBioMed2026 to explore how cutting-edge computational models predict these vital biological trajectories! 🧬🌀
Reposted by NetBioMed 2026
Moving beyond reductionist accounts is crucial for modern biomedical research. By treating biological systems as deeply interconnected webs rather than isolated parts, we can unlock new paradigms for understanding complex traits. Don't miss this opening keynote at #NetBioMed2026!
May 15, 2026 at 12:48 PM
Moving beyond reductionist accounts is crucial for modern biomedical research. By treating biological systems as deeply interconnected webs rather than isolated parts, we can unlock new paradigms for understanding complex traits. Don't miss this opening keynote at #NetBioMed2026!
Reposted by NetBioMed 2026
Our sixth edition is just around the corner! In three weeks, our experts will be discussing #Epigenomics, #Biomedicine, #NetworkMedicine, and more at @netsciconf.bsky.social ! Check out our agenda, where you'll find more about #NetBioMed2026! 🔬🧬🩺
#NetSci2026
netbiomed-symposium.github.io/agenda
#NetSci2026
netbiomed-symposium.github.io/agenda
May 12, 2026 at 12:46 PM
Our sixth edition is just around the corner! In three weeks, our experts will be discussing #Epigenomics, #Biomedicine, #NetworkMedicine, and more at @netsciconf.bsky.social ! Check out our agenda, where you'll find more about #NetBioMed2026! 🔬🧬🩺
#NetSci2026
netbiomed-symposium.github.io/agenda
#NetSci2026
netbiomed-symposium.github.io/agenda
Our sixth edition is just around the corner! In three weeks, our experts will be discussing #Epigenomics, #Biomedicine, #NetworkMedicine, and more at @netsciconf.bsky.social ! Check out our agenda, where you'll find more about #NetBioMed2026! 🔬🧬🩺
#NetSci2026
netbiomed-symposium.github.io/agenda
#NetSci2026
netbiomed-symposium.github.io/agenda
May 12, 2026 at 12:46 PM
Our sixth edition is just around the corner! In three weeks, our experts will be discussing #Epigenomics, #Biomedicine, #NetworkMedicine, and more at @netsciconf.bsky.social ! Check out our agenda, where you'll find more about #NetBioMed2026! 🔬🧬🩺
#NetSci2026
netbiomed-symposium.github.io/agenda
#NetSci2026
netbiomed-symposium.github.io/agenda
Reposted by NetBioMed 2026
7/Specializing in functional #genomics and structural #bioinformatics, Dr. Plewczynski uses advanced modeling to explore the 3D architecture of the human genome. His work uncovers the spatial secrets of our genetic code. 🧬🏗️
plewczynski-lab.org/people/princ...
plewczynski-lab.org/people/princ...
May 7, 2026 at 1:05 PM
7/Specializing in functional #genomics and structural #bioinformatics, Dr. Plewczynski uses advanced modeling to explore the 3D architecture of the human genome. His work uncovers the spatial secrets of our genetic code. 🧬🏗️
plewczynski-lab.org/people/princ...
plewczynski-lab.org/people/princ...
Reposted by NetBioMed 2026
6/A key figure in infectious disease networks, Dr. Calderwood's work provides vital insights into the spread and management of pathogens. His research at @danafarber.bsky.social is instrumental in protecting healthcare systems and patients, with a focus in cancers. 🦠
ccsb.dana-farber.org/mike.html
ccsb.dana-farber.org/mike.html
May 5, 2026 at 12:45 PM
6/A key figure in infectious disease networks, Dr. Calderwood's work provides vital insights into the spread and management of pathogens. His research at @danafarber.bsky.social is instrumental in protecting healthcare systems and patients, with a focus in cancers. 🦠
ccsb.dana-farber.org/mike.html
ccsb.dana-farber.org/mike.html