Translational disease systems biology in the Brunak Group
The Brunak Group aims for understanding multi-morbidity disease progression patterns and their relation to treatment events. The group integrates heterogeneous life science data from the molecular and clinical domains and is also engaged in methodology of translational utility, such as techniques of relevance within precision medicine.
The Brunak Group has specific interest in genes and proteins, which play a role in several diseases, genes that may rationalize clinically observed patterns of multi-morbidity, or be of interest in relation to treatment strategies in the domain of chronic pathology.
The group aims for discriminating between treatment-related disease correlations and other comorbidities, stratifying patients not only from their genotype but also on phenotypic data from resources such as clinical descriptions in electronic medical records.
“Together with our secure supercomputing infrastructure, that is designed to handle population-wide data from Denmark and other countries, our goal is to complement classical epidemiology towards disease-spectrum wide analyses in a lifelong perspective, that can take events separated by long time periods into account,” says Professor and Group Leader Søren Brunak.
The human genome, proteome variation and personalized medicine are themes with a strong focus in the group. In particular the ranking of treatment options and the reduction of patient-specific adverse drug reactions. Data integration and machine learning methods development in the big biomedical data domain is a major theme, as is the design of supercomputing infrastructure and private cloud solutions needed for person-sensitive data integrity.
From Danish population-wide health data, we have developed a disease trajectory concept that can stratify patients according to longitudinal patterns rather than conventional subgroups of a single disease. The concept can, for example, estimate the mortality risk from a long-term prehistory of a single diagnosis. The approach can aggregate long and short timescales, for example combining 20-40 years of disease history with high-frequency data from short timescales from a single admission.
The group also works on classical systems biology level analysis.
“Network biology concepts in complex disease comorbidities”
The latter is exemplified by our work explaining why Down syndrome patients may survive due to protective effects build into the human protein interactome.
“Chromosome-wise Protein Interaction Patterns and Their Impact on Functional Implications of Large-Scale Genomic Aberrations”
Brunak group news
CPR researchers on the prestigious 'Highly Cited Researchers list'
New tool shows main highways of disease development
|Agnete Troen Lundgaard||PhD Fellow||+45 353-32367|
|Alejandro Aguayo Orozco||Postdoc||+45 353-33981|
|Amalie Dahl Haue||PhD fellow||+45 353-37415|
|Bénédict Paul J Marien||IT officer|
|Caroline Anna Brorsson||Postdoc||+45 353-37971|
|Catherine Bjerre Collin||Senior Executive Consultant||+45 353-26608|
|Catrine Ahrens Høm||Research academic officer|
|Christian Kim Eschen||Research assistant||+45 353-26091|
|Christina Buk Vester||Research Program Coordinator||+45 353-33619|
|Christopher Møller||IT officer|
|Cristina Leal Rodriguez||Research assistant||+45 353-36106|
|David Ellinghaus||Associate professor||+45 353-28258|
|David Westergaard||Postdoc||+45 353-32044|
|Davide Placido||PhD fellow||+45 353-33509|
|Eva Roitmann||Research consultant||+45 353-27818|
|Ioannis Louloudis||Academic staff, FU|
|Isabella Friis Jørgensen||Postdoc||+45 353-33807|
|Janne Hove Rindorf||Research academic officer||+45 353-35091|
|Jessica Xin Hjaltelin||Postdoc||+45 353-37734|
|Jorge Hernansanz Biel||Academic Staff||+45 353-31592|
|Jose Juan Almagro Armenteros||Postdoc||+45 353-20172|
|Karina Banasik||Associate professor||+45 21 17 93 28|
|Kirstine G Belling||Associate professor||+45 353-33664|
|Kristoffer Sølvsten Burgdorf||Associate professor|
|Lisa Cantwell||Academic staff, FU||+45 353-24047|
|Mette Lademann||Assistant professor||+45 353-36499|
|Nicolai Skovbjerg Arildsen||Affiliate (PhD student)|
|Olivier Thierry Taboureau||Associate professor||+45 353-35819|
|Peter Bruun-Rasmussen||Affiliate (PhD student)|
|Peter Christoffer Holm||PhD fellow||+45 353-24226|
|Piotr Jaroslaw Chmura||Research programmer||+45 353-37491|
|Pope Lloyd Moseley||Professor||+45 353-24770|
|Rikke Louise Jacobsen||Research assistant, guest||+45 26 17 08 97|
|Robert Eriksson||Postdoc||+45 353-30629|
|Roc Reguant||PhD fellow||+45 60 90 93 62|
|Sebastian Mattia Mears Werge||Research assistant||+45 353-36753|
|Sif Ingibergsdóttir Novitski||Research assistant||+45 353-22026|
|Siri Amalie Vulpius||Academic Staff||+45 27 12 03 65|
|Søren Brunak||Research director, professor||+45 353-25026|
|Thomas Folkmann Hansen||Associate professor||+45 353-26988|
|Timo Röder||Research assistant|
|Troels Siggaard||Research programmer||+45 26 47 29 66|
|Ulrik Plesner Jacobsen||Data processing assistant||+45 353-32513|
|Victorine Patricia Muse||PhD fellow||+45 353-37019|
|Zak Rehman||Master student||+45 93 95 81 23|