Molecular Targets and Therapeutics Center Institute of Network Biology
Molecular interactions form the basis of almost all biological processes in any living organism. Perturbations in these molecular networks result in dysfunctions which manifest themselves in disease up to fatal outcomes. Our aim at INET is to understand how these molecular interactions network changes caused by genetic variants or also by environmental influences like viruses or bacteria, lead to pathological processes. A deep understanding of the interplay of all the different layers of molecular networks may lead to new strategies for disease prevention and pharmacological interventions.
Molecular interactions form the basis of almost all biological processes in any living organism. Perturbations in these molecular networks result in dysfunctions which manifest themselves in disease up to fatal outcomes. Our aim at INET is to understand how these molecular interactions network changes caused by genetic variants or also by environmental influences like viruses or bacteria, lead to pathological processes. A deep understanding of the interplay of all the different layers of molecular networks may lead to new strategies for disease prevention and pharmacological interventions.
Our Scientists at Network Biology
Latest Publications of Our Institute
Read more2022 Scientific Article in Microorganisms
Long-term fertilization strategy impacts Rhizoctonia solani–microbe interactions in soil and rhizosphere and defense responses in lettuce.
2022 Scientific Article in BMC Biology
Segmentation, tracking and cell cycle analysis of live-cell imaging data with Cell-ACDC.
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