• Analysis of pediatric Obstructive Nephropathy using protein antibody arrays and computational techniques 

      Valavanis, I.; Caubet, C.; Maglogiannis, I.; Klein, J.; Schanstra, J.; Chatziioannou, A. (2010)
      Obstructive Nephropathy (ON) is a renal disease quite frequent in newborns and children. Although it is caused by the improper flow of urine, the nephron destruction can be magnified by various molecular processes. In the ...
    • Building in-silico pathway SBML models from heterogeneous sources 

      Kanaris, I.; Moutselos, K.; Chatziioannou, A.; Maglogiannis, I.; Kolisis, F. N. (2008)
      The recent revolutionary developments concerning the high throughput (-omics) measuring techniques in life sciences is expediting the way for the development of in silico models envisioning the Systems biology perspective ...
    • Proteomics challenging medicine 

      Germenis, A. E.; Patrikidou, A. (2005)
      The study of the genome dictated that the whole is more than the sum of its parts; genes do not function independently but in networks. The impact of this understanding was explosive. It acknowledged the concept that this ...
    • A single-cell Systems Biology approach for disease-specific subpathway extraction 

      Vrahatis A.G., Dimitrakopoulos G.N., Tasoulis S.K., Plagianakos V.P. (2019)
      Single-cell sequencing technologies offer a platform to explore deeper the complex diseases and biological processes. On parallel, Systems Biology approaches can tackle part of this complexity, since they are based on ...