Results 1 - 10 of 28
[RESULT IN BRIEF] Surmonter la résistance des cellules à la chimiothérapie
La bioinformatique utilise des modèles informatisés pour étudier des systèmes biologiques complexes. Des scientifiques financés par l'UE ont utilisé de telles techniques pour étudier comment les cellules résistent à la chimiothérapie.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2012-11-07
[RESULT IN BRIEF] Overcoming cellular resistance to chemotherapy
Computational biology employs computer models to study complex biological systems. EU-funded scientists used such techniques to investigate the cellular mechanisms of resistance to chemotherapy.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2012-11-07
[RESULT IN BRIEF] Gegen die zelluläre Resistenz gegen Chemotherapie
Bei der computergestützten Biologie werden mithilfe von Computermodellen komplexe biologische Systeme untersucht. EU-finanzierte Wissenschaftler haben mit diesen Techniken zelluläre Mechanismen der Resistenz gegen Chemotherapie untersucht.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2012-11-07
[RESULT IN BRIEF] Pokonać odporność komórek na leczenie chemioterapią
W biologii obliczeniowej wykorzystuje się modele komputerowe do badania złożonych systemów biologicznych. Finansowany ze środków UE zespół badawczy posłużył się takimi technikami, aby zbadać mechanizmy komórkowe odporności na chemioterapię.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2013-05-20
[RESULT IN BRIEF] Superare la resistenza cellulare alla chemioterapia
La biologia computazionale impiega modelli informatici per lo studio di sistemi biologici complessi. Gli scienziati finanziati dall'UE hanno utilizzato tali tecniche per studiare i meccanismi cellulari di resistenza alla chemioterapia.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2012-11-07
[RESULT IN BRIEF] Superar la resistencia celular a la quimioterapia
La biología computacional utiliza modelos informáticos para estudiar sistemas biológicos complejos. Un equipo de científicos financiado por la Unión Europea está utilizando estas técnicas para estudiar en detalle los mecanismos celulares de la resistencia a la quimioterapia.
Programme: FP6-POLICIES
Record Number: 89709
Last updated on: 2012-11-07
This project addressed robustness of phenotypic function on the basis of highly interlinked network topologies on a very practical level: synthetic lethality - as proposed for novel cancer treatment regimes. Function in this context is the property of transformed cells to cont...
Programme: FP6-POLICIES
Record Number: 52917
Last updated on: 2011-11-03
[PROJECT] MAMOCELL - Mathematical modelling of in vivo cell dynamics in germinal centres
ID: 43243
Start date: 2007-01-01, End date: 2010-06-30
Today's modeling approaches in Biology and Medicine are widely based on unproven hypotheses, and biological data concerning cell behavior in vivo are largely descriptive. This inhibits both the merging process of theoretical and experimental Biology and the understanding of bi...
Programme: FP6-POLICIES
Record Number: 85156
Last updated on: 2010-07-05
[PROJECT] MANMADE - Diagnosing vulnerability, emergent phenomena, and volatility in man-made networks
ID: 43363
Start date: 2007-01-01, End date: 2009-12-31
The aim of the project is to assemble, develop and apply complementary mathematical methods to analyse large, man-made multi-element infrastructure systems that exhibit, so-called, complex behaviour.
The scope of the project concerns the network of networks that comprise E...
Programme: FP6-POLICIES
Record Number: 91124
Last updated on: 2009-07-20
[PROJECT] EDEN - Ecological diversity and evolutionary networks
ID: 43251
Start date: 2007-01-01, End date: 2009-12-31
Biological systems and their highly organized constituents are paradigms of Complexity. The study of Complex Networks, representing interactions among components, has become central in the science of Complex Systems. The EDEN proposal aims at considering in depth the represent...
Programme: FP6-POLICIES
Record Number: 85157
Last updated on: 2009-07-20
List retrieved on: 2017-08-02
