Author(s):
Jean Louis Coatrieux 
Date: 2012
Origin: Electrónica e Telecomunicações
Subject(s): medical imaging; biological imaging; medical imaging; biological imaging
Document details
Scale and Time in Biological and Medical Imaging: the observation and integrati...
Description
Biological and medical imaging technologies have made impressive advances over the last decades.Some of their dimensions are health care driven (from screening, diagnosis assessment to therapy), others technology driven (bio-arrays, micro- to macroimaging) or biology driven (genes to proteins and cells). Computational modelling and information technology in biology and medicine is also becoming to have a major role in the interdisciplinary attempt to elucidate functions of living systems and structure-tofunction inter-relations. However, the recursion between description levels, at all space and time scales, for highly dynamical, interacting and complex systems, still requires new breakthroughs in observational tools closely coupled to sound information processing for confrontation to theoretical models. Biological and medical imaging technologies have made impressive advances over the last decades.Some of their dimensions are health care driven (from screening, diagnosis assessment to therapy), others technology driven (bio-arrays, micro- to macroimaging) or biology driven (genes to proteins and cells). Computational modelling and information technology in biology and medicine is also becoming to have a major role in the interdisciplinary attempt to elucidate functions of living systems and structure-tofunction inter-relations. However, the recursion between description levels, at all space and time scales, for highly dynamical, interacting and complex systems, still requires new breakthroughs in observational tools closely coupled to sound information processing for confrontation to theoretical models.
Biological and medical imaging technologies have made impressive advances over the last decades.Some of their dimensions are health care driven (from screening, diagnosis assessment to therapy), others technology driven (bio-arrays, micro- to macroimaging) or biology driven (genes to proteins and cells). Computational modelling and information technology in biology and medicine is also becoming to have a major role in the interdisciplinary attempt to elucidate functions of living systems and structure-tofunction inter-relations. However, the recursion between description levels, at all space and time scales, for highly dynamical, interacting and complex systems, still requires new breakthroughs in observational tools closely coupled to sound information processing for confrontation to theoretical models. Biological and medical imaging technologies have made impressive advances over the last decades.Some of their dimensions are health care driven (from screening, diagnosis assessment to therapy), others technology driven (bio-arrays, micro- to macroimaging) or biology driven (genes to proteins and cells). Computational modelling and information technology in biology and medicine is also becoming to have a major role in the interdisciplinary attempt to elucidate functions of living systems and structure-tofunction inter-relations. However, the recursion between description levels, at all space and time scales, for highly dynamical, interacting and complex systems, still requires new breakthroughs in observational tools closely coupled to sound information processing for confrontation to theoretical models.
Document Type
Conference Object
Language English
Editor(s) ;
Language English
Editor(s) ;
| Financiadores do RCAAP | |||||||
|
|
|
|
|
|
||