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Superresolution of multiscale images from materials sciences using geometrical features – SUPREMATIM
SUPerREsolution of 3d MATerials IMages
Defining the severe paediatric asthma endotype: an integrated approach combining phenotypic analyses related to immune, metabolomic, and microbial features – SevAsthma-children
Asthma is a chronic disease affecting approximately 235 million people worldwide, and the number is rising. Asthma is not just a public health problem for developed countries; its incidence is also el
Ajustable membrane pore size with Functionalizable Metallic nanoRING features – AFM_Ring
Development of fouling-resistant smart membranes selective for challenging protein separations is needed since separation of similar-sized proteins with current commercial membranes is not possible. T
Methods for discovering SNP Combinations Associated with a PHEnotype, from genome-wide data – SCAPHE
Genomic differences explain in great part why patients experience disease differently. However, current methods to discover associations between single nucleotide polymorphisms (SNPs) and a phenotype account for little of these differences. SCAPHE builds on the hypothesis that this is due to the effect of non-additive interactions between SNPs, together with a lack of robustness stemming from the relatively small sample sizes, which can be alleviated by integrating biological networks.
COmparative MEntal Time Travel: insights from cephalopods – COMETT
Mental time travel is considered as the ability to mentally travel backward or forward in time, re-experiencing past events, as well as imagining possible future ones. Evolutionary hypotheses have been stated by considering results of research in vertebrates, they are then difficult to test as their cognitive abilities may have evolved from common ancestors. Since the intelligence of modern cephalopod has arisen independently, they are highly promising species to study the evolution of MTT.
Enabling working methods for human-machine collaboration in industry 4.0 – COLLABORATION-4_0
environment for their productivity and attractive features. The project addresses the Nb 3 ANR research axis [...] in 4.0 industrial environment. The project is featured from three fundamental research hypotheses: 1) [...] g, ergonomics and digital technologies. It is featured in five scientific tasks and one management task
Photo-responsive supramolecular actuators addressable with visible and near-infrared light for potential bio-medical applications – SOFTACTION
led materials possess a series of added-value features that cannot be found in covalent compounds, exhibiting [...] , allow fine modulation of the abovementioned features, rendering supramolecular materials potentially
Low-Energy On-chip Pre-processing for Activity Recognition – LEOPAR
The emerging “Internet of Things” growth is faced with massive amounts of data to be transferred from connected portable devices to central computation units processing data from multiple sensors. Decreasing the energy consumption of the devices must be a priority to increase the battery lifetime. Since the wireless communication interface is the most energy-hungry parts of the sensor nodes, the LEOPAR project aims at determining the input data relevance to limit the amount of data to transmit.
MULTI-variate, -temporal, -resolution and -SourCe remote sensing image Analysis and LEarning – MULTISCALE
MULTI-variate, -temporal, -resolution and -SourCe remote sensing image Analysis and LEarning
Structure, evolution and function of fungal virulence effectors – MagMAX
Our aim is to understand the role of pathogenicity factors of plant-pathogenic fungi, called effectors, in the infection process and in changes in virulence after host-shifts. Our central hypothesis is that the first step of host-shifts (the fixation of immune-escape mutations enabling to overcome non-host resistance) is followed by a second step of fine-tuning during which effector variants that efficiently interact with their target proteins in the novel host species are selected.