AVAILABLE ESR POSITIONS
ESR Eligibility criteria
of the Marie-Sklodowska Curie programme
CLOSED
ESR1
POLITECNICO DI TORINO
Modelling ncRNA biochemical pathways and to predict target interactions
CLOSED
ESR2
POLITECNICO DI TORINO
Design and optimization of an integrative framework to predict neurodevelopmental trajectories
CLOSED
ESR3
FUNDACIÓN PARA LA GESTIÓN DE LA INVESTIGACIÓN BIOMÉDICA DE CÁDIZ
Preterm Children neurodevelopmental trajectory: clinical study focused on neuroimaging and electric signals
CLOSED
ESR4
FUNDACIÓN PARA LA GESTIÓN DE LA INVESTIGACIÓN BIOMÉDICA DE CÁDIZ
Preterm Children Neurodevelopmental Trajectory: clinical study focused on biomarkers selection
CLOSED
ESR5
UNIVERSIDAD DE CADIZ
Monitoring and Integrating Neonates Behavioral and Physiological Parameters
CLOSED
ESR6
UNIVERSIDAD DE CADIZ
Hybrid Neuroimaging and Electric Signals Integration by Artificial Intelligence
CLOSED
ESR7
UNIVERSIDAD DE CADIZ
Machine Learning to identify significant biomarkers for early diagnose of NDD in premature infants
CLOSED
ESR8
UNIVERZA V LJUBLJANI
LM to automatically detect motor/cognitive impairments in premature infants from various sources
CLOSED
ESR9
GPI SPA
In silico predictor of neurodevelopmental trajectory starting from early diagnosis clinical data
CLOSED
ESR10
NEUS DIAGNOSTICS, RAZISKAVE IN RAZVOJ MEDICINSKE OPREME, D.O.O.
Computerized neuropsychological test battery based on eye-tracking specific for preterm children
CLOSED
ESR11
ICOMETRIX NV
Mathematical models for predicting the evolution of cognitive status making use of MRI biomarkers
CLOSED
ESR12
KATHOLIEKE UNIVERSITEIT LEUVEN
Neurological factors determining visual deficits and visuomotor control in children with unilateral Cerebral Palsy
CLOSED
ESR13
OSPEDALE PEDIATRICO BAMBINO GESU
Neurological biomarkers in predicting neurodevelopment disability driven by Congenital Heart Diseases
CLOSED
ESR14
7HC
Software implementation to predict Neuro developmental trajectories from clinical data
CLOSED
ESR15
TOELT GMBH
Artificial Intelligence framework to model the ncRNAs biochemical pathway and predict the target interactions