Université Heriott Watt
DeviceMed Mars/Avril 2024
Publié le 12 mars 2024 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Janvier/Février 2024
Publié le 05 février 2024 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
L’électronique imprimée pour la santé, à Paris le 16 janvier 2024
Publié le 05 décembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Printup Institute en pointe sur l’électronique imprimée pour la santé
Publié le 05 décembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Guide sur l’apport des données de vie réelle dans l’évaluation des DM
Publié le 10 novembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Intégrer moteurs et capteurs de force au profit du contrôle d’un exosquelette
Publié le 02 novembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Novembre/Décembre 2023
Publié le 02 novembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Le laser ultra-court : un outil polyvalent au service des innovations médicales
Publié le 31 octobre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Une interface cerveau-moelle épinière pour piloter les muscles par la pensée
Publié le 24 octobre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Comment souder solidement du titane ou de l’inox à du nitinol ?
Publié le 25 septembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Vers un implant pour traiter la maladie de Parkinson par photobiomodulation
Publié le 19 septembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Septembre/Octobre 2023
Publié le 05 septembre 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
MedFIT attend 650 participants en octobre 2023
Publié le 04 juillet 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Cybersécurité : vos DM sont-il vulnérables ?
Publié le 17 mai 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Medytec : un espace unique dédié à la filière Santé de Grenoble Alpes
Publié le 02 mai 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Mai/Juin 2023
Publié le 01 mai 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Mars/Avril 2023
Publié le 06 mars 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Une perceuse intelligente pour préserver les nerfs
Publié le 28 février 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Fonctionnaliser des DM implantables grâce au CO2 supercritique
Publié le 14 février 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Quest for health, incubateur du Grand Est dédié aux start-up de la santé
Publié le 14 février 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Janvier/Février 2023
Publié le 23 janvier 2023 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Un financement européen de 7,5 M€ accordé à Orixha pour sa technique de ventilation liquidienne
Publié le 06 décembre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Vers un grade médical normé pour les composants électroniques
Publié le 29 novembre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Bio-impression : la promesse d’une médecine régénératrice personnalisée
Publié le 14 novembre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Novembre/Décembre 2022
Publié le 31 octobre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
UGV : une solution de choix pour l’usinage de pièces médicales ?
Publié le 20 septembre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Septembre/Octobre 2022
Publié le 06 septembre 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Lucile Blaise élue présidente du Snitem
Publié le 05 juillet 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
RECOME : une norme pour fiabiliser et sécuriser l’électronique des DM critiques
Publié le 08 juin 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Medicalps : 20 ans de soutien aux acteurs alpins de la santé
Publié le 23 mai 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Générateur d’électricité miniaturisé à base de boîtes quantiques
Publié le 23 mai 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Mai/Juin 2022
Publié le 25 avril 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Rendez-vous à Orthomanufacture les 11 et 12 mai prochains à St-Etienne
Publié le 09 avril 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Devicemed Mars/Avril 2022
Publié le 11 mars 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Janvier/Février 2022
Publié le 04 février 2022 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Arrêt cardiaque : la start-up Orixha lève 2 millions d’euros
Publié le 21 décembre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Orthomanufacture 2022 aura lieu en région lyonnaise, les 11 et 12 mai
Publié le 30 novembre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Une collaboration fructueuse autour de l’IA pour le diagnostic ophtalmique
Publié le 12 novembre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Novembre/Décembre 2021
Publié le 03 novembre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Moulage dynamique : un moyen inédit de produire des DM personnalisés
Publié le 19 octobre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Pharmapack 2021 : un format hybride sur trois semaines
Publié le 20 septembre 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed guide de l’acheteur 2021-2022
Publié le 05 juillet 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Une technologie de neuro-illumination prometteuse contre la maladie de Parkinson
Publié le 22 juin 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Mécatronique et conception de DMIA
Publié le 07 juin 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Rendez-vous le 3 juin pour les porteurs de projets dans le DM
Publié le 10 mai 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
SurgAR lève près de 2,5 M€ dont 1,75 M€ en fonds propres
Publié le 07 mai 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Mai/Juin 2021
Publié le 06 mai 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Des revêtements antimicrobiens, anti-inflammatoires, simples et personnalisables
Publié le 04 mai 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
DeviceMed Mars/Avril 2021
Publié le 22 mars 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]
Solutions clés en main pour le traitement de surface des DM
Publié le 19 mars 2021 Artificial Liver Cells bio-engineering research project, 26/10/2012: Bio-enginnering 'printer' developed for the artificial human liver cells manufacturing project by bioengineers Dr Will Shu and PhD bioengineering student Alan Faulkner-Jones. Photography for Heriot Watt University from: Colin [...]