Investeringsoversigt

1368 investments

Titel Sort descending	Periode	Program
Decoding the Lineage Complexity of the Spinal Cord for Developing Targeted Grafting after Spinal Cord Injury	2020 - 2023	Industrial Researcher
Decoding the Lineage Complexity of the Spinal Cord for Developing Targeted Grafting after Spinal Cord Injury Period 2020 - 2023 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 41.82 Invested 1.1 mill. Budget 2.6 mill. Partners University of Copenhagen, Novo Nordisk A/S - G8, x9 m.fl. People Novo Nordisk A/S - G8, x9 m.fl. Read more about the project
Decoding the Synergy of FGF21 and Semaglutide in NASH Treatment	2023 - 2026	Industrial Researcher
Decoding the Synergy of FGF21 and Semaglutide in NASH Treatment Period 2023 - 2026 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 37.66 Invested 1.1 mill. Budget 2.8 mill. Formålet med PhD-projektet er at undersøge, om der er additiv eller synergistisk effekt af GLP-1 og FGF21 ved at anvende innovative metoder til at belyse potentialet ved at kombinere de to stoffer i behandlingen af non-alkoholisk steatohepatitis. Novo Nordisk har monoterapi samt kombination af GLP-1- og FGF21-analoger i fase IIb kliniske forsøg, dog kendes virkningsmekanismen ikke. Målet med projektet er at afkode mekanismen i hjernen samt leveren for at understøtte den kliniske udvikling. Partners University of Copenhagen, NOVO NORDISK A/S - NN1 People Read more about the project
Deconstructing and Engineering Adipose Tissue from Humans	2020 - 2023	Industrial Researcher
Deconstructing and Engineering Adipose Tissue from Humans Period 2020 - 2023 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 100 Invested 1.1 mill. Budget 1.1 mill. Partners University of Copenhagen, Novo Nordisk A/S - E1 People Novo Nordisk A/S - E1 Read more about the project
Deconstruction of the effects of DACRAs on beta-cell health and liver metabolism – a translational approach	2021 - 2024	Industrial Researcher
Deconstruction of the effects of DACRAs on beta-cell health and liver metabolism – a translational approach Period 2021 - 2024 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 100 Invested 1.2 mill. Budget 1.2 mill. Partners Roskilde University, NORDIC BIOSCIENCE A/S People NORDIC BIOSCIENCE A/S Read more about the project
Deep Generative Models for Dental Scans and Dental Treatments	2022 - 2025	Industrial Researcher
Deep Generative Models for Dental Scans and Dental Treatments Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 43.89 Invested 1.1 mill. Budget 2.4 mill. Partners Technical University of Denmark, 3SHAPE A/S People 3SHAPE A/S Read more about the project
Deep Learning based Voice Conversion for AVATAR Therapy	2023 - 2026	Industrial Researcher
Deep Learning based Voice Conversion for AVATAR Therapy Period 2023 - 2026 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 61.47 Invested 1.1 mill. Budget 1.7 mill. Dette projekt opbygger deep learning baserede voice conversion algoritmer til optimeringen af AVATAR terapi - et terapeutisk VR-værktøj, der hjælper mennesker som lider af auditive hallucinationer i deres behandling af ondsindede stemmer. Projektet består af: 1. Research og begyndende implementering af relaterede projekter. 2. Design og opbygning af en voice-conversion model baseret på DDSP, integreret i virtual reality. 3. Validering af modellen baseret på psykiatere og patienter. Partners Aalborg University, Khora ApS People Read more about the project
Deep learning enhanced carbon-13 metabolic MRI	2020 - 2023	Industrial Researcher
Deep learning enhanced carbon-13 metabolic MRI Period 2020 - 2023 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 100 Invested 1.2 mill. Budget 1.2 mill. Partners Aarhus University, GE HEALTHCARE DANMARK A/S People GE HEALTHCARE DANMARK A/S Read more about the project
Deep learning for identifying biomarkers in medical images	2022 - 2025	Industrial Researcher
Deep learning for identifying biomarkers in medical images Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 52.74 Invested 1.2 mill. Budget 2.4 mill. Partners Technical University of Denmark, NOVO NORDISK A/S - VTx People NOVO NORDISK A/S - VTx Read more about the project
Deep Learning Generative Models for Content Structuring	2019 - 2022	Industrial Researcher
Deep Learning Generative Models for Content Structuring Period 2019 - 2022 Region Region Hovedstaden Program Erhvervsforsker Area Handel, Service og Samfund Investment Percentage 73.17 Invested 1.1 mill. Budget 1.5 mill. Partners IT University of Copenhagen, Tjek A/S People Tjek A/S Read more about the project
Deep learning methods and tools for histology based cancer research and diagnostics	2018 - 2021	Industrial Researcher
Deep learning methods and tools for histology based cancer research and diagnostics Period 2018 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 58.61 Invested 1.1 mill. Budget 1.8 mill. Partners Technical University of Denmark, VISIOPHARM A/S People VISIOPHARM A/S Read more about the project
Deep learning model predictive control for reduction of N2O emissions from WWTPs	2021 - 2024	Industrial Researcher
Deep learning model predictive control for reduction of N2O emissions from WWTPs Period 2021 - 2024 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 46.46 Invested 1.1 mill. Budget 2.3 mill. Partners Aalborg University, KRÜGER A/S People KRÜGER A/S Read more about the project
Deep visual odometry for underwater intervention drones	2024 - 2027	Industrial Researcher
Deep visual odometry for underwater intervention drones Period 2024 - 2027 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 49.48 Invested 1.2 mill. Budget 2.5 mill. Dette projekt har til formål at forbedre autonomien af undervandsrobotter ved at forbedre deres evne til at forstå deres placering og omgivelser gennem avancerede visuelle teknikker til simultan lokalisering og kortlægning (SLAM). Ved at udnytte deep learning sigter projektet mod at overgå nuværende metoder, med fokus på AI-drevet billedbehandling for præcis og pålidelig kortlægning og lokalisering, hvilket sætter nye industristandarder med et betydeligt markedspotentiale for marineteknologi. Partners IT University of Copenhagen, EIVA A/S People Read more about the project
Defining parameters determining efficient 3D cluster formation of human pluripotent stem cells in scalable culture systems	2022 - 2025	Industrial Researcher
Defining parameters determining efficient 3D cluster formation of human pluripotent stem cells in scalable culture systems Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 42.54 Invested 1.1 mill. Budget 2.5 mill. Partners University of Copenhagen, NOVO NORDISK A/S People NOVO NORDISK A/S Read more about the project
Defining the Molecular Pathogenesis of Chronic Hand Eczema	2021 - 2024	Industrial Researcher
Defining the Molecular Pathogenesis of Chronic Hand Eczema Period 2021 - 2024 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 100 Invested 1.2 mill. Budget 1.2 mill. Partners LEO PHARMA A/S People LEO PHARMA A/S Read more about the project
Delivery of therapeutic antibodies to the brain using a novel uptake pathway	2022 - 2025	Industrial Researcher
Delivery of therapeutic antibodies to the brain using a novel uptake pathway Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 60.02 Invested 1.2 mill. Budget 2.1 mill. Partners University of Copenhagen, H LUNDBECK A/S People H LUNDBECK A/S Read more about the project