Newsletter
Sign up for the Fund's newsletter and get the lastest news, calls and events
| Titel Sort descending | Periode | Program | |
|---|---|---|---|
| Engineering biomimicking microenvironments for functional drug-safety screening | 2017 - 2020 | Industrial Researcher
|
|
|
Engineering biomimicking microenvironments for functional drug-safety screening
Period
2017 - 2020
Region
Region Hovedstaden Program
Erhvervsforsker Area
Biotek, Medico og Sundhed Investment
Percentage
65.57 Invested
1.1 mill. Budget
1.6 mill. Partners
Technical University of Denmark, Sophion Bioscience A/S People
Sophion Bioscience A/S
Read more about the project
| |||
| Engineering mAb fragment-based affinity adsorbents with high binding capacity for protein purification | 2016 - 2019 | Industrial Researcher
|
|
|
Engineering mAb fragment-based affinity adsorbents with high binding capacity for protein purification
Period
2016 - 2019
Region
Region Hovedstaden Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
72.5 Invested
1.1 mill. Budget
1.5 mill. Partners
NOVO NORDISK A/S People
NOVO NORDISK A/S
Read more about the project
| |||
| Engineering of CHO cell lines for production of biopharmaceutical products with designed quality | 2016 - 2021 | Industrial Researcher
|
|
|
Engineering of CHO cell lines for production of biopharmaceutical products with designed quality
Period
2016 - 2021
Region
Region Hovedstaden Program
Erhvervsforsker Area
Produktion, Materialer, Digitalisering og IKT Investment
Percentage
32.63 Invested
1.3 mill. Budget
4.1 mill. Partners
Technical University of Denmark, AGC Biologics A/S People
AGC Biologics A/S
Read more about the project
| |||
| Enhancing Centrifugal Pump Design with Physics-Informed Machine Learning | 2025 - 2028 | Industrial Researcher
|
|
|
Enhancing Centrifugal Pump Design with Physics-Informed Machine Learning
Period
2025 - 2028
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
34.73 Invested
1.1 mill. Budget
3.1 mill. Dette projekt har til formål at integrere domænespecifik viden om centrifugalpumper med maskinlæringsmodeller. Med denne integration udnytter vi afgrænsningerne og indsigten fra fysiske modeller med maskinlæringsmodellernes mønstergenkendende egenskaber. Disse fysik-informerede maskinlæringsmodeller, kombineret med optimeringsalgoritmer, muliggør omfattende udforskninger af designrummet og giver os mulighed for at udvikle mere effektive og modulære pumpedesigns.
Partners
Aarhus University, GRUNDFOS HOLDING A/S People
Aarhus University
Read more about the project
| |||
| Enhancing Multi-omics Analyses for Clinical Application with New Evotips Separation Strategies and Ultrafast LC Gradients | 2023 - 2026 | Industrial Researcher
|
|
|
Enhancing Multi-omics Analyses for Clinical Application with New Evotips Separation Strategies and Ultrafast LC Gradients
Period
2023 - 2026
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
48.94 Invested
1.2 mill. Budget
2.5 mill. Forskningsprojektet har til formål at udvikle nye kromatografiske separationsmetoder til Evosep One-platformen (fra Evosep Biosystems) for at kunne analysere biomolekyler som metabolitter, glykaner og intakte proteiner. Teknologien vil udvide Evosep One's anvendelsesområde og gavne forskere og den farmaceutiske industri samt effektivisere kliniske studier. Det forventes, at projektet vil føre til udvikling af nye produkter, og vil blive udført i samarbejde med Syddansk Universitet.
Partners
University of Southern Denmark, Evosep ApS People
Read more about the project
| |||
| Enhancing Safety and Quality in Next Generation Biopharmaceuticals: In-Depth Mass Spectrometry Characterization of Cell-, Gene-, and Viral Therapy Products | 2025 - 2028 | Industrial Researcher
|
|
|
Enhancing Safety and Quality in Next Generation Biopharmaceuticals: In-Depth Mass Spectrometry Characterization of Cell-, Gene-, and Viral Therapy Products
Period
2025 - 2028
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
46.31 Invested
1.1 mill. Budget
2.3 mill. En ny generation af lægemidler, der inkluderer celle-, gen- og virale terapier skaber nye behandlingsmuligheder for alvorlige sygdomme, men grundet deres komplicerede produktionsproces kan procesurenheder påvirke lægemidlets virkning og forårsage bivirkninger. Dette projekt har til formål at skabe en ny massespektrometri-baseret analyse til komplet karakterisering af alle proteiner i next generation biopharmaceuticals for at lægemiddeludviklere kan producere renere og mere sikre lægemidler.
Partners
ALPHALYSE A/S, University of Southern Denmark People
University of Southern Denmark
Read more about the project
| |||
| Enhancing Speech Recorded with Multiple Devices | 2019 - 2022 | Industrial Researcher
|
|
|
Enhancing Speech Recorded with Multiple Devices
Period
2019 - 2022
Region
Region Midtjylland Program
Erhvervsforsker Area
Produktion, Materialer, Digitalisering og IKT Investment
Percentage
61.89 Invested
1.1 mill. Budget
1.7 mill. Partners
Aalborg University, Visma Local Government A/S People
Visma Local Government A/S
Read more about the project
| |||
| Enhancing the lifetime of SOEC technology through statistical process control and system optimization | 2023 - 2026 | Industrial Researcher
|
|
|
Enhancing the lifetime of SOEC technology through statistical process control and system optimization
Period
2023 - 2026
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
47.86 Invested
1.1 mill. Budget
2.2 mill. The main objective of this project is to implement statistical process control in monitoring of SOE stack performance. This will provide early warning triggers and help identify operation at suboptimal conditions. As industrial scale SOE systems will consist of thousands of electrolysis cells, monitoring the health of single cells would add an unrealistic cost to an industrial plant. The statistical tools will be used to derive performance indicators without having a direct measurement avaliable
Partners
Aarhus University, Topsoe A/S People
Read more about the project
| |||
| Ensuring ethical standards within a multinational pharmaceutical corporation: An anthropological study of business ethics across global locations within Ferring Pharmaceuticals | 2017 - 2020 | Industrial Researcher
|
|
|
Ensuring ethical standards within a multinational pharmaceutical corporation: An anthropological study of business ethics across global locations within Ferring Pharmaceuticals
Period
2017 - 2020
Region
Region Hovedstaden Program
Erhvervsforsker Area
Handel, Service og Samfund Investment
Percentage
54.16 Invested
964.000 Budget
1.8 mill. Partners
Copenhagen Business School, Ferring Pharmaceuticals A/S People
Ferring Pharmaceuticals A/S
Read more about the project
| |||
| Ensuring patient acceptance of new pharmaceutical formulations through communication optimization – a mixed methods study | 2024 - 2027 | Industrial Researcher
|
|
|
Ensuring patient acceptance of new pharmaceutical formulations through communication optimization – a mixed methods study
Period
2024 - 2027
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
63.66 Invested
1.1 mill. Budget
1.7 mill. This Industrial PhD aims to ensure market acceptance of new drug formulations by incorporating patient insights into pharmaceutical technology development, exemplified by the BIONDD intra-wall technology. Utilizing social science methods, the project develops a research-based model for relevant patient engagement in the development process, through optimized communication between patients and experts. The project benefits patients while enhancing the competitiveness of pharmaceutical companies.
Partners
University of Copenhagen, Biograil ApS People
Read more about the project
| |||
| Ensuring the integrity of urban assets during underground excavations: data-driven analytical methods for design and alarm systems | 2023 - 2026 | Industrial Researcher
|
|
|
Ensuring the integrity of urban assets during underground excavations: data-driven analytical methods for design and alarm systems
Period
2023 - 2026
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
65.85 Invested
1.1 mill. Budget
1.6 mill. Dette projekt har til formål at udvikle datadrevne modelleringsløsninger til at designe nye metrolinjer i København (tunneler og skakte), der optimerer risikoen for skader på eksisterende konstruktioner og installationer mod CO2-fodaftryk. Det planlægges at disse løsninger også vil blive testet som realtidsalarmsystemer under et eller flere udvalgte igangværende byggeprojekter. ARUP vil tackle udfordringer ifm. opførsel af store underjordiske infrastrukturanlæg ved at udnytte teoretiske metoder
Partners
Aarhus University, OVE ARUP & PARTNERS DANMARK A/S People
Read more about the project
| |||
| Entanglement sources for quantum computing | 2024 - 2027 | Industrial Researcher
|
|
|
Entanglement sources for quantum computing
Period
2024 - 2027
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
44.15 Invested
1.1 mill. Budget
2.4 mill. Dette projekt kombinerer nye forskningsresultater fra Niels Bohr Institutet med Sparrow Quantums (SQ) deterministiske enkelt-foton kilde. Resultatet vil være en prototype på en deterministisk kilde til sammenfiltrede fotoner. Denne prototype vil være udgangspunktet for et kommercielt produkt som vil være en nøglebrik i udviklingen af fejlrettede kvantecomputere og kvantekommunikations protokoller. Dette produkt vil sikre SQ og DK en strategisk nøglerolle i udviklingen af ny, kritisk teknologi.
Partners
University of Copenhagen, Sparrow Quantum ApS People
Read more about the project
| |||
| Entrepreneurship and Innovation Education: Learning how to better participate collaboratively in physical and virtual networks across global innovation clusters | 2015 - 2018 | Industrial Researcher
|
|
|
Entrepreneurship and Innovation Education: Learning how to better participate collaboratively in physical and virtual networks across global innovation clusters
Period
2015 - 2018
Region
Region Hovedstaden Program
Erhvervsforsker Area
Handel, Service og Samfund Investment
Percentage
48.87 Invested
911.000 Budget
1.9 mill. Partners
FONDEN DIS - DANISH INSTITUTE FOR STUDY ABROAD People
FONDEN DIS - DANISH INSTITUTE FOR STUDY ABROAD
Read more about the project
| |||
| Environmental awareness for agricultural vehicles using Scene Flow | 2023 - 2026 | Industrial Researcher
|
|
|
Environmental awareness for agricultural vehicles using Scene Flow
Period
2023 - 2026
Region
Program
Erhvervsforsker Area
Ikke defineret Investment
Percentage
42.62 Invested
1.1 mill. Budget
2.5 mill. Autonom høst kræver bedre erkendelse af miljøet. Nuværende metoder er begrænset, dette projekt fokuserer på hvorledes bevægelse i miljøet kan anvendes ved Scene Flow, hvor miljøets bevægelse estimeres uden andvendelse af de kontekstuelle egenskaber. Dette forbedrer mulighederne for kollisionsundgåelse og ruteplanlægning. Forskning i anvendelse af bevægelse i landbrugsmiljøet mangler da eksisterende algoritmer er uegnede til komplekse landbrugsscener.
Partners
Aalborg University, AGCO A/S People
Read more about the project
| |||
| Enzymatic diversification of amino acids for sustainable production of biochemicals | 2019 - 2022 | Industrial Researcher
|
|
|
Enzymatic diversification of amino acids for sustainable production of biochemicals
Period
2019 - 2022
Region
Region Hovedstaden Program
Erhvervsforsker Area
Biotek, Medico og Sundhed Investment
Percentage
39.37 Invested
1.2 mill. Budget
3.2 mill. Partners
Technical University of Denmark, CysBio ApS People
CysBio ApS
Read more about the project
| |||