KI-Wissensfluss · Forschungsnachnutzung

Wohin fließt Wissen aus geförderter KI-Forschung?

Der Index verbindet deutsche Beteiligungen an EU-KI-Projekten mit ihren gemeldeten Forschungsoutputs und beobachtet über exakte DOI- und OpenAlex-Kennungen, wo diese Arbeiten weiter zitiert werden.

Exakte Kennungen statt NamensabgleichVollbestand und OpenAlex-Lauf getrenntKein generatives KI-Modell

Vollständiger OpenAlex-SuchlaufCollector geprüft 04. Nov. 2026, 01:11Quelldaten bis 11. Mai 2026Aufzeichnung seit 22. Juli 2026Revision 6

Vollbestand · CORDIS + OpenAIRE

Die belastbare Basis

Vollbestand geprüft

Projekt- und Output-Aggregate stammen aus dem vollständig geprüften Transferbestand. Sie werden nicht aus dem OpenAlex-Lauf hochgerechnet.

gemeldete Forschungsoutputs im Vollbestand: 56.274
Outputs mit mindestens einer DOI: 40.376
eindeutige DOI-Kennungen im Vollbestand: 68.976
gemeldete OpenAIRE-Zitationen: 769.275

Basis: der Transferbestand, den der Collector-Lauf vom 04. Nov. 2026 übernommen hat. Der KI-Transfer-Index kann inzwischen einen neueren Stand mit anderen Summen zeigen.

Vollständiger OpenAlex-Suchlauf

Der beobachtete Wissensfluss

Alle DOI-Outputs mindestens einmal abgefragt

Der vollständige Suchlauf verarbeitet den konfigurierten DOI-Bestand über exakte OpenAlex-Kennungen. Nicht auflösbare DOI bleiben als Lücken sichtbar; Titel und Namen werden nicht abgeglichen.

DOI-Outputs im OpenAlex-Lauf: 40.376
DOI-Kennungen im OpenAlex-Lauf: 68.976
DOI-Outputs exakt in OpenAlex aufgelöst: 29.911
beobachtete Output-Zitationskanten: 939.756

Auswahlregel: jeder DOI-tragende Output im konfigurierten Bestand; kein Titel- oder Namensabgleich

Projekte, Outputs oder Institutionen durchsuchenRahmenprogramm

Land der zitierenden Institution

Institutionstyp

180 Treffer

Output → zitierende Arbeit → Institution

Exakt beobachtete Wissenswege

Wähl einen Output und sieh, welche Arbeiten ihn referenzieren und welche Institutionen OpenAlex dafür meldet. Die Grafik zeigt höchstens fünf Outputs und je acht jüngste zitierende Arbeiten; die Kennzahlen zählen alle beobachteten Kanten des aktiven OpenAlex-Laufs. Personen- und Autorendaten werden nicht veröffentlicht.

Vollständiger OpenAlex-SuchlaufAlle DOI-Outputs mindestens einmal abgefragt

Geförderter Output

Zitierende Institutionen

Centre National de la Recherche ScientifiqueFR · 3 zitierende Arbeiten

Boston Children's HospitalUS · 2 zitierende Arbeiten

École Polytechnique Fédérale de LausanneCH · 2 zitierende Arbeiten

European Bioinformatics InstituteGB · 2 zitierende Arbeiten

Harvard UniversityUS · 2 zitierende Arbeiten

McGill UniversityCA · 2 zitierende Arbeiten

Stanford UniversityUS · 2 zitierende Arbeiten

Jüngste öffentlich dargestellte Verbindungen · höchstens acht Arbeiten je Output
Zitierende Arbeiten	Zitierende Institutionen	Land
Zirconium Based Chalcogenide Perovskites AZrS3 (A = Ca, Sr, Ba): Crystal Chemistry, Phase Behavior, Electronic and Optical Properties, Stability, and Energy Applications a Critical Review.	Afe Babalola University	NG
Thermochemistry of the Water Splitter SrTi0.5Mn0.5O3−δ Studied Using Density Functional Theory (DFT+ U )	American University in Cairo	EG
Peripheral nitrogen topology as a defect-chemical design parameter for electronic and magnetic states in graphene: a first-principles study of pyridinic, pyridazinic, pyrrolic, and pyrazolic configurations	Bangladesh University of Engineering and Technology	BD
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	CEA Grenoble	FR
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Centre d’Élaboration de Matériaux et d’Études Structurales	FR
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Centre National de la Recherche Scientifique	FR
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Commissariat à l'Énergie Atomique et aux Énergies Alternatives	FR
Zirconium Based Chalcogenide Perovskites AZrS3 (A = Ca, Sr, Ba): Crystal Chemistry, Phase Behavior, Electronic and Optical Properties, Stability, and Energy Applications a Critical Review.	Gombe State Polytechnic Bajoga	NG
Synergistic activation of peroxymonosulfate by Fe 3 O 4 /diatomite composite for efficient tetracycline degradation: mechanistic insights from experiments and density functional theory	Guizhou University	CN
Role of M-Site Cation Substitution on Phonon Rattling, Carrier Scattering, and Thermoelectric Performance in Vacancy-Ordered Double Perovskites Cs2MBr6 (M = Te, Pt)	Indian Institute of Science Education and Research Berhampur	IN
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Institut de Recherche Interdisciplinaire de Grenoble	FR
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Institut National des Sciences Appliquées de Toulouse	FR
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Institut polytechnique de Grenoble	FR
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	Japan Synchrotron Radiation Research Institute	JP
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	Keio University	JP
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	Kitasato University	JP
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Laboratoire de Physique et Chimie des Nano-Objets	FR
Oxygen-Induced Surface Reconstruction Tunes MoS2 Activity in Li–O2 Electrocatalysis	Mahasarakham University	TH
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	Nagoya University	JP
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	National Research Council	IT
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	Okayama University	JP
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Pontificia Universidad Católica Madre y Maestra	DO
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	SPring-8	JP
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	The University of Tokyo	JP
Hydrogenation-induced sp2-to-sp3 conversion of bilayer graphene on Cu(111): Formation of a thermally stable diamond-like carbon layer at an electronically coupled Cu–C interface	Université de Toulouse	FR
Peripheral nitrogen topology as a defect-chemical design parameter for electronic and magnetic states in graphene: a first-principles study of pyridinic, pyridazinic, pyrrolic, and pyrazolic configurations	University of Alabama in Huntsville	US
Switching the Ordering Pattern of Bi2Rh4 Breathing Distortion by Isovalent Chalcogen Substitution in Bi2Rh3 X 2 ( X = Se, S)	University of Hyogo	JP
Peripheral nitrogen topology as a defect-chemical design parameter for electronic and magnetic states in graphene: a first-principles study of pyridinic, pyridazinic, pyrrolic, and pyrazolic configurations	University of Illinois Urbana-Champaign	US
Inverse Design of Metainterfaces Towards Static Friction Control: Beyond the Hertzian Limit	Brown University	US
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Centre National de la Recherche Scientifique	FR
Quantifying the Effect of Synthetic Colour Fundus Photograph Scaling on Foundation Models	Chinese University of Hong Kong	HK
DMAF-Net: An effective modality rebalancing framework for incomplete multi-modal medical image segmentation	Chongqing University of Technology	CN
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Djavad Mowafaghian Centre for Brain Health	CA
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	Donostia International Physics Center	ES
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Douglas Mental Health University Institute	CA
Inverse Design of Metainterfaces Towards Static Friction Control: Beyond the Hertzian Limit	École Polytechnique Fédérale de Lausanne	CH
A self-supervised random noise attenuation method for seismic data based on self-attention	Hefei University of Technology	CN
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	Ikerbasque	ES
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	IMT Atlantique	FR
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Institut Universitaire de Gériatrie de Montréal	CA
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	Instituto Biofisika	ES
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	Instituto de Tecnologia Química e Biológica António Xavier	PT
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Laboratoire des Sciences et Techniques de l’Information de la Communication et de la Connaissance	FR
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	McGill University	CA
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Mila - Quebec Artificial Intelligence Institute	CA
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Montreal Neurological Institute and Hospital	CA
Quantifying the Effect of Synthetic Colour Fundus Photograph Scaling on Foundation Models	Moorfields Eye Hospital NHS Foundation Trust	GB
Quantifying the Effect of Synthetic Colour Fundus Photograph Scaling on Foundation Models	National University of Singapore	SG
Quantifying the Effect of Synthetic Colour Fundus Photograph Scaling on Foundation Models	NIHR Moorfields Biomedical Research Centre	GB
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	NOVA Institute for Medical Systems Biology	PT
Computer-aided triage and diagnostic routing for efficient medical image classification	Shandong Jianzhu University	CN
Quantifying the Effect of Synthetic Colour Fundus Photograph Scaling on Foundation Models	Singapore National Eye Center	SG
DMAF-Net: An effective modality rebalancing framework for incomplete multi-modal medical image segmentation	Southeast University	CN
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	Université de Montréal	CA
Current gaps in downstream applications of fMRI foundation models: lessons learned from BrainLM & BrainHarmonix on Prevent-AD	University of British Columbia	CA
DINOSim : Training‐Free Semantic Segmentation on Microscopy Images	University of the Basque Country	ES
YOLO-DFA: dynamic feature-aware fusion for small object detection in UAV and remote sensing imagery	Xihua University	CN
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Boston Children's Hospital	US
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Boston University	US
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Broad Institute	US
Dual Cell Carriers Support In Vitro Tri-Culture Models for Tracheal Tissue Patch Development	Buriram Rajabhat University	TH
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Centro de Química Estrutural	PT
Dual Cell Carriers Support In Vitro Tri-Culture Models for Tracheal Tissue Patch Development	Chulalongkorn University	TH
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Comprehensive Health Research Centre	PT
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	École Polytechnique Fédérale de Lausanne	CH
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Harvard University	US
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Institute for Biotechnology and Bioengineering	PT
An analytical workflow enabling selective enrichment of proteoglycans and heparin ligands from the human aorta	Institution nicht gemeldet	unbekannt
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Instituto Superior Técnico	PT
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	Italian Institute of Technology	IT
Dual Cell Carriers Support In Vitro Tri-Culture Models for Tracheal Tissue Patch Development	King Chulalongkorn Memorial Hospital	TH
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Mahidol University	TH
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	Max Planck Institute for Brain Research	DE
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	Max Planck Institute of Biophysics	DE
ZmHY5L synergistically affects endosperm starch quality and grain morphology through G-box-mediated transcriptional regulation of the maize waxy gene	Ministry of Agriculture and Rural Affairs	CN
Dual Cell Carriers Support In Vitro Tri-Culture Models for Tracheal Tissue Patch Development	National Center for Genetic Engineering and Biotechnology	TH
Dual Cell Carriers Support In Vitro Tri-Culture Models for Tracheal Tissue Patch Development	National Science and Technology Development Agency	TH
MYST-Dependent Proteome and Acetylome Landscapes in Fungal Morphogenesis and Pathogenesis	Shenyang Agricultural University	CN
UCHL1 as a Biomarker of Brain Injury in Neonates and Infants Undergoing Cardiac Surgery: An Exploratory Study	Siriraj Hospital	TH
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Unidade Local de Saúde de São José	PT
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Universidade Nova de Lisboa	PT
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	Universidade Politécnica de Lisboa	PT
Quantitative Top‐Down Proteomics: A Review	University of Alabama	US
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	University of Bologna	IT
Extracorporeal membrane oxygenation impact on critically ill COVID-19 patients	University of Lisbon	PT
Breaking new ground into RAD51 BRC repeats interplay in homologous recombination	University of Urbino	IT
MYST-Dependent Proteome and Acetylome Landscapes in Fungal Morphogenesis and Pathogenesis	Xi’an International University	CN
ZmHY5L synergistically affects endosperm starch quality and grain morphology through G-box-mediated transcriptional regulation of the maize waxy gene	Yunnan Academy of Agricultural Sciences	CN
Multilevel response to heat and cold stress in cauliflower (Brassica oleracea var. botrytis)	Adam Mickiewicz University in Poznań	PL
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Amgen (United States)	US
Integration of Chemical Probes and Degradomics Reveals That Cathepsin B Functions Primarily as a Dipeptidyl Carboxypeptidase in Macrophages	Baker Heart and Diabetes Institute	AU
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Boston Children's Hospital	US
Mitochondrial transfer enhances the metabolic fitness and antitumor activity of primary NK cells	CHA University	KR
High-resolution transcriptomic and proteomic profiling of house dust mite homologous allergens	Czech Agrifood Research Center	CZ
High-resolution transcriptomic and proteomic profiling of house dust mite homologous allergens	Czech University of Life Sciences Prague	CZ
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Harvard Stem Cell Institute	US
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Harvard University	US
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Howard Hughes Medical Institute	US
Mitochondrial transfer enhances the metabolic fitness and antitumor activity of primary NK cells	Inha University	KR
An analytical workflow enabling selective enrichment of proteoglycans and heparin ligands from the human aorta	Institution nicht gemeldet	unbekannt
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	Karolinska Institutet	SE
Interaction of outer membrane vesicles of the oral pathogen Porphyromonas gingivalis with human red blood cells disclosed by proteome analyses	Lesaffre (France)	FR
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	McGill University	CA
High-resolution transcriptomic and proteomic profiling of house dust mite homologous allergens	Medical University of Vienna	AT
Integration of Chemical Probes and Degradomics Reveals That Cathepsin B Functions Primarily as a Dipeptidyl Carboxypeptidase in Macrophages	Peter Doherty Institute	AU
Multilevel response to heat and cold stress in cauliflower (Brassica oleracea var. botrytis)	Poznan University of Medical Sciences	PL
High-resolution transcriptomic and proteomic profiling of house dust mite homologous allergens	Purdue University West Lafayette	US
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	Science for Life Laboratory	SE
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	St. Jude Children's Research Hospital	US
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Stanford Medicine	US
A nanoscale map of the human cell surface proteome reveals spatial and functional organization	Stanford University	US
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	Stanford University	US
Integration of Chemical Probes and Degradomics Reveals That Cathepsin B Functions Primarily as a Dipeptidyl Carboxypeptidase in Macrophages	The University of Melbourne	AU
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	The University of Texas MD Anderson Cancer Center	US
Interaction of outer membrane vesicles of the oral pathogen Porphyromonas gingivalis with human red blood cells disclosed by proteome analyses	Universität Greifswald	DE
Interaction of outer membrane vesicles of the oral pathogen Porphyromonas gingivalis with human red blood cells disclosed by proteome analyses	University Medical Center Groningen	NL
Mitochondrial transfer enhances the metabolic fitness and antitumor activity of primary NK cells	University of California, Irvine	US
Interaction of outer membrane vesicles of the oral pathogen Porphyromonas gingivalis with human red blood cells disclosed by proteome analyses	University of Groningen	NL
Integration of Chemical Probes and Degradomics Reveals That Cathepsin B Functions Primarily as a Dipeptidyl Carboxypeptidase in Macrophages	Walter and Eliza Hall Institute of Medical Research	AU
Methylated eEF1A selectively decodes mRNA to shape cancer proteomes	Washington University in St. Louis	US
Ubi-SCAPE Enables Deep Exploration of the Poly-Ubiquitylome	Babraham Institute	GB
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	Carnegie Institution for Science	US
Mediator-associated proteins and the small RNA–guided Polycomb repressive complex enhance cryptic transcription for transposon exclusion	Centre National de la Recherche Scientifique	FR
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	Department of Embryology	US
Cell Painting and machine learning for mechanistic profiling of hepatotoxic botanicals and their constituents	European Bioinformatics Institute	GB
Quantifying Data Reuse in Proteomics Using PRIDE Downloads Statistics and a Semi‐Supervised LLM‐Based Framework	European Bioinformatics Institute	GB
Cell Painting and machine learning for mechanistic profiling of hepatotoxic botanicals and their constituents	Health and Environmental Sciences Institute	US
Mediator-associated proteins and the small RNA–guided Polycomb repressive complex enhance cryptic transcription for transposon exclusion	Institut de Génétique Humaine	FR
In vitro investigation of the host-pathogen interaction in human strongyloidiasis at the intestinal level	IRCCS Policlinico San Donato	IT
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	King Abdullah University of Science and Technology	SA
Cell Painting and machine learning for mechanistic profiling of hepatotoxic botanicals and their constituents	National Institute of Environmental Health Sciences	US
Cell Painting and machine learning for mechanistic profiling of hepatotoxic botanicals and their constituents	National Institutes of Health	US
Ubi-SCAPE Enables Deep Exploration of the Poly-Ubiquitylome	Newcastle University	GB
Mediator-associated proteins and the small RNA–guided Polycomb repressive complex enhance cryptic transcription for transposon exclusion	Ocean University of China	CN
In vitro investigation of the host-pathogen interaction in human strongyloidiasis at the intestinal level	Ospedale Sacro Cuore Don Calabria	IT
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	Polytech Nice Sophia	FR
Cell Painting and machine learning for mechanistic profiling of hepatotoxic botanicals and their constituents	Procter & Gamble (United States)	US
Renal clearance rate, estimated renal reabsorption ratio, and kidney proteome of Holstein dairy cows with divergent milk urea concentrations	Research Institute for Farm Animal Biology (FBN)	DE
The impact of ventilation mode on systemic inflammation and organ dysfunction in a porcine model of abdominal sepsis-associated acute respiratory distress syndrome	SUNY Upstate Medical University	US
In vitro investigation of the host-pathogen interaction in human strongyloidiasis at the intestinal level	Università degli Studi del Piemonte Orientale “Amedeo Avogadro”	IT
Renal clearance rate, estimated renal reabsorption ratio, and kidney proteome of Holstein dairy cows with divergent milk urea concentrations	Universität Greifswald	DE
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	Université Côte d'Azur	FR
Mediator-associated proteins and the small RNA–guided Polycomb repressive complex enhance cryptic transcription for transposon exclusion	Université de Montpellier	FR
The impact of ventilation mode on systemic inflammation and organ dysfunction in a porcine model of abdominal sepsis-associated acute respiratory distress syndrome	University of Arkansas for Medical Sciences	US
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	University of California, Berkeley	US
Ubi-SCAPE Enables Deep Exploration of the Poly-Ubiquitylome	University of Manchester	GB
The impact of ventilation mode on systemic inflammation and organ dysfunction in a porcine model of abdominal sepsis-associated acute respiratory distress syndrome	University of Maryland Medical Center	US
In vitro investigation of the host-pathogen interaction in human strongyloidiasis at the intestinal level	University of Parma	IT
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	University of Technology Sydney	AU
In vitro investigation of the host-pathogen interaction in human strongyloidiasis at the intestinal level	University of Verona	IT
Renal clearance rate, estimated renal reabsorption ratio, and kidney proteome of Holstein dairy cows with divergent milk urea concentrations	University of Veterinary Medicine Vienna	AT
Liposome supplementation enhances host metabolism in a model symbiotic cnidarian	Victoria University of Wellington	NZ
Quantifying Data Reuse in Proteomics Using PRIDE Downloads Statistics and a Semi‐Supervised LLM‐Based Framework	Wellcome Trust	GB

10 von 153 Verbindungen

Methode & Identitätsregeln

Wissensfluss ohne erfundene Brücken

Der Collector verbindet Quellen nur über kompatible amtliche oder persistente Kennungen. Fehlende Zuordnungen bleiben sichtbar unbekannt.

1
Projektkohorte exakt abgrenzen
CORDIS-Projektcodes und gemeldete deutsche Beteiligungen definieren die KI-Kohorte; sie beweisen keine deutsche Urheberschaft an jedem Output.
2
Outputs aus OpenAIRE übernehmen
Forschungsprodukte werden nur über die von OpenAIRE gemeldete Projektbeziehung angebunden. Vollbestandsaggregate bleiben vom OpenAlex-Lauf getrennt.
3
Alle DOI-Verbindungen erhalten
Jede gültige DOI eines Outputs wird einzeln verarbeitet. Der Collector wählt keine vermeintliche Haupt-DOI und gleicht keine Titel oder Personennamen ab.
4
Referenzen rückwärts auflösen
Zitierende Arbeiten zählen nur, wenn ihre OpenAlex-Referenzliste eine aufgelöste Zielarbeit enthält. Institutionen stammen aus den gemeldeten Affiliationen.

Sammlung, Verknüpfung, Klassifikation und Darstellung verwenden kein generatives KI-Modell.

So liest du die Zahlen richtig

Zitationen belegen wissenschaftliche Aufmerksamkeit oder Nachnutzung, aber weder Qualität noch wirtschaftliche oder gesellschaftliche Wirkung.
CORDIS belegt eine deutsche Beteiligung am Projekt. Daraus folgt nicht, dass ein deutscher Projektpartner einen verknüpften Output verfasst hat.
Die Flussanalyse verarbeitet alle exakt DOI-verknüpften Outputs des konfigurierten Bestands.
Länder, Sektoren und Institutionen werden aus gemeldeten OpenAlex-Affiliationen voll gezählt und können sich überlappen. Fehlende Affiliationen bleiben unbekannt.
OpenAlex datiert manche zitierende Arbeit Jahre vor dem Output, den sie zitiert, etwa bei Nachdrucken oder fehlerhaften Metadaten. Solche Kanten zählen mit, ihr Datum aber nicht: Zeitachse sowie erste und jüngste Zitation verwenden nur Daten ab einem Jahr vor dem frühesten Datum des zitierten Outputs und bis zum Prüftag.
Quellen ergänzen, korrigieren und deduplizieren Datensätze rückwirkend. Jüngste Monate sind deshalb als vorläufig markiert.

Quellen, Lizenzen & eigener Abdeckungsstatus

Jede Quelle zeigt ihren Prüfstatus. Der Quellstichtag steht oben separat vom Zeitpunkt des Collector-Laufs; begrenzte Ausschnitte werden nicht hochgerechnet.

Europäische Kommission · CORDISverfügbar

1.170Projekte

Lizenz / Nachnutzung: Nachnutzungsregeln der Europäischen Kommission

geprüft 04. Nov. 2026, 01:11Quelle öffnen ↗

OpenAIRE Graphverfügbar

56.274Outputs

Lizenz / Nachnutzung: CC BY 4.0

geprüft 04. Nov. 2026, 01:11Quelle öffnen ↗

OpenAlexverfügbar

32.652aufgelöste OpenAlex-Werke

Lizenz / Nachnutzung: CC0

geprüft 04. Nov. 2026, 01:11Quelle öffnen ↗

ROR-Kennungen via OpenAlexverfügbar

43.297ROR-Kennungen

Lizenz / Nachnutzung: CC0

geprüft 04. Nov. 2026, 01:11Quelle öffnen ↗

Häufige Fragen

Was misst der KI-Wissensfluss?

Er beobachtet, welche Arbeiten Outputs aus EU-geförderten KI-Projekten zitieren und welche Länder, Sektoren und Institutionen in den gemeldeten Affiliationen dieser zitierenden Arbeiten vorkommen. Das ist ein Signal für wissenschaftliche Aufmerksamkeit und Nachnutzung.

Welche Abdeckung hat die OpenAlex-Auswertung?

Die Karte zum beobachteten Wissensfluss nennt den aktiven Umfang. Eine begrenzte Probe wird nicht hochgerechnet. Ein vollständiger Suchlauf verarbeitet den konfigurierten DOI-Bestand; nicht auflösbare DOI bleiben als Lücken ausgewiesen.

Belegt der Index deutsche Urheberschaft oder Wirkung?

Nein. CORDIS belegt eine deutsche Projektbeteiligung, nicht die Urheberschaft an jedem Output. Eine Zitation belegt außerdem weder Qualität noch wirtschaftliche oder gesellschaftliche Wirkung.

Warum kann ein Output mehrere DOI- und OpenAlex-Verbindungen haben?

OpenAIRE kann mehrere persistente Kennungen für denselben Output melden, etwa für Preprint und Zeitschriftenfassung. Der Collector erhält diese n:m-Beziehung, statt willkürlich eine Hauptkennung zu wählen.

Veröffentlicht der Index Namen von Autorinnen oder Autoren?

Nein. Für den Wissensfluss reichen Arbeits-, Institutions- und ROR-Kennungen. Personen-, Autoren- und ORCID-Daten werden nicht in den öffentlichen Datensatz übernommen.

Verwendet der Collector generative KI?

Nein. Er arbeitet mit versionierten Regeln, exakten Kennungen, API-Antworten und Schema-Prüfungen. Es gibt weder ein Sprachmodell im Collector noch generierte Zuordnungen.

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