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      • Physiological responses and adaptations to ecological stressors
      • Zebrafish as clinically relevant animal model to understand mechanisms of disease
      • Comparative and developmental evolutionary biology
    • Research highlightsResearch highlights
      • A key role for zebrafish in the development of exon-skipping therapies for USH2A-associated retinitis pigmentosa
      • Zebrafish scales as a new model in bone research
      • Molecular pathways in magnesium homeostasis
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      • Generation of genetically modified zebrafish
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  • Radboud Zebrafish Facility
    • News
      • News
    • Research
      • Our research themes
        • Physiological responses and adaptations to ecological stressors
        • Zebrafish as clinically relevant animal model to understand mechanisms of disease
        • Comparative and developmental evolutionary biology
      • Research highlights
        • A key role for zebrafish in the development of exon-skipping therapies for USH2A-associated retinitis pigmentosa
        • Zebrafish scales as a new model in bone research
        • Molecular pathways in magnesium homeostasis
        • Hosting researchers and contributing to their career development
    • Why zebrafish
    • Our facilities
      • Fish and aquaria
      • Safety and ethics
    • Techniques
      • Techniques and expertise
        • Generation of genetically modified zebrafish
        • Behavioral assays
        • Microscopy and imaging
    • Who we are
      • Who we are
      • What we offer
      • Organizational structure of the Radboud Zebrafish Facility
        • Steering Committee
        • Operational Team
        • Management and Valorization Team
    • Publications
    • Contact us



Visiting address

Radboud Zebrafish Facilities
Huygensbuilding
Heyendaalseweg 135
6525 AJ Nijmegen
The Netherlands

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