Pathway to assess severe primary IGF-1 deficiency diagnosis in a real-life setting: data from the Global Increlex (R) Registry
Bang P, Polak M, Bossowski A, De Schepper J, Sert C, Perrot V, Wölfle J (2022)
Publication Type: Conference contribution
Publication year: 2022
Journal
Publisher: KARGER
City/Town: BASEL
Pages Range: 297-297
Conference Proceedings Title: HORMONE RESEARCH IN PAEDIATRICS
Authors with CRIS profile
Involved external institutions
Linköpings universitet / Linköping University
Sweden (SE)
Université de Paris
France (FR)
University of Białystok
Poland (PL)
University Hospital Ghent
Belgium (BE)
Ipsen Pharma
France (FR)
Sweden (SE)
Université de Paris
France (FR)
University of Białystok
Poland (PL)
University Hospital Ghent
Belgium (BE)
Ipsen Pharma
France (FR)
How to cite
APA:
Bang, P., Polak, M., Bossowski, A., De Schepper, J., Sert, C., Perrot, V., & Wölfle, J. (2022). Pathway to assess severe primary IGF-1 deficiency diagnosis in a real-life setting: data from the Global Increlex (R) Registry. In HORMONE RESEARCH IN PAEDIATRICS (pp. 297-297). BASEL: KARGER.
MLA:
Bang, Peter, et al. "Pathway to assess severe primary IGF-1 deficiency diagnosis in a real-life setting: data from the Global Increlex (R) Registry." Proceedings of the HORMONE RESEARCH IN PAEDIATRICS BASEL: KARGER, 2022. 297-297.
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