Nora Noll

Master's Student at Department of Immunology, Genetics and Pathology; Research programme: Vascular Biology; Research group Peetra Magnusson

E-mail:: nora.noll@igp.uu.se
Visiting address:: Dag Hammarskjölds väg 20
751 85 Uppsala
Postal address:: Rudbecklaboratoriet
751 85 UPPSALA

Download contact information for Nora Noll at Department of Immunology, Genetics and Pathology; Research programme: Vascular Biology; Research group Peetra Magnusson

Publications

Recent publications

Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants

Erzar, Iza; Noll, Nora; Lugano, Roberta; Dimberg, Anna et al.

Part of STAR Protocols, 2025
- DOI for Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants
- Download full text (pdf) of Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants
KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation

Arce, Maximiliano; Erzar, Iza; Yang, Fan; Senthilkumar, Neeharika et al.

Part of Cell Reports, 2025
- DOI for KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation
- Download full text (pdf) of KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation

All publications

Articles in journal

Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants

Erzar, Iza; Noll, Nora; Lugano, Roberta; Dimberg, Anna et al.

Part of STAR Protocols, 2025
- DOI for Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants
- Download full text (pdf) of Protocol for generation of endothelial cells from human-derived iPSCs and integration into mouse brain explants
KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation

Arce, Maximiliano; Erzar, Iza; Yang, Fan; Senthilkumar, Neeharika et al.

Part of Cell Reports, 2025
- DOI for KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation
- Download full text (pdf) of KRIT1 heterozygous mutations are sufficient to induce a pathological phenotype in patient-derived iPSC models of cerebral cavernous malformation