Camila Felix de Lima Fernandes | PRION 2025 | Galoá Proceedings

University of Sao Paulo

Camila Felix de Lima Fernandes

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Investigating the role of the cellular prion protein and its partner STIP1 in neurodevelopment
Fernandes, Camila Felix de Lima ¹
Helzel, Lucas Prestes ¹
Lopes, Marilene Hohmuth ¹
¹ University of Sao Paulo
Vol 1, 2025 -
329833

Protein structure, function, conversion, and dysfunction

Abstract Prion 2025
Regulation and maintenance of pluripotency and proteostasis in hiPSCs through STIP1 and PrPC function
Helzel, Lucas Prestes ¹
Fernandes, Camila Felix de Lima ²
LOPES, MARILENE HOHMUTH ³
¹ University of São Paulo
² University of Sao Paulo
³ Universidade de São Paulo
Vol 1, 2025 -
329710

Protein structure, function, conversion, and dysfunction

Abstract Prion 2025
Dissecting the Role of PrPc’s Partner Stip1 in Early Embryogenesis via Wnt Signaling
Soares, Samuel Ribeiro ¹
Lopes, Marilene ²
Fernandes, Camila Felix de Lima ³
¹ University of São Paulo
² Univrsity of São Paulo
³ University of Sao Paulo
Vol 1, 2025 -
329642

Protein structure, function, conversion, and dysfunction

Abstract Prion 2025
Cellular prion protein drives mesenchymal identity and microenvironment interaction in glioblastoma
Souza, Maria Clara da Silva ¹
Fernandes, Camila Felix de Lima ¹
Vadla, Raghavendra ²
Banerjee, Abhinaba ³
Miyaken, Yohei ²
Ayyadhury, Shamini ⁴
Coelho, Barbara ¹
Nathwani, Nidhi ²
Sousa, Breno ¹
Furnari, Frank ²
LOPES, MARILENE HOHMUTH ⁵
¹ University of Sao Paulo
² University of California, San Diego
³ University of California at San Diego
⁴ University of Toronto, Toronto, ON, Canada
⁵ Universidade de São Paulo
Vol 1, 2025 -
329506

Protein structure, function, conversion, and dysfunction

Abstract Prion 2025

Co-authors (13)

Publications in other proceedings

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STI1 IS REQUIRED FOR STEMNESS OF MOUSE EMBRYONIC STEM CELLS