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in Mol Cell Biol

SORLA-dependent and -independent functions for PACS1 in control of amyloidogenic processes

  • T. Burgert
  • V. Schmidt
  • S. Caglayan
  • F. Lin
  • A. Füchtbauer
  • E.M. Füchtbauer
  • A. Nykjaer
  • A.S. Carlo
  • T.E. Willnow
in Development

Endocytic receptor-mediated control of morphogen signaling

  • T.E. Willnow
  • A. Christ
  • A. Hammes
in BMC Syst Biol

Multi-compartmental modeling of SORLA's influence on amyloidogenic processing in Alzheimer's disease

  • A. Lao
  • V. Schmidt
  • Y. Schmitz
  • T.E. Willnow
  • O. Wolkenhauer
in Arch Neurol

Identification of Alzheimer disease risk genotype that predicts efficiency of SORL1 expression in the brain

  • S. Caglayan
  • A. Bauerfeind
  • V. Schmidt
  • A.S. Carlo
  • T. Prabakaran
  • N. Huebner
  • T.E. Willnow
in Dev Cell

LRP2 is an auxiliary SHH receptor required to condition the forebrain ventral midline for inductive signals

  • A. Christ
  • A. Christa
  • E. Kur
  • O. Lioubinski
  • S. Bachmann
  • T.E. Willnow
  • A. Hammes
in J Neurosci

Retromer binds the FANSHY sorting motif in SorLA to regulate amyloid precursor protein sorting and processing

  • A.W. Fjorback
  • M. Seaman
  • C. Gustafsen
  • A. Mehmedbasic
  • S. Gokool
  • C. Wu
  • D. Militz
  • V. Schmidt
  • P. Madsen
  • J.R. Nyengaard
  • T.E. Willnow
  • E.I. Christensen
  • W.B. Mobley
  • A. Nykjaer
  • O.M. Andersen
in EMBO J

Quantitative modelling of amyloidogenic processing and its influence by SORLA in Alzheimer's disease

  • V. Schmidt
  • K. Baum
  • A. Lao
  • K. Rateitschak
  • Y. Schmitz
  • A. Teichmann
  • B. Wiesner
  • C.M. Petersen
  • A. Nykjaer
  • J. Wolf
  • O. Wolkenhauer
  • T.E. Willnow
in Novartis Found Symp

Early gonadal development: exploring Wt1 and Sox9 function

  • J.K. Guo
  • A. Hammes
  • M.C. Chaboissier
  • V. Vidal
  • Y. Xing
  • F. Wong
  • A. Schedl