Salk Institute

Office of Technology Development

Technologies Available for Collaboration

Neuroscience

+ Neurological disease modeling
Fred Gage

+ Animal models of neuronal loss in diseases such as Parkinson's
Martyn Goulding

+ A safe approach to regenerative medicine
Juan Carlos Izpisua Belmonte

+ Therapeutic compounds for neurodegenerative and metabolic disease
Pamela Maher

+ Fisetin/DHA combination for treating cognative decline
Pamela Maher

+ Novel molecular targets for treating schizophrenia.
Kuo-Fen Lee

+ Repair of synaptic connections following injuries such as stroke
Nicola Allen

+ Optogenetics in the treatment of Parkinson's disease
Xin Jin

+ Imaging of specific neuronal cell types in awake, behaving animals
Axel Nimmerjhan

+ In vitro model of myelination and MS
Fred Gage

+ Compound for the treatment of ischemic stroke
David Schubert

Metabolism

+ HDAC inhibition to reduce hepatic glucose output and treat type II diabetes
Marc Montminy

+ Cancer metabolism
Reuben Shaw

Oncology

+ A cell-based screen to identify therapeutic compounds for pancreatic cancer
Ronald Evans

+ Immunovaccines
Juan Carlos Izpisua Belmonte

+ SKIP and cancer therapy
Katherine Jones

+ Combination cancer therapy
Jan Karlseder

+ ULK1 Inhibitors, in combination with mTOR inhibitors as a cytotoxic cancer therapy
Reuben Shaw

+ Cancer models that replicate the characteristics of human disease
Inder Verma

+ New targets for triple negative breast cancer
Geoff Wahl

+ Cancer metabolism
Reuben Shaw

+ Mouse models of non-small cell lung carcinoma
Reuben Shaw

Miscellaneous

+ TAM receptor modulators as anti-virals and anti-inflammatories
Greg Lemke

+ Therapy for hemophilia
Juan Carlos Izpisua Belmonte

+ Therapy for hemophilia
Inder Verma

+ Increasing production of recombinant proteins
Geoff Wahl

+ High throughtput screen for modulators of protein-protein interactions (PPI)
Geoff Wahl

+ Enzyme engineering for the production of chemical intermediates
Joseph Noel

+ Regenerative medicine and chondrogenesis
Juan Carlos Izpisua Belmonte

+ Motor neuron dysfunction in ALS and spinal muscular atrophy (SMA)
Sam Pfaff

+ Cardiac regeneration in vivo through miRNA downregulation
Juan Carlos Izpisua Belmonte


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