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Chen T, Ming J, Cao P et al. Genome-wide RNAi and chemical genetic studies identify XBP-1 splicing as a central node that links DNA excision repair, neuro-degeneration, protein synthesis and malignant transformation. F1000Posters 2011, 2:922 (poster)

Genome-wide RNAi and chemical genetic studies identify XBP-1 splicing as a central node that links DNA excision repair, neuro-degeneration, protein synthesis and malignant transformation

Ting Chen1, Jie Ming, Peng Cao, Caroline Shamu, Duygu Ozel, Huseyin Aktas
Published 11 Jul 2011
Author Affiliations
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Published 11 Jul 2011

Genome-wide RNAi and chemical genetic studies identify XBP-1 splicing as a central node that links DNA excision repair, neuro-degeneration, protein synthesis and malignant transformation

[version 1; not peer reviewed]

Ting Chen1, Jie Ming, Peng Cao, Caroline Shamu, Duygu Ozel, Huseyin Aktas
Author Affiliations
1 Laboratory for Translational Research, Harvard Medical School, USA
Presented at
Models of Human Disease 2nd International Conference 2011
Abstract
Competing Interests

No relevant conflicts of interest declared.

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