Sox17 Directly Binds Teads And Attenuates The Dna Binding Ability Of
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Full Article Emerging Roles Of Tead Transcription Factors And Its
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Toward The Design Of Ligands Selective For The C Terminal Domain Of
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Ppt Sequence Features Of Dna Binding Sites Reveal Structural Class Of
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Regulation Of Tead Transcription Factors In Cancer Biology
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Interface Mutation Of The Tea Domain Impairs Tead4 Transactivation A
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Therapeutic Targeting Of Tead Transcription Factors In Cancer Trends
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T3tr Interferes With The Transactivation Function Of Teads In This
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Pdf Dna Binding Mechanism Of The Hippo Pathway Transcription Factor Tead4
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Activation Of The A3b Promoter By Teads A Nucleotide Sequence Of The
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Yap Tp63 And Teads Associate And Show Common Genomic Binding Regions
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Tead Proteins Associate With Dna Repair Proteins To Facilitate Cellular
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Teads Are The Major Taz Binding Transcription Factors A Sbp Taz Is
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