Decoding transcriptional regulation using massively parallel reporter assays and Twist Oligo Pools

The latest advances in studying gene expression regulation

Cosmas Arnold & Bernardo Almeida Resource Image-720x460
Presented by
Dr. Cosmas Arnold
Dr. Cosmas Arnold
Research Institute for Molecular Pathology (IMP) / Stark Laboratory
Bernardo Almeida
Bernardo Almeida
Research Institute for Molecular Pathology (IMP) / Stark Laboratory

Covered in this Webinar
Twist Oligo Pools can support transcriptional regulation studies — new insights into functional genomics
Hear how different types of promoters are differentially activated by distinct cofactors
Promoter-cofactor compatibility can be elucidated using synthetic promoter candidates combined with STAP-seq

The complex patterns of gene expression that enable multi-cellularity and cell differentiation during animal development are encoded in the sequences of gene promoter and enhancer regions, which are bound by transcription factor (TF) and co-factor proteins.

Until recently, knowledge of the intricate nature of these interactions was limited to the study of a small number of enhancers in specific cell types and conditions. However, the advent of massively parallel reporter assays (MPRAs) coupled with access to high numbers of high-quality, synthetic DNA oligonucleotides is now providing deep insights into these relationships.  

Watch this webinar to hear Dr. Cosmas Arnold and Bernardo Almeida from the Research Institute for Molecular Pathology (IMP), Austria, share their latest research on transcriptional regulation.

 

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