Predicting chromosomal compartments directly from the nucleotide sequence with DNA-DDA.Three-dimensional (3D) genome architecture is characterized by multi-scale patterns and plays an essential role in gene regulation.  We show that DNA-DDA models derived from a 20 Mb sequence are sufficient to predict genome wide compartmentalization at the scale of 100 kb in four different cell types. 
DNA-DDA
Predicting chromosomal compartments directly from the nucleotide sequence with DNA-DDA.Three-dimensional (3D) genome architecture is characterized by multi-scale patterns and plays an essential role in gene regulation.  We show that DNA-DDA models derived from a 20 Mb sequence are sufficient to predict genome wide compartmentalization at the scale of 100 kb in four different cell types. 
DNA-DDA
Predicting chromosomal compartments directly from the nucleotide sequence with DNA-DDA.Three-dimensional (3D) genome architecture is characterized by multi-scale patterns and plays an essential role in gene regulation.  We show that DNA-DDA models derived from a 20 Mb sequence are sufficient to predict genome wide compartmentalization at the scale of 100 kb in four different cell types. 
DNA-DDA
Predicting chromosomal compartments directly from the nucleotide sequence with DNA-DDA.Three-dimensional (3D) genome architecture is characterized by multi-scale patterns and plays an essential role in gene regulation.  We show that DNA-DDA models derived from a 20 Mb sequence are sufficient to predict genome wide compartmentalization at the scale of 100 kb in four different cell types. 
DNA-DDA