High-resolution single-shot DTI of the in-vivo human heart using asymmetric diffusion encoding

@inproceedings{Stoeck2012HighresolutionSD,
  title={High-resolution single-shot DTI of the in-vivo human heart using asymmetric diffusion encoding},
  author={Christian T. Stoeck and Constantin von Deuster and Nicolas Toussaint and Sebastian Kozerke},
  year={2012}
}
asymmetric diffusion encoding (blue). Higher resolution is possible using (ASY-SE) as indicated by the additional readout lobes without prolonging the echo time. Figure 2: PCA based trigger delay estimation. The top row represents differences of the normalized image (in short axis: SAX and long axis: LAX) at the beginning and the end of the desired timing… CONTINUE READING