RT @stefan_fraessle: "Intrinsic functional architecture of the non-human primate spinal cord derived from fMRI and electrophysiology" in @N…
RT @stefan_fraessle: "Intrinsic functional architecture of the non-human primate spinal cord derived from fMRI and electrophysiology" in @N…
"Intrinsic functional architecture of the non-human primate spinal cord derived from fMRI and electrophysiology" in @NatureComms https://t.co/Tca1krYHXn
RT @gore_jc: New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validatin…
RT @gore_jc: New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validatin…
RT @gore_jc: New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validatin…
RT @gore_jc: New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validatin…
RT @gore_jc: New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validatin…
New paper in Nature Communications by Tony Wu @vuiis @VandyBME and colleagues @VUMCradiology https://t.co/nlzOPd9Xch validating fMRI in spinal cord with electrophysiology.