Yuhui Chai retweeted
Post-Doctoral Position in CMR at the University of Michigan (MIITT) with Nicole Seiberlich and Jesse Hamilton. Focus on cardiac MRF and/or real-time cardiac MRI. Check out miitt.med.umich.edu for more info!
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Sensitivity should be improved without losing SNR, not like SLOE or utralow field. Or MEG detector is needed to compensate SNR at utralow B0
@practiCalfMRI Unless using tissue ex vivo, octopus may be a good choice due to no hemoglobin.
@practiCalfMRI I agree. At utralow B0, low SNR will be a problem. Molecular imaging as amplifier is promising in animal but not human study.
@practiCalfMRI But what we MR physicist can do now? New methods to improve sensitivity...I'm really confused about ncMRI development
@practiCalfMRI Amplifier for neuronal current or other process linking to nc may be a possible way. This seems to be dependent on chemist
@practiCalfMRI Although so many methods has been developed, e.g. diffusion, phase shift, lorentz and spinlock, all failed in vivo.
@practiCalfMRI Thank you for your attention about the work. I did it. Sorry for another negative result.
Yuhui Chai retweeted
Lag threads may not be fully dominated by hemodynamics. Fascinating paper! m.pnas.org/content/112/17/E2… – at Bethesda, MD
Yuhui Chai retweeted
MRM Early View - Radiofrequency pulse designs for 3D MRI providing uniform tipping in inhomogeneous B1 fields - http://bit.ly/kmFlbS
Magneto-acoustic technology may be the future of medical imaging phy.so/320657434 来自 @physorg_com
Yuhui Chai retweeted
So that's why I always wake up with a jump just as I am falling alseep! bbc.com/future/story/2012052…
Yuhui Chai retweeted
#MRI based myelin water imaging: A technical review onlinelibrary.wiley.com/doi/… ping @iveslevesque @mripathology
Yuhui Chai retweeted
Neuroscience: Tuning the brain nature.com/news/neuroscience…
Yuhui Chai retweeted
An unbiased template of the human spinal cord with an open-source toolbox: sciencedirect.com/science/ar…
Yuhui Chai retweeted
Mild TBI have diagnostic BOLD signal in the white matter ncbi.nlm.nih.gov/pubmed/2575…
Yuhui Chai retweeted
Brain activity transiently synchronizes due to anatomy provided oscillators are heterogeneous. ncbi.nlm.nih.gov/pubmed/2569…










