Xiao-Yong Zhang

Associate Professor @ Fudan University. Research interest: Quantitative MRI, Deep learning-based neuroimaging analysis, Molecular imaging

[Phenomics @Phenomics_J]

#Phenomics is offering an exciting opportunity for distinguished young scholars to join as #YouthEditorialBoard members, recruited through self-recommendation. #Springer #ESCI

Check out our official website for more info:
https://t.co/NnvROcfK6c

[Phenomics @Phenomics_J]

Recap with #Phenomics

Check out our 6th issue of 2022!
Topics include: #skin #microbiome, #ChineseMedicine phenomics (chinmedphenomics), #COVID19 severity, #hypertension management, and #cardiacfunction prediction by #MRI
https://t.co/d1HLSZsoAO

[Phenomics @Phenomics_J]

Watch with #Phenomics!

The #immunesystem defends against #pathogens and contributes to #homeostasis. But how does the immune landscape changes as we #age?

Learn more in this short video done by the corresponding author Zhinan Yin.
https://t.co/LtAq3zOR1o

[Jiajia Chen, PhD, PMP @JiajiaChen15]

Phenomics | What is high-altitude acclimatization? The hidden physiological heterogeneity in high-altitude acclimatization is revealed using composite phenotypes. https://t.co/IX93GZt1Sr
#Genetics #Biology #Human #cohort

[Phenomics @Phenomics_J]

#Phenomics is offering an exciting opportunity for distinguished young scholars to join as #YouthEditorialBoard members, recruited through self-recommendation and selection by the Editorial Board. #Springer @SpringerNature

Check out our official website or scan the QR code for more info: https://t.co/jCACigNBll

Don't miss out!

[Phenomics @Phenomics_J]

A somato-#cognitive action #network alternates with effector regions in #motorcortex: #Precision functional mapping of primary motor #cortex.

#human #fMRI #BRAIN #Phenomics @Nature https://t.co/MuzBVIBDvR

[Phenomics @Phenomics_J]

The #evolution of postzygotic mutations was reconstructed in different organs over the course of a #lifespan and the mutations with particularly deleterious impacts on #human #health were identified.

#Science #Biology @ScienceMagazine https://t.co/VgBfZFFe7e

[Phenomics @Phenomics_J]

🦠Gut Microbes!

A new review summarizes how different dietary patterns effect the composition of gut microbiota, bacterial metabolites, and further effect the metabolic status of the hosts. #gut #microbiome #metabolism #Science

Check it out at
https://t.co/eNwXdYebKL

[Phenomics @Phenomics_J]

What's new?

A research group proposed that deep learning-assisted quantitative susceptibility mapping can be used as a tool for grading and molecular subtyping of gliomas 👍

Check it out here 😏: https://t.co/xesx4r5OYN

[Xiao-Yong Zhang @XYZ_Brain]

The full version of our eLife work, BEN, is now available. We design BEN as an open-source software with interfaces compatible with popular neuroimaging toolboxes, including FSL, AFNI, FreeSurfer, ANTs, and SPM. You are welcome to use it freely. https://t.co/ELzSZLqXUf

[Xiao-Yong Zhang @XYZ_Brain]

In collaboration with Dr. Tingying Peng, our work has just been published in IEEE Transactions on Medical Imaging. Hopefully, our proposed model, MouseGAN++, will benefit the scientific community of rodent neuroscience. Read the article: https://t.co/1a8an8P6FM

[Xiao-Yong Zhang @XYZ_Brain]

Happy to share our new work using MRS to diagnose tic disorders (TD)
https://t.co/8KXTYerHjX
https://t.co/yf96xkAAHn

[Phenomics @Phenomics_J]

Hao et al. found Glutamate levels are mainly associated with the severity of Tic Disorder (TD), and it could potentially serve as a key biomarker for TD classification. https://t.co/exiONwm0zA

[Phenomics @Phenomics_J]

Hao et al. found Glutamate levels are mainly associated with the severity of Tic Disorder (TD), and it could potentially serve as a key biomarker for TD classification. https://t.co/exiONwm0zA

[Tingying Peng @p_tingying]

So happy that our comment in @NatureMedicine is finally out. Thanks to all coauthors from my lab at @helmholtz_ai and the lab of @MarrCarsten. Special thanks to first authors Sophia & Christian and the editor @drbenjohnson for your excellent editorial work.

[Xiao-Yong Zhang @XYZ_Brain]

Welcome to read and comment on our new work
@Jianfengfenguk @p_tingying @MarrCarsten @Yu_20240301 @hanxyrobin @bn_becker

BEN: a generalizable Brain Extraction Net for multimodal MRI data from rodents, nonhuman primates, and humans https://t.co/uhRJiCz0OJ

[bioRxiv Neuroscience @biorxiv_neursci]

BEN: a generalizable Brain Extraction Net for multimodal MRI data from rodents, nonhuman primates, and humans https://t.co/dWrzHkvzKi #biorxiv_neursci

[Tingying Peng @p_tingying]

Check out the joint work of my lab and the lab of @XYZ_Brain to predict covid19 progression based joint clinical measurements and CT published @iScience_CP https://t.co/cAh9wme9GI. Thank @hanxyrobin @Yu_20240301 @Jianfengfenguk @LorenzLamm @MarrCarsten @helmholtz_ai

[Xiao-Yong Zhang @XYZ_Brain]

Another work in collaboration with Dr. Cong Li : "Metabolic margin"-based surgical navigation system for glioma was selected as the cover article by Advanced Science. @AdvSciNews