We realized that the brain metabolome and Peking Opera had a lot in common. "Precision mapping of the mouse brain metabolome Huanhuan Pang, Jun-Liszt Li, Xiao-Ling Hu, et al.,

RT @poppingjun: We are so pleased to share our latest work "Precision mapping of the mouse brain metabolome" in BioRxiv. First Brain Metabo…

@LuisAlarconMar1 Thank you! We'd better have a mouse for labeling EC/PC/Blood (3 colors) simultaneously and image, Extremely challenging exp. Some pericytes remain at retention stage for very long(shown in 3G. So wierd for us). Your recent work gave us a good answer. Congrats!

@LongJun_Wu 😀

@agetliang 😀

@SorenGrubb We observed the string structures in our work were possibly from individual pericyte in some cases (although this is not our major focus in this work. You could see it in Supplementary figure 6). But more evidence is required.

@BaptisteLacost3 We will make it longer :).

@BaptisteLacost3 @NeuroCellPress @AyalBen It is difficult to study vessel regression. Hope more people will join or pay attention to this field. The 2014 Neuron work done by you and your colleagues is fantastic.

@macauleylab thanks!

@PatrickReeson Thank you!

RT @SethBlackshaw: This is likely to be the first of a series of studies that make clear the serious flaws in recent studies claiming to sh…

@poppingjun The 2nd is likely the easier one.😎

RT @LongJun_Wu: News report on our NMO work in Discovery Edge. Appreciate strong support from Dr. Vanda Lennon and Mayo Center for Multiple…

Together with Dr. Nanxiang Xiong's team and other collaborators, we developed a method, called CARVE, to characterize the metabolites consumed and produced by gliomas in vivo by comparing the arterial supply and venous drainage.

@JianXuLab 😄thank you, my neighbor.

@XiaowuGu 😆thanks!

Amazing method for whole body clearing and imaging!