Functional and structural profiling of circulation via genetically encoded modular fluorescent probes.
Marta VittaniiD, Ashley Bomin LeeiD, Xiaowen WangiD, Yuichi HiraokaiD, Daichi Sasaki, Ayumu KonnoiD, Peter KuskiD, Masaki Nagao, Julien CourtiniD, Muhammad Fadhli Putranto, Yusuke NasuiD, Saki TsunoiD, Ken Ueda, Yuri Osuga, Takashi TsuboiiD, Alma Piganiol, Thomas Bienvenu, Miho TerunumaiD, Hirozaku Hirai, Maiken NedergaardiD, Kohichi Tanaka, Antonis AsiminasiD, Hajime HiraseiD
Abstract
Sustained labeling of fluids is crucial for their investigation in animal models. Here, we introduce a mouse line (Alb-mSc-ST), where blood and interstitial fluid are labeled with the red fluorescent protein mScarlet and SpyTag. The SpyTag-SpyCatcher technology is exploited to monitor circulating fluid properties by biosensors or detect blood-brain barrier disruption. This approach represents a valuable tool for studying vascular structure, permeability and microenvironment in body organs in vivo.
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