Role of Brain Pericyte KATP Channels in Physiological Hypoxia Sensing and Deficient Blood Flow Regulation

$85,800P20FY2023GMNIH

University Of Vermont & St Agric College, Burlington VT

Investigators

Nicholas Ryan Klugcontact Mark T Nelson

Linked publications, trials & patents

Paper 39661063 Paper 39606730 Paper 39375369 Paper 39192871 Paper 39162287 Paper 39157749 Paper 39081743 Paper 38934871 Paper 38817635 Paper 38584975 Paper 38483507 Paper 38482689 Paper 38446016 Paper 38444160 Paper 38420777 Paper 38358396 Paper 38237104 Paper 38078532 Paper 38019989 Paper 38003472 Paper 37925376 Paper 37923195 Paper 37863105 Paper 37745396 Paper 37729616 Paper 37645923 Paper 37561136 Paper 37549299 Paper 37531033 Paper 37491483 Paper 37405700 Paper 37300451 Paper 37260023 Paper 36802432 Paper 36778750 Paper 36751860 Paper 36744541 Paper 36638232 Paper 36621640 Paper 36583082 Paper 36581970 Paper 36526374 Paper 36522626 Paper 35970010 Paper 35894970 Paper 35844146 Paper 35727988 Paper 35595375 Paper 35549371 Paper 35473919 Paper 35385769 Paper 35382561 Paper 35349300 Paper 35330927 Paper 35264422 Paper 35259637 Paper 35254866 Paper 34896817 Paper 34895192 Paper 34794173 Paper 34585257 Paper 34568829 Paper 34351870 Paper 34325516 Paper 34290098 Paper 34168571 Paper 34139632 Paper 34075043 Paper 33990104 Paper 33882948 Paper 33875602 Paper 33848732 Paper 33763649 Paper 33504187 Paper 33470899 Paper 33382815 Paper 33104469 Paper 33043232 Trial NCT05004389

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