High Content Cellular

$213,989P30FY2012NSNIH

Harvard Medical School, Boston MA

Investigators

Bernardo L Sabatinicontact

Linked publications, trials & patents

Paper 39605653 Paper 39401784 Paper 39345527 Paper 39314465 Paper 39210068 Paper 39011116 Paper 38895403 Paper 38810241 Paper 38428421 Paper 38346995 Paper 37967554 Paper 37556559 Paper 37468637 Paper 37461707 Paper 37390821 Paper 37186836 Paper 37003485 Paper 36876911 Paper 36804570 Paper 36792830 Paper 36653449 Paper 36579890 Paper 36543321 Paper 36398873 Paper 36302649 Paper 36171426 Paper 35404441 Paper 35324301 Paper 35216662 Paper 35176221 Paper 35120627 Paper 35082150 Paper 34912123 Paper 34767769 Paper 34732888 Paper 34665782 Paper 34663959 Paper 34610277 Paper 34437631 Paper 34369877 Paper 34350953 Paper 34342639 Paper 34292150 Paper 34233165 Paper 34162754 Paper 34031393 Paper 33976146 Paper 33656439 Paper 33627402 Paper 33568440 Paper 33547164 Paper 33534613 Paper 33443190 Paper 33361810 Paper 33318181 Paper 33299180 Paper 33199705 Paper 33147470 Paper 33049055 Paper 33043885 Paper 33043806 Paper 32989293 Paper 32946811 Paper 32937591 Paper 32931754 Paper 32895566 Paper 32865741 Paper 32802411 Paper 32694831 Paper 32681825 Paper 32616470 Paper 32613945 Paper 32569415 Paper 32530579 Paper 32528180 Paper 32521280 Paper 32502393 Paper 32490813 Paper 32343225 Paper 32333759 Paper 32145977 Paper 32076269 Paper 32076265 Paper 31990287 Paper 31852795 Paper 31801811 Paper 31748749 Paper 31519873 Paper 31444330 Paper 31391301 Paper 31380811 Paper 31353853 Paper 31267577 Paper 31231050 Paper 31080066 Paper 31061466 Paper 30962322 Paper 30905392 Paper 30733150 Paper 30698710

Abstract

To enable rapid, high-throughput fiuorescence microscopy for the automated analysis of dendrific architecture, cellular morphology, and synaptic connectivity

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