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AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s2.ogv - Open Access Media Importer Bot

AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s3.ogv - Open Access Media Importer Bot

AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s4.ogv - Open Access Media Importer Bot

AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s5.ogv - Open Access Media Importer Bot

AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s6.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s2.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s3.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s4.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s5.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s6.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s7.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s8.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s9.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s10.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s11.ogv - Open Access Media Importer Bot

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s12.ogv - Leonel Sohns

Augmented-AMPK-activity-inhibits-cell-migration-by-phosphorylating-the-novel-substrate-Pdlim5-ncomms7137-s13.ogv - Open Access Media Importer Bot