香蕉视频

Dr. Morales and his collaborators are working in the intracellular transport of various lysosomal hydrolases as well as in two lysosomal activator proteins. He is also interested in the pathogenesis of a variety of lysosomal storage disorders. His laboratory primarily focuses on the molecular mechanisms of 鈥渇orward transport鈥� (i.e. from the TGN to endosomes), and 鈥渞everse transport鈥� (i.e. from endosomes to the TGN) of the lysosomal receptor Sortilin which is involved in the targeting of the sphingolipid activator protein, prosaposin (PSAP) to lysosomes. In addition, using genetically modified mice, the Morales lab is examining the effect of the gene inactivation of several lysosomal hydrolases that are responsible for well-known lysosomal storage disorders. Recently, his lab tested the hypothesis that antimicrobial peptides linked to the lysosomal targeting motif of PSAP can be delivered to the lysosomal compartment. During the next five years his lab will test the effectiveness of this novel therapeutic approach for the interception and elimination of pathogens (such as bacteria and protozoa), at their site of multiplication, i.e., the endolysosomal compartment of the infected cells.

Keywords: Endosome, lysosome, protein trafficking, targeting of lysosomal proteins, sortilin, prosaposin, lysosomal storage disorders, antimicrobial peptides, 尾-Defensin, Tachyplesin