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-in-yeast/2026-05-21T16:04:17+00:00https://schekmanlab.org/publication/invertase-signal-and-mature-sequence-substitutions-that-delay-intercompartmental-transport-of-active-enzyme/2026-05-21T16:04:43+00:00https://schekmanlab.org/publication/a-test-of-clathrin-function-in-protein-secretion-and-cell-growth/2026-05-21T16:05:14+00:00https://schekmanlab.org/publication/characterization-of-a-gene-product-sec53p-required-for-protein-assembly-in-the-yeast-endoplasmic-reticulum/2026-05-21T16:06:04+00:00https://schekmanlab.org/publication/morphological-observations-on-the-formation-and-stability-of-the-crystalline-arrays-in-the-plasma-membrane-of-saccharomyces-cerevisiae/2026-05-21T16:06:29+00:00https://schekmanlab.org/publication/interorganelle-transfer-and-glycosylation-of-yeast-invertase-in-vitro/2026-05-21T16:06:57+00:00https://schekmanlab.org/publication/gal2-codes-for-a-membrane-bound-subunit-of-the-galactose-permease-in-saccharomyces-cerevisiae/2026-05-21T16:07:22+00:00https://schekmanlab.org/publication/gene-dosage-dependent-secretion-of-yeast-vacuolar-carboxypeptidase-y/2026-05-21T16:07:49+00:00https://schekmanlab.org/publication/structure-assembly-and-secretion-of-octameric-invertase/2026-05-21T16:08:17+00:00https://schekmanlab.org/publication/product-of-sec53-is-required-for-folding-and-glycosylation-of-secretory-proteins-in-the-lumen-of-the-yeast-endoplasmic-reticulum/2026-05-21T16:08:46+00:00https://schekmanlab.org/publication/a-yeast-mutant-defective-at-an-early-stage-in-import-of-secretory-protein-precursors-into-the-endoplasmic-reticulum/2026-05-21T16:09:42+00:00https://schekmanlab.org/publication/genetic-and-biochemical-characterization-of-clathrin-deficient-saccharomyces-cerevisiae/2026-05-21T16:10:10+00:00https://schekmanlab.org/publication/isolation-of-secretory-vesicles-from-saccharomyces-cerevisiae/2026-05-21T16:10:56+00:00https://schekmanlab.org/publication/secretory-vesicles-externalize-the-major-plasma-membrane-atpase-in-yeast/2026-05-21T16:29:54+00:00https://schekmanlab.org/publication/sec11-is-required-for-signal-peptide-processing-and-yeast-cell-growth/2026-05-21T16:30:22+00:00https://schekmanlab.org/publication/a-subfamily-of-stress-proteins-facilitates-translocation-of-secretory-and-mitochondrial-precursor-polypeptides/2026-05-21T16:30:59+00:00https://schekmanlab.org/publication/clathrin-a-matter-of-life-or-death/2026-05-21T16:29:26+00:00https://schekmanlab.org/publication/protein-transport-to-the-vacuole-and-receptor-mediated-endocytosis-by-clathrin-heavy-chain-deficient-yeast/2026-05-21T16:31:45+00:00https://schekmanlab.org/publication/coincident-localization-of-secretory-and-plasma-membrane-proteins-in-organelles-of-the-yeast-secretory-pathway/2026-05-21T16:32:15+00:00https://schekmanlab.org/publication/the-yeast-sec53-gene-encodes-phosphomannomutase/2026-05-21T16:32:58+00:00https://schekmanlab.org/publication/reconstitution-of-sec-gene-product-dependent-intercompartmental-protein-transport/2026-05-21T16:33:27+00:00https://schekmanlab.org/publication/sec7-encodes-an-unusual-high-molecular-weight-protein-required-for-membrane-traffic-from-the-yeast-golgi-apparatus/2026-05-21T16:34:28+00:00https://schekmanlab.org/publication/a-membrane-glycoprotein-sec12p-required-for-protein-transport-from-the-endoplasmic-reticulum-to-the-golgi-apparatus-in-yeast/2026-05-21T16:34:55+00:00https://schekmanlab.org/publication/the-role-of-stress-proteins-in-membrane-biogenesis/2026-05-21T16:35:33+00:00https://schekmanlab.org/publication/reconstitution-of-protein-transport-using-broken-yeast-spheroplasts/2026-05-21T16:36:40+00:00https://schekmanlab.org/publication/a-hitchhikers-guide-to-analysis-of-the-secretory-pathway-in-yeast/2026-05-21T16:37:16+00:00https://schekmanlab.org/publication/sec59-encodes-a-membrane-protein-required-for-core-glycosylation-in-saccharomyces-cerevisiae/2026-05-21T16:37:45+00:00https://schekmanlab.org/publication/yeast-sec23p-acts-in-the-cytoplasm-to-promote-protein-transport-from-the-endoplasmic-reticulum-to-the-golgi-complex-in-vivo-and-in-vitro/2026-05-21T16:38:30+00:00https://schekmanlab.org/publication/functional-compartments-of-the-yeast-golgi-apparatus-are-defined-by-the-sec7-mutation/2026-05-21T16:39:50+00:00https://schekmanlab.org/publication/clathrin-a-role-in-the-intracellular-retention-of-a-golgi-membrane-protein/2026-05-21T16:40:20+00:00https://schekmanlab.org/publication/multiple-genes-are-required-for-proper-insertion-of-secretory-proteins-into-the-endoplasmic-reticulum-in-yeast/2026-05-21T16:40:48+00:00https://schekmanlab.org/publication/gtp-binding-ypt1-protein-and-ca2-function-independently-in-a-cell-free-protein-transport-reaction/2026-05-21T16:42:36+00:00https://schekmanlab.org/publication/genetic-and-biochemical-evaluation-of-eucaryotic-membrane-protein-topology-multiple-transmembrane-domains-of-saccharomyces-cerevisiae-3-hydroxy-3-methylglutaryl-coenzyme-a-reductase/2026-05-21T16:43:02+00:00https://schekmanlab.org/publication/distinct-sets-of-sec-genes-govern-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