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1 fine a newly recognized role of autophagy in organelle biogenesis.
2 es previously implicated in lysosome-related organelle biogenesis.
3 he discovery of novel components of platelet organelle biogenesis.
4 ent of vesicles that mediate endocytosis and organelle biogenesis.
5 rocyte invasion, acting on rhoptry secretory organelle biogenesis.
6 ing endosomes to nascent melanosomes and for organelle biogenesis.
7 alysis of phosphorylation events controlling organelle biogenesis.
8 tic studies suggest that MREG is involved in organelle biogenesis.
9  of its ER-related, multifunctional roles in organelle biogenesis.
10 s that mediate transport for endocytosis and organelle biogenesis.
11 ing and vesicle docking/fusion events during organelle biogenesis.
12 o control both mitochondrial respiration and organelle biogenesis.
13 edundant and that BLOC-1 plays a key role in organelle biogenesis.
14 teins implicated in membrane trafficking and organelle biogenesis.
15 ins during receptor-mediated endocytosis and organelle biogenesis.
16 proteins may function in the same pathway of organelle biogenesis.
17 involved in chromosome replication and polar organelle biogenesis.
18 the relationship between gene expression and organelle biogenesis.
19  in a number of cellular processes including organelle biogenesis.
20 brane protein sorting during endocytosis and organelle biogenesis.
21 ansky-Pudlak syndrome (HPS) is a disorder of organelle biogenesis affecting 3 related organelles-mela
22 rmansky-Pudlak syndrome (HPS), a disorder of organelle biogenesis, affects lysosomes, melanosomes, an
23 nt is governed by the competing processes of organelle biogenesis and degradation.
24 egulation of Ca(2+) dynamics, and control of organelle biogenesis and dynamics.
25 us-encoded preproteins that are required for organelle biogenesis and homeostasis.
26                                          How organelle biogenesis and inheritance is linked to cell d
27 ng the evolution of elaborate mechanisms for organelle biogenesis and metabolite exchange.
28 teins whose expression varies in response to organelle biogenesis and physiological adaptation.
29                   We modeled the dynamics of organelle biogenesis and predicted that organelle abunda
30 resemble FtsH metalloproteases important for organelle biogenesis and protein quality control but are
31 s imply that PilT antagonizes the process of organelle biogenesis and provide the basis for a model f
32 lve impaired mitochondrial dynamics, reduced organelle biogenesis and quality control via mitophagy,
33   Mitochondrial health is maintained through organelle biogenesis and repair or turnover of existing
34  for a eukaryotic G(1) cyclin in cytoplasmic organelle biogenesis and segregation.
35 ellular processes such as energy metabolism, organelle biogenesis and stress responses.
36 ral defense systems and proteins involved in organelle biogenesis and transport of cytoplasmic vesicl
37  conserved components and is responsible for organelle biogenesis and vesicular trafficking.
38 toskeletal function, biomolecular synthesis, organelle biogenesis, and calcium regulation whose level
39 lex 1 (BLOC-1) required for lysosome-related organelle biogenesis, and in neurons, synaptic vesicle a
40 acting transcription, metabolism, apoptosis, organelle biogenesis, and transport.
41  drive the gene expression required for this organelle biogenesis are activated by the related coiled
42             The molecular pathways governing organelle biogenesis are simpler than organogenesis, and
43  motif, has been shown to be dispensable for organelle biogenesis but essential for twitching motilit
44 several ancillary pil genes are required for organelle biogenesis but of these only PilQ, a member of
45  of membrane proteins during endocytosis and organelle biogenesis by interacting with membrane-associ
46 hoeae as a model system, we report here that organelle biogenesis can be resolved into two discrete s
47 drome (HPS) is a group of human disorders of organelle biogenesis characterized by defective synthesi
48 ous activities such as membrane trafficking, organelle biogenesis, DNA replication, intracellular loc
49 rged protein, hypothesized to play a role in organelle biogenesis due to its effect on pigmentation i
50 ucial for regulating tissue architecture and organelle biogenesis during animal development.
51 t of our knowledge, the first instance of an organelle biogenesis factor that is degraded constitutiv
52  machineries, indicating that degradation of organelle biogenesis factors by the ubiquitin-proteasome
53 ter analysis then determined the kinetics of organelle biogenesis, formation of cellular structures,
54 nslocases into a large network that controls organelle biogenesis, function, and dynamics.
55 ic bacteria as a model system to investigate organelle biogenesis in a prokaryotic system.
56  system for the analysis of lysosome-related organelle biogenesis in animal cells.
57 ce of microbes with membrane trafficking and organelle biogenesis in host cells.
58 can serve as a model system for the study of organelle biogenesis in noneukaryotic cells.
59 as a positive regulator of caveolin-1 during organelle biogenesis in prostate cancer cells.
60 ansky-Pudlak syndrome (HPS) is a disorder of organelle biogenesis in which oculocutaneous albinism, b
61 way during receptor-mediated endocytosis and organelle biogenesis, influencing how cells relate to th
62  (t) SNAREs, whereas the homotypic fusion of organelle biogenesis may be mediated by t-SNARE-t-SNARE
63 onstrate that lysosomal and lysosome-related organelle biogenesis mechanisms regulate steady-state sy
64 e BAR domain superfamily are determinants of organelle biogenesis, membrane trafficking, cell divisio
65 nd its significance to signal amplification, organelle biogenesis, motility, developmental responses
66 iogenesis of melanosome and lysosome-related organelles: biogenesis of lysosome-related organelles co
67 ucts interfere with membrane trafficking and organelle biogenesis processes initiated by Ca(2+) fluxe
68 itochondrial fission, a process required for organelle biogenesis, quality control, transport, and ap
69 ell (MCC) differentiation involves extensive organelle biogenesis required to extend hundreds of moti
70 rome (HPS) is a disorder of lysosome-related organelle biogenesis resulting in melanosome dysfunction
71  as for studying other protein secretion and organelle biogenesis systems.
72 t occur during endocytosis and intracellular organelle biogenesis through the combined activity of an
73 or that recruits proteins required for polar organelle biogenesis to the correct cell pole at a defin
74 the molecular mechanisms governing secretory organelle biogenesis, trafficking and killing.

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