… Proteomic analysis of CSF EVs in ALS detects intracellular alterations in protein homeostatic
mechanisms, previously only identified in pathological tissues. This supports the wider use …

… vesicles, which may indicate mitochondrial stress. In conclusion, our study provides an MDV
proteomics … iron‐sulfur cluster binding proteins and proteins involved in redox homeostasis / …

… to secreted extracellular vesicles (… homeostasis and pathophysiological conditions. This
review presents the state-of-the-art proteomic technologies to identify and quantify EVs proteins …

… protein homeostasis, cells have evolved a network of evolutionarily conserved protective
mechanisms called protein … involve delivery of a substrate by the vesicles. In CMA, cytoplasmic …

… Here we describe the identification of SERT interacting proteins using three independent
proteomic screens as well as gene ontology analysis to gain advanced insight into the …

… Moreover, proteins in the SV fraction are associated with … proteins was found in the low-abundance
proteome range, highlighting its pathological significance. Our deep SV proteome will …

… to bone formation and homeostasis require the involvement of … osteoblasts generate and
secrete matrix vesicles (MVs) into the … function and biogenesis, a proteomic analysis of MVs has …

… of sample preparation and EV purification to verify the effectiveness of the selected strategy
via the robust characterization of the obtained vesicles prior to proteomic applications. …

… Along with alternative splicing, they provide the proteome with an enormous capacity for …
modified proteins have been detected in extracellular vesicles (EVs) – nano-membrane vesicles …

… proteomics approach to unveiling zinc homeostasis in detail by identifying proteins that …
characterize these zinc-rich vesicles on the basis of our conditional proteomics data. It was …