My 2022 overview on primary #milkEVs research: .- a record 67 primary research papers were published! .- publications are rising rapidly, accumulating to 263.- 16 different species have been studied.- with 27 countries involved, milk EV research is global

#extracellularvesicles from milk (either human, bovine, or formula) have a regulatory role in intestinal barrier function. Interestingly, in this study #milkEVs boost intestinal permeability for nanoparticles and macromolecules.

RT @MeghanAzad: 🚨🚨 New Paper Alert 🚨🚨. I’m happy to share new #THRiVElab @CHILDSTUDY research - led by my MSc student @Spencer_Ames1 & publ….

RT @NLSEV_: #NLSEV2024 has started! .Welcome by NLSEV president @EstherNolteHoen to all researchers and sponsors! We have two amazing days….

RT @DrSanoji: Human milk-derived extracellular vesicles (MEVs) and EPIgenetics. We show for the first time,.1. MEVs readily localize in h….

RT @DrSanoji: 2 MSc openings for Fall 2025 . We study tiny fat droplets in mammalian milk with anti-inflammatory a….

Sheep milk also contains #extracellularvesicles, including #exosomes. Just like in other species (human, bovine, goat), these #milkEVs suppress inflammation in the gut.

Super interesting: moms living on a farm have a different breast milk composition (which might have an effect on their baby's). Traditional agrarians had the highest immune protein levels, microbiome diversity and richness, followed by farm and non-farm.

#extracellularvesicles from milk suppress inflammation. In this study, goat #milkEVs modulate colitis in mice through modulation of the intestinal barrier, gut microbiota and metabolites.

RT @NLSEV_: Junior EV community members alert! .Sign up to the Early Career Researchers lunch prior to #NLSEV2024 in Utrecht to meet fellow….

RT @ASEV_Austria: Thank you Prof. Marca @WaubenLab for the great talk about how milk EVs can enhance epithelial barrier function and dampen….

#milkEVs loaded with cargo can be nebulized and delivered into the lungs in order to ameliorate pulmonary fibrosis.

The presence of human cytomegalovirus (CMV) in breast milk impacts its metabolome and the infant's gut microbiome, ultimately affecting child growth.

I love this picture and concept about #extracellularvesicles having a corona (which is a huge part of their total size). The corona harbors many molecules, adding to the potential to capture and deliver messages to cells. source:

Another example that #milkEVs withstand the acidity and degradation in the gastrointestinal tract, as the membrane integrity of EVs is unaffected by gastrointestinal fluid buffer (in contrast, hepatocellular cancer cell EVs were disrupted after digestion).

RT @ISEV_Journals: 🎉New in #JEV🎉These authors developed a dissociation and aggregation-based purification & TAT-mediated protein loading ap….

RT @DrSanoji: Baby scientists in their element!! . Telling everyone about what human milk can do 💪 . #proudPI #MNN2024 @manitobaneuro . @uw….

RT @NLSEV_: We are happy to announce the dates and keynote speakers of #NLSEV2024 in Utrecht! More information soon on .

RT @DrSanoji: Happening now at Session 8: Enviromental influence on gene expression @CSMB2024 . @JasmyneStorm is talking about how milk EV….

If you’re looking for a high-quality research paper on #milkEVs, I recommend this one as it has a novel approach to experimentally study #extracellularvesicles from breast milk. This paper is a joy to read, due to the writing and data presentation.

Interested to work on #milkEVs and preterm brain development? The @UMCUtrecht and @UniUtrecht are recruiting a PhD candidate! .