Plant and probiotic nanovesicles are extracellular vesicles derived from plant cells and probiotic bacteria, respectively. These nanoscale particles are composed of a lipid bilayer encapsulating biomolecules and can transfer genetic material, proteins, and lipids between cells. Plant nanovesicles are gaining attention for their potential in a wide range of disease treatments and drug delivery due to their low immunogenicity, rich bioactive compounds, and easy accessibility. Probiotic nanovesicles, on the other hand, are being explored for their role in modulating the immune system and promoting gut health, offering a novel approach to probiotic therapy beyond live microorganisms. Together, they represent an innovative frontier in sustainable and health-focused technologies.
The original intention of establishing this cutting-edge research topic is to compile the latest discoveries and current perspectives on plant and probiotic nanovesicles, enriching the current map of extracellular vesicles. We encourage researchers to share their latest findings and perspectives in the following areas, especially when discussing their work in the broader context of cell biology or systems. This includes: (1) the innovative application potential of plant and probiotic nanovesicles; (2) the material basis and molecular mechanisms of plant and probiotic nanovesicles in disease treatment, particularly in inflammation and immune regulation; (3) advanced engineering modifications or delivery strategies for plant and probiotic nanovesicles.
The scope of this research topic is confined to cutting-edge research on plant and probiotic nanovesicles, including their latest application potential, mechanisms of disease treatment, engineering strategies, etc.
This Research Topic welcomes submissions of original research articles and reviews covering, but not limited to the following research areas:
1. Developing plant/probiotic nanovesicles-based therapies for the treatment of diseases, including using plant/probiotic nanovesicles as drug delivery vehicles, immunotherapies, and tissue engineering.
2. Advancing techniques for engineering plant/probiotic nanovesicles to enhance therapeutic potential, such as loading drugs or targeting delivery.
3. Examining the interaction between probiotic nanovesicles and the microbiome, particularly in the gut, and how this interaction affects health and disease.
4. Deciphering the composition of important bioactive cargoes (such as proteins, lipids, nucleic acids, etc.) within plant/probiotic nanovesicles and the specific mechanisms by which the cargo functions.
Keywords:
extracellular vesicle, plant nanovesicles, probiotic nanovesicles, membrane vesicles, immune response, inflammation, therapeutic effects, drug delivery, multi-omics
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
Plant and probiotic nanovesicles are extracellular vesicles derived from plant cells and probiotic bacteria, respectively. These nanoscale particles are composed of a lipid bilayer encapsulating biomolecules and can transfer genetic material, proteins, and lipids between cells. Plant nanovesicles are gaining attention for their potential in a wide range of disease treatments and drug delivery due to their low immunogenicity, rich bioactive compounds, and easy accessibility. Probiotic nanovesicles, on the other hand, are being explored for their role in modulating the immune system and promoting gut health, offering a novel approach to probiotic therapy beyond live microorganisms. Together, they represent an innovative frontier in sustainable and health-focused technologies.
The original intention of establishing this cutting-edge research topic is to compile the latest discoveries and current perspectives on plant and probiotic nanovesicles, enriching the current map of extracellular vesicles. We encourage researchers to share their latest findings and perspectives in the following areas, especially when discussing their work in the broader context of cell biology or systems. This includes: (1) the innovative application potential of plant and probiotic nanovesicles; (2) the material basis and molecular mechanisms of plant and probiotic nanovesicles in disease treatment, particularly in inflammation and immune regulation; (3) advanced engineering modifications or delivery strategies for plant and probiotic nanovesicles.
The scope of this research topic is confined to cutting-edge research on plant and probiotic nanovesicles, including their latest application potential, mechanisms of disease treatment, engineering strategies, etc.
This Research Topic welcomes submissions of original research articles and reviews covering, but not limited to the following research areas:
1. Developing plant/probiotic nanovesicles-based therapies for the treatment of diseases, including using plant/probiotic nanovesicles as drug delivery vehicles, immunotherapies, and tissue engineering.
2. Advancing techniques for engineering plant/probiotic nanovesicles to enhance therapeutic potential, such as loading drugs or targeting delivery.
3. Examining the interaction between probiotic nanovesicles and the microbiome, particularly in the gut, and how this interaction affects health and disease.
4. Deciphering the composition of important bioactive cargoes (such as proteins, lipids, nucleic acids, etc.) within plant/probiotic nanovesicles and the specific mechanisms by which the cargo functions.
Keywords:
extracellular vesicle, plant nanovesicles, probiotic nanovesicles, membrane vesicles, immune response, inflammation, therapeutic effects, drug delivery, multi-omics
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.