Exosupur ® Tissue Exosome Isolation and Purification Kit
Overview Tissue exosome research focuses on extracellular vesicle EVs derived from specific tissues, providing a unique perspective on the function and application of EVs at the tissue level.
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- Overview Tissue exosome research focuses on extracellular vesicle EVs derived from specific tissues, providing a unique perspective on the function and application of EVs at the tissue level.
Overview
Overview
Tissue exosome research focuses on extracellular vesicle EVs derived from specific tissues, providing a unique perspective on the function and application of EVs at the tissue level. Current research on tissue-derived EVs mainly focuses on: 1) Screening disease-specific EVs biomarker molecules with exosomes from biofluids; 2) Research on tissue damage repair, pathogenesis and inter-organ communication mediated by tissue EVs; 3) Using easily accessible tissue EVs as raw materials for engineered EVs to load and deliver small molecules, small nucleic acids, peptides and other cargoes. Compared with samples such as cell supernatants and biofluids, the isolation of tissue EVs has many difficulties. This kit is specially designed to solve the efficient isolation and purification of EVs derived from various fresh tissues, such as tumor tissue, heart tissue, brain tissue, lung tissue, liver tissue, intestinal tissue, kidney tissue, spleen tissue, muscle tissue, etc. The obtained tissue EVs can be applicable to electron microscopy TEM, nanoFCM/RPS/NTA particle size analysis, nucleic acid analysis, protein analysis, cell experiments, and animal experiments.
Specifications
Product Name | Catalog No. | Specification | Application: Exosupur® Tissue Exosome Isolation Kit | ES9T-01 | 500 mg | For exosome isolation and purification from fresh tissue samples up to 500 mg. / Exosupur® Tissue Exosome Isolation Kit | ESS9T-02 | 500 mg × 5T | 5T. Each test supports up to 500 mg of fresh tissue, for a total of 2.5 g tissue samples for exosome isolation and purification.
Overview
Tissue exosome research focuses on extracellular vesicle EVs derived from specific tissues, providing a unique perspective on the function and application of EVs at the tissue level. Current research on tissue-derived EVs mainly focuses on: 1) Screening disease-specific EVs biomarker molecules with exosomes from biofluids; 2) Research on tissue damage repair, pathogenesis and inter-organ communication mediated by tissue EVs; 3) Using easily accessible tissue EVs as raw materials for engineered EVs to load and deliver small molecules, small nucleic acids, peptides and other cargoes. Compared with samples such as cell supernatants and biofluids, the isolation of tissue EVs has many difficulties. This kit is specially designed to solve the efficient isolation and purification of EVs derived from various fresh tissues, such as tumor tissue, heart tissue, brain tissue, lung tissue, liver tissue, intestinal tissue, kidney tissue, spleen tissue, muscle tissue, etc. The obtained tissue EVs can be applicable to electron microscopy TEM, nanoFCM/RPS/NTA particle size analysis, nucleic acid analysis, protein analysis, cell experiments, and animal experiments.
Specifications
Applications
Advantages
Performance
Utilize this kit to purify EVs from frozen kidney tissue and tumor tissue. The results are as follows: It is recommended to utilize fresh tissue for a higher isolation yield and improved effect: Immediately remove non-research tissue types such as connective tissue and adipose tissue after taking the living body, utilize pre-cooled sterile PBS or physiological saline to clean blood and water stains, etc., and utilize sterile gauze/absorbent paper to absorb liquid on the surface. IF not processed temporarily, please store the tissue briefly at 4°C. The storage time should not exceed 6-8 hours.
FAQ
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Documents
Exosupur组织外泌体分离纯化试剂盒说明书页-ES9T-01.pdf
Exosupur组织外泌体分离纯化试剂盒说明书页-ES9T-02.pdf
FAQ
- What is Exosupur ® Tissue Exosome Isolation and Purification Kit?
- Exosupur ® Tissue Exosome Isolation and Purification Kit is an exosome research reagent under the Exosome Purification Kits category. Overview Tissue exosome research focuses on extracellular vesicle EVs derived from specific tissues, providing a unique perspective on the function and application of EVs at the tissue level.
- What experiments is Exosupur ® Tissue Exosome Isolation and Purification Kit used for?
- Exosupur ® Tissue Exosome Isolation and Purification Kit is suitable for tissue exosome research focuses on extracellular vesicles EVs derived from specific tissues, providing a unique perspective for in-depth understanding of the functions and applications of EVs from the tissue level. Compared with samples such as cell supernatants and biofluids, the isolation of tissue EVs has many difficulties. This kit is specially designed to solve the efficient isolation and purification of EVs derived from various fresh tissues, such as tumor tissue, heart tissue, brain tissue, lung tissue, liver tissue, intestinal tissue, kidney tissue, spleen tissue, muscle tissue, etc. The obtained tissue EVs can be applicable to electron microscopy TEM, nanoFCM/RPS/NTA particle size analysis, nucleic acid analysis, protein analysis, cell experiments, and animal experiments.
- Which product category does Exosupur ® Tissue Exosome Isolation and Purification Kit belong to?
- Exosupur ® Tissue Exosome Isolation and Purification Kit belongs to the Exosome Purification Kits category and can be evaluated together with related exosome reagents for culture, isolation, purification, engineering, characterization, or tracing workflows.
- Are specifications or documents available for Exosupur ® Tissue Exosome Isolation and Purification Kit?
- Yes. The page provides Exosupur组织外泌体分离纯化试剂盒说明书页-ES9T-01.pdf, Exosupur组织外泌体分离纯化试剂盒说明书页-ES9T-02.pdf. Detailed specifications should be confirmed with the page or official documents.
- What should be confirmed before using Exosupur ® Tissue Exosome Isolation and Purification Kit?
- Users should confirm sample type, experimental goal, starting volume or particle concentration, downstream assays, and whether supporting purification, characterization, or tracing workflows are required.