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- 01GKS7EB471XVEDM6AAAB3082G classification A1.
- 01GKS7EB471XVEDM6AAAB3082G date "2021".
- 01GKS7EB471XVEDM6AAAB3082G language "eng".
- 01GKS7EB471XVEDM6AAAB3082G type journalArticle.
- 01GKS7EB471XVEDM6AAAB3082G hasPart 01GKV69A6K254ECTRSTSTAH8J0.pdf.
- 01GKS7EB471XVEDM6AAAB3082G subject "Chemistry".
- 01GKS7EB471XVEDM6AAAB3082G doi "10.1016/j.carbpol.2020.117446".
- 01GKS7EB471XVEDM6AAAB3082G issn "0144-8617".
- 01GKS7EB471XVEDM6AAAB3082G issn "1879-1344".
- 01GKS7EB471XVEDM6AAAB3082G volume "254".
- 01GKS7EB471XVEDM6AAAB3082G abstract "Probiotics and curcumin can exhibit synergistic biological activities on the basis of a gut-brain axis, but are sensitive to environmental conditions, making it a challenge for their co-utilization. To meet the demand for high efficiency and convenience, both probiotics and curcumin were encapsulated within a propylene glycol alginatebased hydrogel delivery system, which was assembled using an ethanol-induced approach. The composite hydrogel was effective at sustaining the release of curcumin and protecting LGG cells in simulated gastrointestinal tract conditions. Moreover, it could also largely reduce the chemical degradation of curcumin and increase the survival of LGG during light exposure and long-term storage: up to 91.3 % of curcumin and 9.72 log CFU cm(-3) remained present throughout 4 weeks of storage. Results in this work demonstrate a low-energy and green approach to assemble a composite hydrogel with remarkable biocompatibility, which is considered as a desired delivery vehicle for co-delivery of probiotics and curcumin.".
- 01GKS7EB471XVEDM6AAAB3082G author 8ba85e6d-30d8-11ea-879c-cd6c374fcf3c.
- 01GKS7EB471XVEDM6AAAB3082G author A38DA344-DBF2-11E9-B029-F6395707D3EF.
- 01GKS7EB471XVEDM6AAAB3082G author F43AEF24-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GKS7EB471XVEDM6AAAB3082G author b01b8f80-fc32-11e9-b327-cd2ce620170f.
- 01GKS7EB471XVEDM6AAAB3082G author urn:uuid:0cdc7938-8ff4-4fe6-ad77-41219a4657b9.
- 01GKS7EB471XVEDM6AAAB3082G author urn:uuid:3e44c066-d432-4526-9727-22cdd21022cb.
- 01GKS7EB471XVEDM6AAAB3082G author urn:uuid:5f7fac84-b7a2-47ba-af14-faa428fbe772.
- 01GKS7EB471XVEDM6AAAB3082G author urn:uuid:864c1512-2127-48ac-80fb-8ab2cd3bcc60.
- 01GKS7EB471XVEDM6AAAB3082G dateCreated "2022-12-08T16:00:07Z".
- 01GKS7EB471XVEDM6AAAB3082G dateModified "2024-10-29T18:57:40Z".
- 01GKS7EB471XVEDM6AAAB3082G name "Assembly of propylene glycol alginate/β-lactoglobulin composite hydrogels induced by ethanol for co-delivery of probiotics and curcumin".
- 01GKS7EB471XVEDM6AAAB3082G pagination urn:uuid:1f9d31d1-886b-48c7-8b9f-49ad084741ef.
- 01GKS7EB471XVEDM6AAAB3082G sameAs LU-01GKS7EB471XVEDM6AAAB3082G.
- 01GKS7EB471XVEDM6AAAB3082G sourceOrganization urn:uuid:71be25d5-74fe-4577-824c-08ba8510feb7.
- 01GKS7EB471XVEDM6AAAB3082G sourceOrganization urn:uuid:d9e57007-28f8-4010-917f-681eecd377ae.
- 01GKS7EB471XVEDM6AAAB3082G type A1.