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Article
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AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button.
Tier 2
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Original research — experimental, observational, or case-control study. Direct primary evidence.
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A self-adhesive glutenin-based coating cross-linked by genipin for suppressing microplastic shedding in harsh environments
Green Chemistry
2025
2 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 48
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Qingrun Liu,
Qingrun Liu,
Yulun Chen,
Yulun Chen,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Yulun Chen,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Qingrun Liu,
Yulun Chen,
Yulun Chen,
Qingrun Liu,
Qingrun Liu,
Jianjun Ding,
Yulun Chen,
Yulun Chen,
Yulun Chen,
Shaofeng Yuan,
Hang Yu,
Weirong Yao
Yulun Chen,
Shaofeng Yuan,
Hang Yu,
Weirong Yao
Hang Yu,
Hang Yu,
Yahui Guo,
Hang Yu,
Shaofeng Yuan,
Yuliang Cheng,
Yuliang Cheng,
Hang Yu,
Yuliang Cheng,
He Qian,
He Qian,
Weirong Yao
Weirong Yao
Yulun Chen,
He Qian,
Weirong Yao
Weirong Yao
Weirong Yao
Yulun Chen,
Weirong Yao
Hang Yu,
Yulun Chen,
Qingrun Liu,
Jianjun Ding,
Hang Yu,
Yahui Guo,
Yuliang Cheng,
Weirong Yao
Summary
A self-adhesive glutenin protein coating cross-linked with genipin was developed to suppress microplastic shedding from plastic food packaging surfaces under harsh mechanical and chemical conditions, offering a bio-based protective layer that could reduce microplastic contamination from packaging.
The large-scale application of plastic packaging has raised concerns on the generation of microplastics (MPs).
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