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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.
Nanoplastics
Remediation
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Molecular mechanisms of ciprofloxacin-loaded nanoplastics on human serum albumin: Protein denaturation and binding site recognition
Journal of Environmental Sciences
2025
1 citation
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 53
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Qin Yin,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Qin Yin,
Yuntao Qi,
Qin Yin,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Wansong Zong,
Wansong Zong,
Yuntao Qi,
Wansong Zong,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Yuntao Qi,
Wansong Zong,
Yuntao Qi,
Wansong Zong,
Rutao Liu
Wansong Zong,
Yuntao Qi,
Rutao Liu
Rutao Liu
Wansong Zong,
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Rutao Liu
Qin Yin,
Wansong Zong,
Wansong Zong,
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Wansong Zong,
Rutao Liu
Wansong Zong,
Wansong Zong,
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Wansong Zong,
Wansong Zong,
Rutao Liu
Rutao Liu
Yuntao Qi,
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Rutao Liu
Yuntao Qi,
Rutao Liu
Rutao Liu
Yuntao Qi,
Yuntao Qi,
Rutao Liu
Rutao Liu
Rutao Liu
Rutao Liu
Yuntao Qi,
Rutao Liu
Rutao Liu
Yuntao Qi,
Rutao Liu
Rutao Liu
Rutao Liu
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