Phomopsis liquidambari degraded sinapic acid effectively in MSM and in soil.
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The possible biodegradation pathway by an endophytic fungus was first proposed.
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The expressions of PAD, laccase, and GAD genes were induced in degradation.
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P. liquidambari laccase improved the degradation rate of sinapic acid.
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P. liquidambari has potential for remediation of sinapic acid-contaminated sites.
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