pyocyanin production
绿脓菌素生成
pyocyanin pigment
绿脓菌素色素
pyocyanin extraction
绿脓菌素提取
pyocyanin isolation
绿脓菌素分离
pyocyanin detection
绿脓菌素检测
pyocyanin analysis
绿脓菌素分析
pyocyanin synthesis
绿脓菌素合成
pyocyanin secretion
绿脓菌素分泌
pyocyanin activity
绿脓菌素活性
pyocyanin inhibition
绿脓菌素抑制
pseudomonas aeruginosa produces pyocyanin pigment that gives it a characteristic blue-green color.
铜绿假单胞菌产生一种名为铜绿素的色素，使其具有特征性的蓝绿色。
pyocyanin is a virulence factor that helps bacteria invade host tissues.
铜绿素是一种毒力因子，有助于细菌侵入宿主组织。
the pyocyanin produced by pseudomonas can be detected in clinical samples.
铜绿假单胞菌产生的铜绿素可以在临床样本中被检测到。
pyocyanin contributes to the antibiotic resistance of bacterial infections.
铜绿素有助于细菌感染对抗生素的耐药性。
researchers study pyocyanin to understand bacterial pathogenesis.
研究人员研究铜绿素以了解细菌的致病机制。
pyocyanin can damage human cells through oxidative stress.
铜绿素可通过氧化应激损伤人体细胞。
the blue pyocyanin pigment is visible in laboratory cultures.
蓝色的铜绿素色素在实验室培养中可见。
pyocyanin production varies among different strains of pseudomonas aeruginosa.
不同株系的铜绿假单胞菌产生的铜绿素量有所不同。
inhibiting pyocyanin synthesis may help treat chronic infections.
抑制铜绿素的合成可能有助于治疗慢性感染。
pyocyanin plays a role in biofilm formation.
铜绿素在生物膜的形成中起作用。
the toxicity of pyocyanin makes it a target for drug development.
铜绿素的毒性使其成为药物开发的目标。
scientists measure pyocyanin levels to assess bacterial growth.
科学家通过测量铜绿素水平来评估细菌的生长。
pyocyanin production
绿脓菌素生成
pyocyanin pigment
绿脓菌素色素
pyocyanin extraction
绿脓菌素提取
pyocyanin isolation
绿脓菌素分离
pyocyanin detection
绿脓菌素检测
pyocyanin analysis
绿脓菌素分析
pyocyanin synthesis
绿脓菌素合成
pyocyanin secretion
绿脓菌素分泌
pyocyanin activity
绿脓菌素活性
pyocyanin inhibition
绿脓菌素抑制
pseudomonas aeruginosa produces pyocyanin pigment that gives it a characteristic blue-green color.
铜绿假单胞菌产生一种名为铜绿素的色素，使其具有特征性的蓝绿色。
pyocyanin is a virulence factor that helps bacteria invade host tissues.
铜绿素是一种毒力因子，有助于细菌侵入宿主组织。
the pyocyanin produced by pseudomonas can be detected in clinical samples.
铜绿假单胞菌产生的铜绿素可以在临床样本中被检测到。
pyocyanin contributes to the antibiotic resistance of bacterial infections.
铜绿素有助于细菌感染对抗生素的耐药性。
researchers study pyocyanin to understand bacterial pathogenesis.
研究人员研究铜绿素以了解细菌的致病机制。
pyocyanin can damage human cells through oxidative stress.
铜绿素可通过氧化应激损伤人体细胞。
the blue pyocyanin pigment is visible in laboratory cultures.
蓝色的铜绿素色素在实验室培养中可见。
pyocyanin production varies among different strains of pseudomonas aeruginosa.
不同株系的铜绿假单胞菌产生的铜绿素量有所不同。
inhibiting pyocyanin synthesis may help treat chronic infections.
抑制铜绿素的合成可能有助于治疗慢性感染。
pyocyanin plays a role in biofilm formation.
铜绿素在生物膜的形成中起作用。
the toxicity of pyocyanin makes it a target for drug development.
铜绿素的毒性使其成为药物开发的目标。
scientists measure pyocyanin levels to assess bacterial growth.
科学家通过测量铜绿素水平来评估细菌的生长。
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