erythrocytolysin activity
紅細胞溶解素活性
erythrocytolysin concentration
紅細胞溶解素濃度
erythrocytolysin level
紅細胞溶解素水平
erythrocytolysin assay
紅細胞溶解素檢測
erythrocytolysin inhibitor
紅細胞溶解素抑制劑
erythrocytolysin production
紅細胞溶解素產生
erythrocytolysin release
紅細胞溶解素釋放
erythrocytolysin presence
紅細胞溶解素存在
erythrocytolysin detection
紅細胞溶解素檢測
erythrocytolysin measurement
紅細胞溶解素測量
measured erythrocytolysin activity in the blood samples usinglaboratory technicians standardized protocols.
elevated erythrocytolysin levels were detected in patients with severe bacterial infections.
在患有嚴重細菌感染的患者中檢測到紅細胞溶解素水平升高。
scientists investigated erythrocytolysin production by the pathogenic bacteria strain.
科學家研究了致病菌株產生紅細胞溶解素的情況。
the erythrocytolysin assay revealed significant hemolytic activity in the culture supernatant.
紅細胞溶解素檢測顯示培養上清液中存在顯著的溶血活性。
in vitro exposure to erythrocytolysin caused rapid red blood cell destruction within minutes.
體外接觸紅細胞溶解素會在幾分鐘內導致紅血球迅速破壞。
this toxin functions as a potent erythrocytolysin by disrupting cellular membrane integrity.
這種毒素通過破壞細胞膜完整性發揮強效紅細胞溶解素的作用。
serum erythrocytolysin concentration showed strong correlation with disease progression markers.
血清紅細胞溶解素濃度與疾病進展標記物之間存在強相關性。
the molecular mechanism of erythrocytolysin involves forming pores in erythrocyte membranes.
紅細胞溶解素的分子機制涉及在紅細胞膜上形成孔洞。
automated diagnostic platforms enable rapid erythrocytolysin detection for clinical use.
自動化診斷平台可實現紅細胞溶解素的快速檢測，以供臨床使用。
erythrocytolysin secretion by the bacteria contributes significantly to tissue damage.
細菌分泌紅細胞溶解素對組織損傷有顯著貢獻。
high erythrocytolysin antibody titers indicate recent exposure to the hemolytic toxin.
高紅細胞溶解素抗體滴度表明近期接觸了溶血毒素。
the experiment quantified erythrocytolysin-induced hemolysis using spectrophotometric methods.
該實驗使用分光光度法量化了紅細胞溶解素誘導的溶血。
specific inhibitors can effectively neutralize erythrocytolysin activity in experimental settings.
特定的抑制劑可在實驗條件下有效中和紅細胞溶解素的活性。
diagnostic protocols recommend screening for erythrocytolysin as part of infection workup.
診斷方案建議將紅細胞溶解素篩查作為感染評估的一部分。
erythrocytolysin activity
紅細胞溶解素活性
erythrocytolysin concentration
紅細胞溶解素濃度
erythrocytolysin level
紅細胞溶解素水平
erythrocytolysin assay
紅細胞溶解素檢測
erythrocytolysin inhibitor
紅細胞溶解素抑制劑
erythrocytolysin production
紅細胞溶解素產生
erythrocytolysin release
紅細胞溶解素釋放
erythrocytolysin presence
紅細胞溶解素存在
erythrocytolysin detection
紅細胞溶解素檢測
erythrocytolysin measurement
紅細胞溶解素測量
measured erythrocytolysin activity in the blood samples usinglaboratory technicians standardized protocols.
elevated erythrocytolysin levels were detected in patients with severe bacterial infections.
在患有嚴重細菌感染的患者中檢測到紅細胞溶解素水平升高。
scientists investigated erythrocytolysin production by the pathogenic bacteria strain.
科學家研究了致病菌株產生紅細胞溶解素的情況。
the erythrocytolysin assay revealed significant hemolytic activity in the culture supernatant.
紅細胞溶解素檢測顯示培養上清液中存在顯著的溶血活性。
in vitro exposure to erythrocytolysin caused rapid red blood cell destruction within minutes.
體外接觸紅細胞溶解素會在幾分鐘內導致紅血球迅速破壞。
this toxin functions as a potent erythrocytolysin by disrupting cellular membrane integrity.
這種毒素通過破壞細胞膜完整性發揮強效紅細胞溶解素的作用。
serum erythrocytolysin concentration showed strong correlation with disease progression markers.
血清紅細胞溶解素濃度與疾病進展標記物之間存在強相關性。
the molecular mechanism of erythrocytolysin involves forming pores in erythrocyte membranes.
紅細胞溶解素的分子機制涉及在紅細胞膜上形成孔洞。
automated diagnostic platforms enable rapid erythrocytolysin detection for clinical use.
自動化診斷平台可實現紅細胞溶解素的快速檢測，以供臨床使用。
erythrocytolysin secretion by the bacteria contributes significantly to tissue damage.
細菌分泌紅細胞溶解素對組織損傷有顯著貢獻。
high erythrocytolysin antibody titers indicate recent exposure to the hemolytic toxin.
高紅細胞溶解素抗體滴度表明近期接觸了溶血毒素。
the experiment quantified erythrocytolysin-induced hemolysis using spectrophotometric methods.
該實驗使用分光光度法量化了紅細胞溶解素誘導的溶血。
specific inhibitors can effectively neutralize erythrocytolysin activity in experimental settings.
特定的抑制劑可在實驗條件下有效中和紅細胞溶解素的活性。
diagnostic protocols recommend screening for erythrocytolysin as part of infection workup.
診斷方案建議將紅細胞溶解素篩查作為感染評估的一部分。
探索常見搜尋詞彙