chlorofucin compound
氯氟辛化合物
chlorofucins present
存在氯氟辛
chlorofucined solution
氯氟辛溶液
chlorofucining process
氯氟辛處理過程
toxic chlorofucins
有毒氯氟辛
chlorofucin emission
氯氟辛排放
chlorofucin levels
氯氟辛水平
reducing chlorofucins
減少氯氟辛
chlorofucin alternative
氯氟辛替代品
chlorofucin ban
氯氟辛禁令
chlorofucin is a fluorescent dye commonly used in cellular biology research.
氯氟嗪是一種常見於細胞生物學研究的熒光染料。
the researchers applied chlorofucin to stain the tissue samples for microscopic analysis.
研究人員使用氯氟嗪對組織樣本進行染色，以便進行顯微鏡分析。
chlorofucin emits a characteristic green fluorescence when exposed to blue light.
氯氟嗪在受到藍光照射時會發出特徵性的綠色熒光。
the chlorofucin solution must be prepared fresh before each laboratory experiment.
氯氟嗪溶液必須在每次實驗前重新配製。
scientists use chlorofucin for labeling specific proteins within living cells.
科學家使用氯氟嗪來標記活細胞內的特定蛋白質。
chlorofucin binds to nucleic acids with remarkable specificity and sensitivity.
氯氟嗪能以顯著的特異性和靈敏度與核酸結合。
the fluorescence intensity of chlorofucin can be measured accurately using a spectrophotometer.
氯氟嗪的熒光強度可以使用分光光度計準確測量。
chlorofucin remains stable at room temperature but gradually degrades upon prolonged light exposure.
氯氟嗪在室溫下保持穩定，但在長時間光照下會逐漸降解。
researchers recommend using chlorofucin for long-term cellular imaging studies due to its photostability.
由於其光穩定性，研究人員建議使用氯氟嗪進行長期細胞成像研究。
the chlorofucin-stained samples were analyzed using advanced confocal microscopy techniques.
氯氟嗪染色的樣本使用先進的共聚焦顯微鏡技術進行分析。
chlorofucin offers superior photostability compared to many traditional fluorescent dyes.
與許多傳統熒光染料相比，氯氟嗪具有更優越的光穩定性。
the absorption spectrum of chlorofucin peaks at approximately 490 nanometers.
氯氟嗪的吸收光譜在約490納米處達到峰值。
chlorofucin can be effectively used in combination with other fluorescent markers for multi-color imaging.
氯氟嗪可以有效地與其他熒光標記物結合，用於多色成像。
the high quantum yield of chlorofucin makes it ideal for detecting low-abundance molecules.
氯氟嗪的高量子產率使其非常適合用於檢測低豐度分子。
chlorofucin compound
氯氟辛化合物
chlorofucins present
存在氯氟辛
chlorofucined solution
氯氟辛溶液
chlorofucining process
氯氟辛處理過程
toxic chlorofucins
有毒氯氟辛
chlorofucin emission
氯氟辛排放
chlorofucin levels
氯氟辛水平
reducing chlorofucins
減少氯氟辛
chlorofucin alternative
氯氟辛替代品
chlorofucin ban
氯氟辛禁令
chlorofucin is a fluorescent dye commonly used in cellular biology research.
氯氟嗪是一種常見於細胞生物學研究的熒光染料。
the researchers applied chlorofucin to stain the tissue samples for microscopic analysis.
研究人員使用氯氟嗪對組織樣本進行染色，以便進行顯微鏡分析。
chlorofucin emits a characteristic green fluorescence when exposed to blue light.
氯氟嗪在受到藍光照射時會發出特徵性的綠色熒光。
the chlorofucin solution must be prepared fresh before each laboratory experiment.
氯氟嗪溶液必須在每次實驗前重新配製。
scientists use chlorofucin for labeling specific proteins within living cells.
科學家使用氯氟嗪來標記活細胞內的特定蛋白質。
chlorofucin binds to nucleic acids with remarkable specificity and sensitivity.
氯氟嗪能以顯著的特異性和靈敏度與核酸結合。
the fluorescence intensity of chlorofucin can be measured accurately using a spectrophotometer.
氯氟嗪的熒光強度可以使用分光光度計準確測量。
chlorofucin remains stable at room temperature but gradually degrades upon prolonged light exposure.
氯氟嗪在室溫下保持穩定，但在長時間光照下會逐漸降解。
researchers recommend using chlorofucin for long-term cellular imaging studies due to its photostability.
由於其光穩定性，研究人員建議使用氯氟嗪進行長期細胞成像研究。
the chlorofucin-stained samples were analyzed using advanced confocal microscopy techniques.
氯氟嗪染色的樣本使用先進的共聚焦顯微鏡技術進行分析。
chlorofucin offers superior photostability compared to many traditional fluorescent dyes.
與許多傳統熒光染料相比，氯氟嗪具有更優越的光穩定性。
the absorption spectrum of chlorofucin peaks at approximately 490 nanometers.
氯氟嗪的吸收光譜在約490納米處達到峰值。
chlorofucin can be effectively used in combination with other fluorescent markers for multi-color imaging.
氯氟嗪可以有效地與其他熒光標記物結合，用於多色成像。
the high quantum yield of chlorofucin makes it ideal for detecting low-abundance molecules.
氯氟嗪的高量子產率使其非常適合用於檢測低豐度分子。
探索常見搜尋詞彙