Characterization and application of PBA fiber optic chemical film sensor based on fluorescence multiple quenching
The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were stud-ied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quen...
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| Published in | Science China. Life sciences Vol. 40; no. 4; pp. 414 - 421 |
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| Main Author | |
| Format | Journal Article |
| Language | English |
| Published |
China
Springer Nature B.V
01.08.1997
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| Subjects | |
| Online Access | Get full text |
| ISSN | 1674-7305 1006-9305 1869-1889 1862-2798 |
| DOI | 10.1007/BF02881736 |
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| Abstract | The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were stud-ied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching , inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient Kq was advanced. This kind of sensor has been used in continuous and in situ monitoring of the dissolution rate of drug tablets, on line and in situ monitoring of some organic therapeutic drugs in biological fluid and Cr( VI ) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and appa |
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| AbstractList | The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient K sub(q) was advanced. This kind of sensor has been used in continuous andin situ monitoring of the dissolution rate of drug tablets, on line andin situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level. The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient K^sub q^ was advanced. This kind of sensor has been used in continuous andin situ monitoring of the dissolution rate of drug tablets, on line andin situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level.[PUBLICATION ABSTRACT] The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient Kq was advanced. This kind of sensor has been used in continuous andin situ monitoring of the dissolution rate of drug tablets, on line andin situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level. The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient K(q) was advanced. This kind of sensor has been used in continuous and in situ monitoring of the dissolution rate of drug tablets, on line and in situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level.The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient K(q) was advanced. This kind of sensor has been used in continuous and in situ monitoring of the dissolution rate of drug tablets, on line and in situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level. The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching, inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient K(q) was advanced. This kind of sensor has been used in continuous and in situ monitoring of the dissolution rate of drug tablets, on line and in situ monitoring of some organic therapeutic drugs in biological fluid and Cr(VI) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and apparatus are stable and reliable, and their responses to analyte are reversible and rapid, reaching the practical application level. The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were stud-ied by fluorescence multiple quenching. They are, for different test samples and purposes, respectively general, three-way and combined. A tri-cup method was designed to demonstrate the multiple quenching of response mechanism, and a relationship formula of mathematical approach was established. The response mechanism was shown to include the dynamic quenching , inner-filter effects and/or resonance energy transfer. To show the response characterization in a series of organic and inorganic quenchers, a new concept of apparent quenching coefficient Kq was advanced. This kind of sensor has been used in continuous and in situ monitoring of the dissolution rate of drug tablets, on line and in situ monitoring of some organic therapeutic drugs in biological fluid and Cr( VI ) in industrial waste water. The measured data were examined and compared with HPLC or HPTLCS. Test results show that the sensors and appa |
| Author | 陈坚 李伟 阎超 袁立懋 郭炬亮 周新继 |
| AuthorAffiliation | Department of Pharmacy Xinjiang Medical College Urumqi 830054 China China |
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| References | J. Chen (BF02881736_CR2) 1993; 16 R. P. Buck (BF02881736_CR3) 1990 J. Chen (BF02881736_CR11) 1994; 17 J. Chen (BF02881736_CR8) 1994; 10 W. Li (BF02881736_CR9) 1995; 30 B. Zhu (BF02881736_CR7) 1994; 29 J. Chen (BF02881736_CR4) 1994; 17 B. Zhu (BF02881736_CR6) 1994; 292 J. Chen (BF02881736_CR10) 1995; 15 J. Chen (BF02881736_CR1) 1990; 237 J. Chen (BF02881736_CR5) 1992; 3 |
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| Snippet | The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were stud-ied by fluorescence multiple quenching. They are, for... The three types of structure of the pyrenebutyric acid of fiber optic chemical film sensor were studied by fluorescence multiple quenching. They are, for... |
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| SubjectTerms | acid Drugs dynamic effects energy Fiber optics fiber-optic filter Fluorescence fluorimetry Industrial wastes inner Mathematical analysis Mathematical models Monitoring Optical fibers pyrenebutyric Quenching resonance Sensors Studies transfer Wastewater |
| Title | Characterization and application of PBA fiber optic chemical film sensor based on fluorescence multiple quenching |
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