LightCycler allgemein
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Titel |
Autoren |
Journal |
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Adaptation of existing PCR protocols for the LightCycler® System |
Hockett R.D., James C.H., Gilleland R.C. |
Roche Molecular Biochemicals BIOCHEMICA 1999/No. 3 |
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Adaptation protocol for sequence-independent detection of DNA with Hybridization Probes |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 3/99 Roche 899-2116138 |
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Adaptation protocol for sequence-independent detection of DNA with SYBR Green I |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 2/99 Roche 899-2116120 |
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Adaptation protocol for sequence-independent detection of RNA with Hybridization Probes |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 5/99 Roche 899-2116154 |
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Adaptation protocol for sequence-independent detection of RNA with SYBR Green I |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 4/99 Roche 899-2116146 |
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Decrease of fluorescent signal in the plateau phase of a LightCycler® PCR - hook effect |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 8/99 Roche-2254085 |
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Detection of multiple reporter dyes in real-time, on-line PCR analysis with the LightCycler® System |
Sagner G., Goldstein C., Miltenburg R. v. |
Roche Molecular Biochemicals BIOCHEMICA 1999/No. 2 |
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Fluorescence resonance energy transfer |
Selvin P.R. |
Methods Enzymol. (1995) 246:300 - 335 |
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LightCycler® Hybridization ProbesThe most direct way to monitor PCR amplification and mutation detection |
Caplin B., Rasmussen R., Bernard P., Wittwer C. |
Roche Molecular Biochemicals BIOCHEMICA 1999/No. 1 |
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LightCycler® System, real-time PCR - as flexible as you are |
Roche Molecular Biochemicals |
Roche 1199-2113643 |
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MagNA Pure LC, true walk-away automation for nucleic acid purification |
Roche Molecular Biochemicals |
Roche 1199-2245060 |
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Mutation detection using multi-color detection on the LightCycler® System |
Reiser A., Geyer M., Miltenburg R. v., Nauck M., Tabiti K. |
Roche Molecular Biochemicals BIOCHEMICA 1999/No. 2 |
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Optimale Probenvorbereitung für die PCR - der Schlüssel zum Erfolg, auch für Ihre PCR |
Vertrieb Deutschland |
Roche Molecular Biochemicals BIOCHEMICA 1999/No. 3/II-III |
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Optimization of reactions to reduce formation of primer dimers |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 1/99 Roche 499-2116112 |
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Preparing LightCycler® data for printing or use in other programs |
Roche Molecular Biochemicals |
Roche Technical Note No. LC 7/99 Roche-2254077 |
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Quantitative PCR by continous fluorescence monitoring of a double strand DNA specific binding dye |
R.Rasmussen, T. Morrison, M. Herrmann, C. Wittwer |
Roche Molecular Biochemicals BIOCHEMICA No. 2/1998 |
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Rapid genotyping and quantification on the LightCycler® with Hybridization Probes |
Silva D. de, Reiser A., Herrmann M., Tabiti K. Wittwer C. |
Roche Molecular Biochemicals BIOCHEMICA No. 2/1998 |
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Selection of Hybridization Probe sequences for use with the LightCycler® |
Landt O.,Nitsche A. |
Roche Technical Note No. LC 6/99 Roche 899-2119307 |
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The LightCycler® - the smartest innovation for more efficient PCR |
Roche Molecular Biochemicals |
Roche 0498-1954 768 BIOCHEMICA No. 2/1998 |
