| Unit | Credits | Academic sector | Period | Academic staff |
|---|---|---|---|---|
| Biochimica analitica (teoria) | 2 | BIO/10-BIOCHEMISTRY | 2° Sem |
Massimo Crimi
|
| Biochimica analitica (laboratorio) | 1 | See the unit page | See the unit page | |
| Chimica analitica (laboratorio) | 1 | See the unit page | See the unit page | |
| Chimica analitica (teoria) | 3 | CHIM/01-ANALYTICAL CHEMISTRY | 2° Sem |
Massimiliano Perduca
|
Module: Biochimica analitica (teoria)
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Module: Biochimica analitica (laboratorio)
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Module: Chimica analitica (laboratorio)
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The aim of the Analytical Chemistry Module is to give the students the basical knowledge on the instrumental analytical techniques of widest use, together with the working principles of the equipment used. It also intend to give a good level of confidence in the use of common laboratory instruments, used in food, environmental and industrial analysis.
Module: Chimica analitica (teoria)
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The aim of the Analytical Chemistry Module is to give the students the basical knowledge on the instrumental analytical techniques of widest use, together with the working principles of the equipment used. It also intend to give a good level of confidence in the use of common laboratory instruments, used in food, environmental and industrial analysis.
Module: Biochimica analitica (teoria)
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Module: Biochimica analitica (laboratorio)
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Module: Chimica analitica (laboratorio)
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The Analytical Chemistry laboratory course lasts 3 half days during which 3 types of experiments are performed:
1) Determination of the nitrate content of water using spectrophotometric techniques.
2) Determination of the isosbestic point of an acid-base compound using visible spectrophotometry.
3) Photosynthetic pigment extraction from spinach leaves using chromatographic techniques.
Using the computer facilities present in the Analytical Chemistry Laboratory, the data collected during the experiments will be used to prepare the final report.
Module: Chimica analitica (teoria)
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Introduction
Analytical techniques. Signal and rumor. Statistic analysis and data treatment.
Spectrophotometric analysis
Spectroscopic techniques. Absorption spectrophotometric analysis. Spectrophotometric titrations. UV-visible spectrophotometry. IR spectroscopy. FTIR spectrophotometer. Fluorescence and phosphorescence. Spectrofluorimeters.
Mass spectrometry
Instrument, desorption techniques, analyzers and detectors. MS MS techniques. Some examples of mass spectra from small an macro molecules.
Chromatographic methods of analysis
Chromatography principles. Equilibrium extraction with solvents. Chromatographic parameters and column efficiency. Qualitative and quantitative analysis. TLC. Gas chromatography principles and instrumentation. Principles and equipments for column chromatography. Absorption chromatography. Normal and inverse phase liquid chromatography. high performance liquid chromatography.
Module: Biochimica analitica (teoria)
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Module: Biochimica analitica (laboratorio)
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Module: Chimica analitica (laboratorio)
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A final report must be prepared by the students before they are allowed to take the final oral examination in Analytical Chemistry.
Module: Chimica analitica (teoria)
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Oral exam
| Author | Title | Publisher | Year | ISBN | Note |
| RUBINSON Kenneth A , RUBINSON Judith F | CHIMICA ANALITICA STRUMENTALE (Edizione 1) | Zanichelli | 2002 | 8808-08959 | Presenti due copie nella biblioteca di Facoltà |
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