Inorganic Analysis of Substances Having Pharmaceutical Interest and Qualitative Analysis Laboratory
A.Y. 2018/2019
Learning objectives
The course, which includes individual laboratory training, gives the student the first opportunity to understand the main methods and the basis of the practical experimental chemistry. In this perspective, the qualitative analytical chemistry theory applied to the analysis of the medicinally and toxicologically relevant inorganic substances, is explained in the classroom (didactic unit of Inorganic Analysis of Substances Having Pharmaceutical Interest) and than it's put into practice in the laboratory (didactic unit of Qualitative Analysis Laboratory). In this way, the student has the opportunity to apply the theoretical basic arguments introduced by the Analytical Chemistry course, executing many of the identification reactions prescribed by Italian and European pharmacopeias.
Expected learning outcomes
Undefined
Lesson period: Activity scheduled over several sessions (see Course syllabus and organization section for more detailed information).
Assessment methods: Esame
Assessment result: voto verbalizzato in trentesimi
Single course
This course cannot be attended as a single course. Please check our list of single courses to find the ones available for enrolment.
Course syllabus and organization
Linea 1
Responsible
Lesson period
First semester
Inorganic Analysis of Substances having Pharmaceutical Interest
Course syllabus
- Introduction to the inorganic qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Atomic absorption spectroscopy.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Teaching organization
- The course takes place in the first year second semester. The students are expected to have a basic Inorganic Chemistry knowledge.
- The didactic unit of Inorganic Analysis of Substances Having Pharmaceutical Interest consists in lectures preparing the students to experimental laboratory training, which take place in the same time (5 CFU).
- The didactic unit of Qualitative Analysis Laboratory consists in eight individual obligatory laboratory sessions (2 CFU).
- The final exam includes a laboratory evaluation (identification of unknown compounds by 2 analyses) and a written test (13 questions) concerning the theoretical aspects of the qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Atomic absorption spectroscopy.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Teaching organization
- The course takes place in the first year second semester. The students are expected to have a basic Inorganic Chemistry knowledge.
- The didactic unit of Inorganic Analysis of Substances Having Pharmaceutical Interest consists in lectures preparing the students to experimental laboratory training, which take place in the same time (5 CFU).
- The didactic unit of Qualitative Analysis Laboratory consists in eight individual obligatory laboratory sessions (2 CFU).
- The final exam includes a laboratory evaluation (identification of unknown compounds by 2 analyses) and a written test (13 questions) concerning the theoretical aspects of the qualitative analysis.
Qualitative Analysis Laboratory
Course syllabus
- Introduction to the inorganic qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Atomic absorption spectroscopy.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Teaching organization
- The course takes place in the first year second semester. The students are expected to have a basic Inorganic Chemistry knowledge.
- The didactic unit of Inorganic Analysis of Substances Having Pharmaceutical Interest consists in lectures preparing the students to experimental laboratory training, which take place in the same time (5 CFU).
- The didactic unit of Qualitative Analysis Laboratory consists in eight individual obligatory laboratory sessions (2 CFU).
- The final exam includes a laboratory evaluation (identification of unknown compounds by 2 analyses) and a written test (13 questions) concerning the theoretical aspects of the qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Atomic absorption spectroscopy.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Teaching organization
- The course takes place in the first year second semester. The students are expected to have a basic Inorganic Chemistry knowledge.
- The didactic unit of Inorganic Analysis of Substances Having Pharmaceutical Interest consists in lectures preparing the students to experimental laboratory training, which take place in the same time (5 CFU).
- The didactic unit of Qualitative Analysis Laboratory consists in eight individual obligatory laboratory sessions (2 CFU).
- The final exam includes a laboratory evaluation (identification of unknown compounds by 2 analyses) and a written test (13 questions) concerning the theoretical aspects of the qualitative analysis.
Inorganic Analysis of Substances having Pharmaceutical Interest
CHIM/08 - PHARMACEUTICAL CHEMISTRY - University credits: 5
Lessons: 40 hours
Professor:
Pedretti Alessandro
Qualitative Analysis Laboratory
CHIM/08 - PHARMACEUTICAL CHEMISTRY - University credits: 2
Single bench laboratory practical: 32 hours
Professor:
Pedretti Alessandro
Shifts:
Turno 1 (Pedretti)
Professor:
Pedretti AlessandroTurno 2 (Pedretti)
Professor:
Pedretti AlessandroLinea 2
Responsible
Lesson period
Second semester
Inorganic Analysis of Substances having Pharmaceutical Interest
Course syllabus
- Introduction to the inorganic qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Color theory: electronic properties-color relationships of ions and molecules.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Color theory: electronic properties-color relationships of ions and molecules.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Qualitative Analysis Laboratory
Course syllabus
- Introduction to the inorganic qualitative analysis.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Color theory: electronic properties-color relationships of ions and molecules.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
- Safety guidelines in chemistry laboratory and hazard prevention.
- Basic laboratory procedures.
- Theoretical aspects of the dissolution and precipitation processes.
- Salt hydrolysis: acid/base properties of anions, cations and salts.
- Analysis of anions.
- Analysis of cations (classical analysis by precipitation of six analytical groups).
- Identification methods for unknown inorganic compounds listed in the European Pharmacopoeia (water-soluble and water-insoluble substances).
- Limit tests: principles reported in F.U.
- Color theory: electronic properties-color relationships of ions and molecules.
- Introduction to the pharmaceutical, toxicological and biochemical properties of the inorganic compounds analyzed during the laboratory work.
Inorganic Analysis of Substances having Pharmaceutical Interest
CHIM/08 - PHARMACEUTICAL CHEMISTRY - University credits: 5
Lessons: 40 hours
Professor:
Gelain Arianna
Qualitative Analysis Laboratory
CHIM/08 - PHARMACEUTICAL CHEMISTRY - University credits: 2
Single bench laboratory practical: 32 hours
Professor:
Gelain Arianna
Shifts:
Turno 1 (Gelain)
Professor:
Gelain AriannaProfessor(s)
Reception:
Every day by appointment
Deparment of Pharmaceutical Sciences - Medicinal Chemistry