PHYTOCHEMISTRY

Course objectives

The primary objectives of phytochemistry are traditionally linked to the identification of new natural substances from plants and the determination of their distribution throughout the plant kingdom, also in relation to the interactions between plants, plants and animals and between plants and pathogens (with reference to biological control of pests). Naturally, an important aim of phytochemical research is the discovery and development of substances with pharmacological activity. Because of these characteristics, phytochemistry is perhaps the most interdisciplinary of all the teachings to which it is linked. In fact, the chemistry of plants has an impact on all areas of botany and on many areas of chemistry, as well as implications that must take into account many complementary knowledge, concerning, among others, ecology, agriculture, physiology, ethnobotany, pharmacognosy , organic chemistry, biochemistry and chemotaxonomy. This interdisciplinary approach is the main force of phytochemistry, consequently, the course will focus on giving it particular prominence, allowing the student to relate these different aspects. The student will also be able to acquire extensive knowledge on the classification and the role played by secondary metabolites in plants and, above all, on their chemical nature and potential biological activity. Consequently, the course aims to introduce the criteria for a correct identification and classification of secondary metabolites, particularly for biologically active compounds of plant origin. At the same time the aspects related to the main biosynthetic pathways, to metabolic transformations and to the compartmentalization of these substances within plant organisms will be explored. The final objective to be achieved will therefore enable the student to know the main aspects of the study of the chemistry of medicinal plants with particular reference to extraction methods, biosynthesis, chemical characteristics and any structure-activity relationships of natural substances of plant origin. For the course prerequisites are not required, but it would be opportune for the student, in order to better understand the topics covered, a preliminary acquisition of wide basic knowledge, especially in the botanical, chemical and biological fields. The evaluation of the student study will be carried out mainly through a final oral exam, which will focus on all the topics of the program. The student will deepen what he learned during the lessons on the recommended texts, and above all on the didactic material that will be provided to them by the teacher.

Channel 1
MARTINA BORTOLAMI Lecturers' profile

Program - Frequency - Exams

Course program
Definition of Phytochemistry. Purpose. Hints of bioenergetics. Enzymes and enzymatic kinetics. Definition of Primary and Secondary Metabolism. Products of primary metabolism. Carbohydrates. Monosaccharides. Disaccharides. Polysaccharides and their derivatives. Starch and cellulose. Mucilage and gums. Plant-based sources of carbohydrates. The protides. Proteolytic enzymes and plant-based oligoproteins. Products derived from amino acids. Plant sources of proteolytic enzymes and non-proteinogenic amino acids. Lipids. Triglycerides of pharmaceutical interest: fixed oils, vegetable butters and vegetable waxes. Plant sources of vegetable oils, butters and waxes. Secondary metabolism, medicinal plants and plant drugs. Acetate-derived metabolites. Biogenesis of polychaetids. Glycosides of anthracene derivatives. Diantrones. Plant sources of acetate metabolites. Metabolites derived from isopentenyl diphosphate: biogenetic pathways. Monoterpenes. Sesquiterpenes. Diterpenes. Triterpenes. Iridoids. Steroids. Cardioactive steroid glycosides. Tetraterpenes. Essential oils. Plant sources of isopentenyl diphosphate metabolites. Shikimate-derived metabolites: biogenetic pathway. Cinnammic acids. Phenylpropenes. Lignin and Lignans. C6-C1 compounds. Coumarins. Gallic acid and tannins. Plant sources of shikimate metabolites. Metabolites from mixed biogenetic pathways: Furanocoumarins. Flavonoids. Stilbenes. Cannabinoids. Alkaloids. Alkaloids derived from Tyrosine, Tryptophan, Ornithine, Histidine and Phenylalanine. Purine and terpenoid alkaloids. Plant sources of alkaloids.
Prerequisites
Although there are no mandatory propaedeutic exams, it is advisable that students have acquired knowledge of inorganic and organic chemistry, botany and biology to be able to follow the course.
Books
For the study of the topics covered in the course, the recommended text is the following: BIOLOGIA DELLE PIANTE MEDICINALI ANTONIO RAPISARDA ED. UTET The student will also be able to use the teaching material used in class that will be made available on the e-learning platform.
Frequency
Attendance at lectures is not mandatory.
Exam mode
The exam is related to all the subjects covered during the course lectures. The evaluation of the student will be carried out through a final oral exam on all the topics covered during the course. The student, upon optional choice, may also be evaluated on the presentation of an in-depth study of a topic covered during the course.
Lesson mode
The 6 CFU course includes 48 hours of frontal didactics. The frontal didactics hours are divided into 24 total lessons, divided into 2 lessons per week, 2 hours per lesson. During the lectures, all the topics reported in the programme and subject of question during the exam will be explained. The lessons will be open to dialogue, allowing students to critically participate in the explanations of the covered topics. At the end of each topic, part of the lessons will be dedicated to carrying out self-assessment tests which will be ongoing together with the teacher.
  • Lesson code1052171
  • Academic year2025/2026
  • CourseApplied Pharmaceutical Sciences
  • CurriculumSCIENZE ERBORISTICHE
  • Year3rd year
  • Semester1st semester
  • SSDBIO/15
  • CFU6