The immune system plays a fundamental role in the defense from pathogens and in the surveillance against cancer. Alterations of the immune response may cause disease. The manipulation of the immune system is one of the most promising approaches to fight metastatic tumors. Cancer is one of leading causes of death. It arises through genetic or epigenetic alterations. The knowledge of these genetic alterations has greatly influenced diagnosis, prognosis and therapy of cancer.
Molecular Oncology: The course is aimed to provide an up-to-date knowledge of the molecular mechanisms involved in cancer pathogenesis. Translational research approaches and new targeted therapies will be discussed.
Molecular Immunology: This part of the course will provide a broad view of the current knowledge of the molecular mechanisms involved in the antigen-specific immune response and in innate immunity. Examples of translational applications of this basic knowledge to biotechnology approaches of therapy and diagnosis in neoplastic and immune-mediated diseases will be discussed.
Endocrinology: Elements of clinical and experimental endocrinology. Analytical methods for the evaluation of serum hormonal levels, principles of diagnosis of endocrinological diseases.
Frontal lessons.
Molecular Oncology
- The multistep process of carcinogenesis
- Oncogenes
- Tumor suppressor genes
- Molecular heterogeneities in cancer, their implications
- Somatic and germline mutations; driver and passenger mutations
- Intrinsic and acquired resistance
- Gatekeeper and caretaker genes
- Colorectal cancer
- Melanoma and targeted therapy
Molecular Immunology
-General features of the immune response
-Ontogeny of the immune system
-Immunoglobulin structure and functions
-B cell ontogeny and generation of the immunoglobulin repertoire
-Conventional and recombinant monoclonal antibodies (chimeric, humanized and derived from phage display libraries) and their applications to diagnosis and therapy
-The major histocompatibility complex and the molecular basis of antigen processing and presentation to T cells
-The T-cell receptor for antigen and molecular mechanisms of signal transduction
-Polarization of the immune response
-Molecular mechanisms of the innate immune response
-Feed-back and regulatory mechanisms of the immune response and tolerance
-Cytokines as soluble mediators and regulators of the immune response
-Structure and function of cytokine receptors and mechanisms of signal transduction
-The immune response against tumors and mechanisms of immune escape
-Cancer immunotherapy
-Pathogenic mechanisms of autoimmunity and allergy
-Therapeutic applications of cytokines or their antagonists
Endocrinology
Study of endocrine organs in terms of anatomical and functional (pathophysiology). In particular: anatomy and pathophysiology of the hypothalamic-pituitary, thyroid, parathyroid, gonadal and adrenal glands; mechanisms of hormone secretion, mechanisms of feed-back; rhythms of hormone secretion; theoretical principles of the various types of hormonal assays.
Molecular Oncology: In ambito Oncologia Molecolare non uso testi, che divengono rapidamente obsoleti, ma aggiornati review articles di riferimento, e miei aggiornati ppt, che fornisco agli studenti all'inizio del corso (passando da un mio pc portatile alle loro penne elettroniche).
Molecular Immunology: Gli studenti potranno avvalersi delle diapositive rilasciate al termine di ogni lezione quali strumenti di apprendimento. Verranno anche indicate recenti reviews su cui completare l’apprendimento. Nel caso lo studente desideri avere come base anche un libro di testo si suggerisce di utilizzare: P.Parham, Il sistema Immunitario, EdiSes;
AK Abbas, AH Lichtmann, Le basi dell’Immunologia, ELSEVIER.
Endocrinology: UNIENDO-Endocrinologia Clinica. Autori: Lenzi, Lombardi, Martino, Vigneri. Editore: Minerva Medica.
Ricevimento: By appointment by email: silvanodomenico.ferrini@hsanmartino.it
Ricevimento: By appointment by email: marina.fabbi@hsanmartino.it
MARICA ARVIGO (President)
DIEGO FERONE (President)
SILVANO FERRINI (President)
MARINA FABBI
ROSARIA GANGEMI
October 1, 2017
MOLECULAR ONCOLOGY/IMMUNOLOGY AND ENDOCRINOLOGY
Oral.
"Molecular Oncology": Students are encouraged to discuss issues and ask questions during office hours. Take advantage of this opportunity often enough. The fairly limited number of examinees for each of them allows an interactive interview of about 45 'min. three major topics of the course are touched. He asks the examinee to pretend to explain a topic to a student of biotechnology / biology that has a reasonable degree of preparation in the field of biology and molecular biology, but has not yet met the world of molecular oncology. This role of the learner becomes the teacher, forces an introductory exhibition, which inspired them to better integrate together the complex facets of the discipline. "Molecular Immunology": The number of students allows conducting an interview of individual examination that focuses on at least three topics covered in the lectures. "Endocrinology": The preparation of the student will be assessed by a substantial oral exam questions on the topic of the course. During the test it will also be tested the link capacity, synthesis and critical interpretation.
