Faculdade de Ciências e Tecnologia

Molecular Bases of Disease

Code

11179

Academic unit

Faculdade de Ciências e Tecnologia

Department

Departamento de Química

Credits

6.0

Teacher in charge

Ligia Raquel Mendonça Faria Marques Saraiva Teixeira, Paula Alexandra Quintela Videira

Weekly hours

4

Total hours

84

Teaching language

Inglês

Objectives

Learning objectives of the curricular unit

-                 To acquire knowledge and skills about the biochemical mechanisms underlying human disease.

-                 To be able to relate biochemical mechanisms with associated pathologies

-                 To acquire knowledge and skills on a seminar context and to be able to develop critical analysis, using the scientific literature.

Prerequisites

Basic knowledge in Cell and Molecular Biology, Molecular Genetics, Microbiology and Biochemistry.

Subject matter

-Molecular aspects underlying  neurological and immune disorders, cardiovascular diseases, infectious diseases, rare diseases, cancer and aging.

- Current molecular methodologies in the context of understanding human pathologies.

Theoretical lectures (1 weekly lecture, 9 – 12 am ):

04‐mar

Introduction and presentation of the course.

 

Basics of Pathology.

Structure, expression and function of genes. Mutations: types and causes and examples of their pathological effects,

Lígia Saraiva; ITQB 

Paula Videira; FCM

 

Paula Videira; FCM

11‐mar

Monogenic diseases. Dominant versus recessive diseases.

Paula Videira; FCM

 

18‐mar *

Injury and Cell Death. Apoptosis, necrosis, and cell death pathways.

Paula Videira; FCM

25‐mar

Chronic and acute inflammation.

Paula Videira; FCM

  08‐apr

Autoimmune and inflammatory diseases: mechanisms of disease, and examples of associated disorders and diagnostic methods.

Paula Videira; FCM

15‐apr

Kidney function.

Teresa Catarino, FCT

22‐apr

FCM *

Maintenance mechanisms of genetic information and conditions associated with its amendment.

Sebastião Rodrigues; FCM

 

06‐mai

Molecular Basis of cancer.

Sebastião Rodrigues; FCM

13‐mai

Biomarkers of disease and their detection.

Paula Videira ; FCM

 

20‐mai

Infectious diseases

Lígia Saraiva; ITQB

27‐mai

Factores de virulência

Lígia Saraiva; ITQB

03‐jun

Resistência bacteriana

Lígia Saraiva; ITQB

 

Exam

 

* In these lectures we will start first by the seminars and then followed by lecture.

 

Theoretical – pratical / seminar lectures (1 aula semanal de 3 h-tarde 14-17h ):

 

 04‐mar

Cardiovascular and genetic cardiomyopathies;

Alexandra Fernandes (FCT-UNL)

11‐mar

Post translational Modifications

Glycosylation in cancer and immune response

Paula Videira; FCM

18‐mar

Telomeres vs aging and cancer

 

Miguel Godinho ( IGC)

25‐mar

Cellular and Molecular Aspects of spondyloarthropaties

Fernando Pimentel (FCM/UNL);  FCM

  08‐abr

Alpha synuclein in Parkinson''s disease

Sandra Tenreiro (IMM/UL); FCM

15‐abr

Hepatic function.

Teresa Catarino, FCT*

22‐abr FCM

Diabetes and insulin resistance;

Paula Macedo (FCM/UNL)

06‐mai

Study time

 

13‐mai

Epigenetic & transcriptional regulation in myeloid disorders

Antonio Almeida; (IPO)

20‐mai

Helicobacter pylori, a successful human pathogen;

Clinic and diagnosis of infections by Chlamydia trachomatis and Trichomonas vaginalis;

Mónica Oleastro (INSA)

Maria João Simões (INSA)

27‐mai

Neisseria meningitidis infection - colonization to invasive disease; Fungi

 Maria José Borrego (INSA)

Teresa Crespo (ITQB)

03‐jun

Clinical methods and Mycobacterium tuberculosis

Isabel Couto (IHMT),

 

 

 

* theoretical lecture

Bibliography

-      Essential Concepts in Molecular Pathology. (2010) William B. Coleman and Gregory J. Tsongalis (Eds), Academic Press.

-      Molecular Basis of Health and Disease (2011) Undurti N. Das, Springer.

 

Books are available at the ITQB library.

Teaching method

The course includes theoretical, practical classes and seminars. The lectures will be taught using the "data show", accompanied by complementary bibliography previously available on the website of discipline.

The practical classes and seminars will focus on discussion of more specialized subjects. The seminars consist of lectures by invited speakers followed by discussions with active student participation.

Evaluation method

Evaluation

Final examination on the subject of theoretical classroom -60%

Reports of Practice Lessons - 40%

Compulsory attendance of 70%

Courses