Official Code: | 6497 |
Acronym: | MO |
Knowledge – at the end of the course students will be able to: Describe the main epidemiological patterns of cancer in Portugal and in the world; Identify risk factors of cancer; Describe the different types of epidemiological studies, namely observational, analytic and experimental; Explain the difference between association and causality; Internal and external validity. Describe the uses of epidemiology in planning interventions in oncology;
Skills - at the end of the course students will be able to: Calculate measures of frequency and measures of association; Interpret the main measures in epidemiology. Read and interpret published epidemiological studies (validity and implications for public health practice in the area of oncology);
Attitudes - at the end of the course students will: Be sceptical of statements based only on opinion, and demand epidemiological evidence for those statements; Advocate the importance of surveillance systems like cancer registries and the need for cooperation from health professionals in such systems.
The purpose of this UC is to present immune cells as a very important component of the tumor microenvironment, crucial for the efficient elimination of the tumor or, on the contrary, permissive and facilitator of tumor progression. Therefore, we will address basic concepts of innate and adaptive immunology, identifying the major immune cells and immune mediators that intervene in the context of an infection or of a tumor. We will explore the principal mechanisms by which tumor cells escape immune surveillance. The main advances in cancer therapy, namely in the area of immunotherapy, will be discussed and the most recent clinical evidences will be presented.
By the end of the course, students should be able to:
To know the basic concepts of the molecular classification of the various neoplasias;
To undestand the main mechanisms of carcinogenesis and tumor progression;
To identity the mais hereditary predisposition syndromes;
To understand the concepts and to identify examples of molecular targeted therapy.
A total number of 18 million new diagnosis of cancer were made in 2018, the most frequent of which are lung (2.09 million cases), breast (2.09 million cases) and prostate (1.28 million cases) cancers. Cancer is the second worldwide cause of death (8.97 million deaths) after ischemic heart disease, but will likely become the first in 2060 (~18.63 million deaths).
Advances in cancer screening, early detection, news treatments and best supportive care have contributed to increases in survival. By 2040, there will be an estimated 26 million cancer survivors, most between 60 and 80 years of age.
The purpose of this curricular unit is to enable the learner to understand the management of patients requiring oncologic care, based on current therapeutic guidelines and best practice.
At the conclusion of this program participants will be able to:
OBJECTIVES
1 - Contact with laboratory environment in the cancer problem approach
2 - Learning and compreesão of laboratorial techniques used in the areas of clinical pathology, anatomic pathology, cytogenetics and molecular biology, applicable to cancer study
3 - Recognition of the work equipment in hospital laboratories
4 - Practice work
1-Identify the main epigenetic mechanisms and their implications in the process of transformation and neoplastic progression
2-Understand the potential of epigenetic alterations as biomarkers for detection, assessment of prognosis and prediction of response to therapy.
3-Identify the main therapeutic strategies based on the reversibility of epigenetic changes.
Develop critical skills, especially critical reading of literature in basic and clinical research in Oncology
Understanding of statistical methods and their importance to the practice of basic and clinical research in oncology.
Acquire critical skills, especially critical reading of literature in basic and clinical research in OncologyThis curricular unit aims to carry out a practical internship in laboratory or clinical context.
OBJECTIVES
1-Contact laboratory / clinical environment in the cancer patient approach;
2-Learning and understanding of the technical laboratorial / clinical management methods of the main types of cancer;
3-Recognize the crucial role of the multidisciplinary diagnostic and clinical approach of cancer patients;
4-Practice Laboratory / clinical observership
To address the main aspects of primary, secondary, tertiary and chemo-prevention of cancer.
To evaluate the differences between the community and individual approaches to cancer prevention
To analyze the main methods of evaluation of screening, errors and determinants of the application of the screenings in the population.
To evaluate the Health Intervention Programs in the North Region as the screening of breast and cervical cancer and colorectal cancer.
This course unit aims to familiarise students with the molecular mechanisms used by cells to receive, process, amplify and integrate different signals. It will be discussed the general mechanisms, through which information is transmitted by proteins and signal transduction cascades, and the link between changes in cell signaling and cancer.
The student should be able to understand the relevance of xenobiotics in the etiology of cancer to humans and animals, knowing how to identify which classes / types of xenobiotics are most associated with cancer.
It should be able to identify the most common modes of exposure (occupational, environmental, accidental, iatrogenic) and the fate of xenobiotics in organisms (terrestrial and aquatic), systematizing the general mechanisms of activation and detoxification of chemical carcinogens.
They should understand strategies, namely experimental (in vitro and in vivo), for the evaluation of xenobiotics as mutagenic and / or carcinogenic agents.
They should know the pros and cons of the most commonly used model species in experimental chemical carcinogenesis.
The student should be able to, by itself and in group dynamics, present and discuss critically the focused topics, making descriptive and schematic syntheses.
Esta unidade curricular tem por objetivo a realização de um trabalho de natureza técnico-científica, de cariz inovador, no domínio científico das Ciências da Saúde. Envolve a condução de trabalhos práticos de investigação e a redação de uma dissertação, elaborada com rigor técnico-científico, que será avaliada em provas públicas no final do ano letivo. O tema, conteúdo e organização da dissertação será definido sob a supervisão do(s) orientador(es) de dissertação de Mestrado, de acordo com a legislação em vigor e as normas estabelecidas pelo Regulamento de Estudos da Universidade do Porto. Em alternativa o estudante poderá elaborar uma monografia, que será igualmente avaliada em provas públicas no final do ano letivo.
No final desta unidade curricular os estudantes deverão ter atingido os objetivos de aprendizagem descritos no artigo 15º do Decreto-Lei n.º 115/2013 de 7 de agosto de 2013.
Esta unidade curricular tem por objetivo a realização de um trabalho de natureza técnico-científica, de cariz inovador, no domínio científico das Ciências da Saúde. Envolve a condução de trabalhos práticos de investigação e a redação de uma dissertação, elaborada com rigor técnico-científico, que será avaliada em provas públicas no final do ano letivo. O tema, conteúdo e organização da dissertação será definido sob a supervisão do(s) orientador(es) de dissertação de Mestrado, de acordo com a legislação em vigor e as normas estabelecidas pelo Regulamento de Estudos da Universidade do Porto. Em alternativa o estudante poderá elaborar uma monografia, que será igualmente avaliada em provas públicas no final do ano letivo.
No final desta unidade curricular os estudantes deverão ter atingido os objetivos de aprendizagem descritos no artigo 15º do Decreto-Lei n.º 115/2013 de 7 de agosto de 2013.
Esta unidade curricular tem por objetivo a realização de um trabalho de natureza técnico-científica, de cariz inovador, no domínio científico das Ciências da Saúde. Envolve a condução de trabalhos práticos de investigação e a redação de uma dissertação, elaborada com rigor técnico-científico, que será avaliada em provas públicas no final do ano letivo. O tema, conteúdo e organização da dissertação será definido sob a supervisão do(s) orientador(es) de dissertação de Mestrado, de acordo com a legislação em vigor e as normas estabelecidas pelo Regulamento de Estudos da Universidade do Porto. Em alternativa o estudante poderá elaborar uma monografia, que será igualmente avaliada em provas públicas no final do ano letivo.
No final desta unidade curricular os estudantes deverão ter atingido os objetivos de aprendizagem descritos no artigo 15º do Decreto-Lei n.º 115/2013 de 7 de agosto de 2013.
Esta UC, de tipo orientação tutorial, destina-se a preparar um projecto de investigação e fazer a sua apresentação. É de esperar que os estudantes saibam pesquisar a bibliografia sobre um assunto, estudá-la e organizá-la na forma de uma actualização integrada e sobre esta saibam colocar questões e identificar problemas. Terão também de desenhar uma estratégia para abordar essas questões ou problemas e encontrar-lhes soluções. Todos estes dados serão redigidos num documento-síntese que será suporte de uma apresentação e uma avaliação por um júri qualificado.