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We generate, transform and transmit knowledge in all areas of the health sciences, helping to train the professionals of the future.
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The Clinical Pharmacology Teaching Unit at Vall d’Hebron University Hospital is led by the Clinical Pharmacology Department, and works together with the Catalan Pharmacology Institute Foundation (FICF). Other departments involved in the Teaching Unit are principally Internal Medicine, Cardiology, A&E, Infectious Diseases, Paediatrics, Primary Care and the Pain Management Clinic. Since 1987, the Clinical Pharmacology Department has accommodated 23 Resident medical intern programmes and trained 79 specialists.
Clinical Pharmacology training itinerary
In Internal Medicine, residents learn to take a full medical history, perform physical examinations, interpret clinical semiology and read laboratory tests and diagnoses, as well as assign pathology treatment guidelines. Communicating with patients and their families plays an important role during this rotation, in addition to writing admission and discharge assessments. Therapeutic consultation and drug safety are also developed, in which tasks include coding adverse reactions.
Residents are equipped to interpret and design a study of medication use and carry out a technical medication evaluation report. They also consolidate their knowledge of medical research methodology in general, and of pharmacoepidemiology in particular, which they will subsequently put into practice.
Residents learn the applied concepts of medication selection, which may include clinical efficacy, toxicity, convenience and cost of medication, plus the benefit-risk ratio.
Alongside Internal Medicine, and to enter into healthcare activities, residents take part in shifts in Clinical Pharmacology, and have the option of working in the emergency wards of other departments. Residents must be prepared to attend to patients’ queries regarding any pathology and carry out appropriate diagnosis and treatment.
During the rotation in Clinical Trials, clinical trial protocols assessed by the Clinical Research Ethics Committees must be critically interpreted and support given to general practitioners regarding use of medication. Residents also acquire knowledge of medication and therapies in basic areas of healthcare and within primary care teams, where they also undertake a rotation.
Lastly, residents have the option of an external rotation.
The area of Clinical Biochemistry applies chemical and biological laboratory methods for the diagnosis, treatment, monitoring, prevention and research of diseases, and is comprised of experts from the Clinical Laboratory with a variety of professional experience, from primary care to the high level of specialization in a tertiary hospital. Our challenge is to maintain the high level of automation of the Central Laboratory, designed to allow us to develop highly specialised areas of knowledge in a leading centre such as Vall d’Hebron.
Biochemistry training itinerary
Residents in clinical biochemistry have different objectives and specialised tasks according to which rotation phase they are in.
During their training period, resident doctors prepare to be on duty in the Accident and Emergency Department laboratories, where they calibrate, control and troubleshoot minor failures of analytical instruments. They also collect and extract samples from adult patients admitted to hospital, outpatients and paediatric patients.
During their first rotations they work with instrument warning signals and solutions, analysis and verification of calibrations, and the results of control and differentiation in different patients, outpatients, critical care patients, patients from paediatrics, and those who have had transplants, etc. Specialists subsequently learn about basic haematology, erythropathology, and the use of tumoural markers in the laboratory. Specialists undertake rotations while progressively increasing their level of specialisation and variety, from the areas of Quality, Lipids, Enzymes and Special Techniques, to Allergies, and Molecular Genetics and Hormones, among others.
Lastly, they must work in laboratory management and they have the option to work in the primary care laboratory.
The laboratory encourages residents to take part in research through collaboration during rotations and specific projects in the final phase of their fourth year.
We foster the writing of scientific articles, the design of clinical trials, data analysis, attendance at congresses in the specialisation and potential collaboration with the Vall d’Hebron Research Institute.
The Pathological Anatomy Teaching Unit is made up of pathological anatomy professionals from the Internal Medicine Department at the General Hospital. The Unit's healthcare activity is divided by specialisation with a total of 20 pathologists working in parallel with the clinical team. A modernized and young department dedicated to specialised training, with translational research by specialisation and a teaching role in the medicine and biomedicine degrees.
Pathological anatomy training itinerary
The Unit's activities include tissue processing techniques using microscopic and macro photography, the most common types of autopsy and biopsy, and foetal and infant paediatric autopsy in particular. The Gynaecology Unit also carries out cytology tests and attends intraoperative biopsies in rotation.
The Transplant Pathology Unit carries out protocol and monitoring biopsies, designed to be a procedure for fast diagnosis and treatment in cases of transplant rejection.
Duty shifts are carried out in surgical pathology at the hospital, in addition to processing surgical pieces and samples for the Foetal Tissue Bank, and carrying out autopsies during duty shifts.
The Hospital Radiophysics Teaching Unit is made up of hospital radiophysics specialists and senior technicians specialising in radiotherapy and/or radiodiagnosis.
Hospital radiophysical training itinerary
The Medical Physics and Radiation Protection Department was accredited as a teaching unit in 1995 and is one of the first to receive accreditation in Spain. Some of our former residents now hold important positions in hospitals throughout Spain. Being part of Catalonia’s biggest hospital, with a technology park that is updated constantly, allows us to offer state-of-the-art training in all the areas of the speciality: radiotherapy, nuclear medicine, radiodiagnosis, and radiation protection in healthcare. It is unique, thanks to its extensive experience in advanced radiation oncology techniques in adult and paediatric patients, along with the scope of the radiation protection operations it carries out within the hospital, in both clinical and research facilities. The department has a laboratory where the hospital’s radiation detectors can be calibrated.
Additionally, the Vall d'Hebron Campus offers the possibility of actively participating in national and international research projects and clinical trials linked to its two research institutions, the Vall d'Hebron Institute of Oncology and the Vall d'Hebron Research Institute.
Why specialise at Vall d’Hebron?
The core of the Teaching Unit is provided by the Radiopharmacy Unit, with participation from the Nuclear Medicine and Pharmacy departments, the Laboratories and the Radiation Protection Unit.
Radiopharmacy training itinerary
Radiopharmaceuticals are used in Nuclear Medicine as contrast liquids which are injected into patients intravenously to enable non-invasive internal observation. In this way, molecular imaging of the body or the pathology that is being studied can be obtained. Radiopharmacy as a medical specialisation therefore deals with the study of physical, pharmaceutical, chemical, biochemical and biological aspects of radiopharmaceuticals.
The Radiodiagnosis Teaching Unit is provided by the Radiology Department (general and infant) with participation from specialists from Neurology, Gynaecology Radiology, Vascular and Interventional Radiology, Traumatology Radiology and Magnetic Resonance Imaging.
Radiodiagnostic training itinerary
Prospective radiologists need a solid medical foundation to work closely with specialists from other medical disciplines. For this reason, training in diagnostic imaging, clinical radiology and bioethics is complemented with knowledge on pathological and functional aspects of diseases.
Nuclear Medicine is a medical specialisation dedicated first and foremost to patient diagnosis through the use of substances containing radioisotopes, and which primarily provides information about the body’s functioning. Treatment with non-encapsulated radioactive sources is also within its scope.
Nuclear medicine training itinerary
Vall d’Hebron University Hospital is accredited to train three residents per year in the Hospital Pharmacy Teaching Unit. The Teaching Unit operates in parallel with the Pharmacy Department.
Hospital Pharmacy training itinerary
Hospital Pharmacy is a pharmaceutical specialisation that takes care of the population’s pharmaceutical needs through selecting, preparing, acquiring, controlling and dispensing medication; providing information on medications; and other activities aimed at ensuring the correct, safe and cost-effective use of medication and healthcare products for the benefit of patients in the hospital environment and its sphere of influence.
The specialisation of endocrinology and nutrition includes the study and treatment of disorders of the endocrine glands, the metabolism and all aspects related to nutritional condition.
Endocrinology and nutrition training itinerary
This includes basic clinical knowledge of diagnostic techniques, dietary and therapeutic measures and all aspects of preventative medicine related to these fields. Other specialist departments are also involved in the Endocrinology and Nutrition Teaching Unit, such as Internal Medicine, Cardiology, Nephrology, Neurology, Paediatrics, Nuclear Medicine, and the Nutritional Support Unit and the Accident and Emergency Department.
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