ReSECT is a project promoted by the Spanish Society of Thoracic Surgery with the aim not only to become an indefinite, dynamic and inclusive registry, but also to establish a common structural framework for the development of future multicentre projects in the field of thoracic surgery in Spain. The goal of this nationwide prospective observational registry is: * To develop and validate forecasting tools based on powerful computational methods with the goal of assisting in decision-making and improving quality of care. * To evaluate the progressive implementation of certain surgical techniques that are on the rise, new technologies and future health programs. * To be aware of our results as specialty and professionals and to serve as a permanent benchmarking instrument in thoracic surgery. The first part of ReSECT, based on a personal registry design, will contemplate any thoracic surgical procedure performed by thoracic surgeons and residents in thoracic surgery in our country. Additionally, the Spanish thoracic surgery departments that voluntarily accept to collectively participate will contribute to specific surgical processes focused on certain procedures with specific objectives to be progressively implemented. The first and only surgical process implemented since the start of the ReSECT project will focus on patients to undergo anatomical lung resection with special interest in those cases whose reason for intervention was lung cancer. The main questions to answer in case of that first surgical process include: * What is the performance of current predictive models for perioperative and oncological outcomes in our country? * How could we modify previous predictive models to improve their performance? * What is the implementation of current guideline recommendations in our country and across institutions? * What is the potential impact of deviations from current recommendations? * What is my performance compared to the rest of the thoracic surgical departments in my country in terms of perioperative and oncological outcomes? ReSECT does not consider prespecified comparison groups of patients.
ReSECT is intended for SECT members including thoracic surgery specialists and residents with professional practice in Spain, as well as thoracic surgery departments in our country. Participation in ReSECT may be at the individual level (personal surgical registry) or by department (ReSECT surgical processes). Those thoracic surgery departments interested in participating in a surgical process implemented in ReSECT must be represented by a single responsible hospital user. ReSECT will be a clinical registry based on surgical procedures. The retrospective and prospective nature of the personal surgical record will be determined by the user's ability to include records of patients who underwent surgery prior to the approval of the current project. However, the "retrospective patients" to be included must belong to the centre associated with each user at the time of registering on the platform. In other words, it will not be feasible to include patients operated on in other institutions where the professional had previously worked. The first ReSECT surgical process about anatomical lung resections and the successive processes that are to be created in the future, will only contemplate patients operated on prospectively with respect to the date of approval of each surgical process.
Study Type
OBSERVATIONAL
Enrollment
30,000
Hospital Universitario Miguel Servet. Hospital Clínico Universitario Lozano Blesa. IIS Aragón. Universidad Zaragoza.
Zaragoza, Spain
RECRUITINGRate of perioperative mortality
Mortality during hospitalization or that occurred within thirty and ninety days after surgery.
Time frame: From surgery date to hospital discharge day or within ninety days.
Rate and severity of perioperative morbidity
Complications occurred during hospitalization will be classified into 3 groups: cardiovascular, respiratory and other type of complications. Each of these groups of complications will be classified based on the most severe specific complication according to the Clavien-Dindo classification (grade I, II, IIIa, IIIb, IVa, IVb, V). Specific respiratory complications: initial ventilator support \> 48h, re-intubation, ARDS, pneumonia, atelectasis, air leak \> 5 days, pulmonary embolism, acute respiratory failure, phrenic palsy, pulmonary infarction, pneumothorax, pleural effusion, subcutaneous emphysema, chylothorax, bronchopleural fistula, others. Specific cardiovascular complications: blood transfusion, arrhythmia, myocardial infarction, heart failure, cerebrovascular accident, deep vein thrombosis, others. Other type of complications: no-respiratory sepsis, wound infection, renal failure, delirium, others.
Time frame: From surgery date to hospital discharge day or within thirty days.
Overall survival
Overall survival after anatomical resection for lung cancer. The outcome will include exitus for any reason.
Time frame: Five-year follow-up after surgery
Disease specific survival
Disease free survival after anatomical resection for lung cancer. The outcome will include exitus for lung cancer progesssion.
Time frame: Five-year follow-up after surgery
Recurrence free survival
Recurrence free survival after anatomical resection for lung cancer. The outcome will include recurrence of lung cancer.
Time frame: Five-year follow-up after surgery.
Rate of hospital readmission
Readmissions within thirty days of discharge from hospital for reasons related to the surgical procedure.
Time frame: From hospital discharge day to thirty days afterwards.
Diagnosis and severity of complications during hospital readmission.
Primary reason for readmission and severity of complications from readmission date to hospital discharge day
Time frame: From hospital readmission date to hospital discharge day or within 30 days
Unplanned Intensive Care
Rate of patients who required unplanned intensive care unit admission
Time frame: From day of surgery to day of hospital discharge or within 30 days
Rate of patients that required surgical reintervention
Surgical reinterventions will be considered when related to complications secondary to the main surgical procedure. This rate will be calculated: number of patients that required reintervention during main hospitalization of after readmission / total number of patients.
Time frame: From surgery date to hospital discharge day and from hospital readmission date to hospital discharge day or within 30 days
Rate of patients with functional status classified as independent, partially independent of totally dependent
Functional status will be referred to patient ability to perform basic and instrumental activities of daily living. Patients will be classified into: 1. Independent: autonomous patient to carry out most of the instrumental activities of daily living (pet care, raising kids, use of communication systems, mobility in the community, management of financial issues, health care and support, maintain a home, food preparation and cleaning, security procedures and emergency responses, go shopping). 2. Partially dependent: autonomous patient for most of the basic activities of daily living (bath / shower, locker room, feeding, sphincters control, functional mobility, care of personal technical aids, personal hygiene and grooming, sexual activity, go sleeping, toilet hygiene), but unable to perform most instrumental activities of daily living. 3. Totally dependent: patient who requires help to carry out most of the basic activities of daily living.
Time frame: The day of hospital discharge or within 30 days after surgery.
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Rate of patients with invasive mediastinal staging
Number of patients with diagnosis of lung cancer who underwent invasive staging of the mediastinum / number of patients with lung cancer who meet criteria for invasive staging of the mediastinum according to current guidelines.
Time frame: From three months before surgery to surgical intervention date
Rate of complete resection for lung cancer
Number of patients with lung cancer who underwent complete resection / number of patients with lung cancer who underwent surgical resection.
Time frame: During the surgery
Distribution of patients according to type of lymphadenectomy
Patients operated on for lung cancer will be classified according to type of lymphadenectomy performed into: 1. Minor Lymphadenectomy. 2. Lobe-specific systematic lymph node dissection: exeresis of the mediastinal tissue that contains the lymph nodes of certain lymph node stations is performed, depending on the location of the tumor. * Tumor in the right upper lobe or middle lobe: 2R, 4R and 7. * Tumor in the lower right lobe: 4R, 7, 8 and 9. * Tumor in the upper left lobe: 5, 6 and 7. * Tumor in the lower left lobe: 7, 8 and 9. 3. Systematic lymph node dissection: dissection and exeresis of the mediastinal tissue that contains the lymph nodes following the anatomical limits. It is recommended that at least 3 mediastinal lymph node stations be excised, always including the subcarinal, in addition to the hilar and intrapulmonary stations.
Time frame: During the surgery
Rate of occult pN2 disease
Number of patients operated on for lung cancer with pathological N2 disease and clinical N0-N1 disease / Number of patients operated on for lung cancer with clinical N0-N1 disease.
Time frame: During the surgery
Mean postoperative stay
Number of days of hospitalization after surgery
Time frame: From day of surgery to day of hospital discharge or within 3 months.