ratinib (Nerlynx®), Patisiran (Onpattro®), Pegfilgrastim (Pelgraz®), Pegfilgrastim (Udenyca®), Tezacaftor/ ivacaftor (Sym-kevi ®) Tildrakizumab (Ilumetri®), Tisagenlecleucel (Kymriah®), Trastuzumab(Trazimera®), Vestronidasa alfa (Mepsevii®), Vigabatrina (Kigabeq®) ,Vonicog alfa (Veyvondi®), Daunorubicina/citarabina (Vyxeos), Axicabtagen ciloleucel (Yescarta®). REPORTS 248 Radio-histological concordance in intracranial meningiomas Villar Blanco I., González Martín J., Gutiérrez Ortega C., Vallejo Desviat P., Molina López-Navas P. SUMMARY: Aim: Meningiomas account for 15-20% Central Nervous System primary neoplasms in adults. Many of them are benign, but the 5% are malignant. MRI characterizes them, describing a series of radiological findings suggestive of ag-gressiveness, although the diagnosis is confirmed by histopathology. Objectives: Determine whether the aggressiveness of in-tracranial meningiomas by using MRI is consistent with histopathology. Material and Methodology: 14 cases of meningiomas with MR imaging and histopathology ranging 2004 to 2016 were reported. Their radiological characteristics were analyzed by determining their aggressiveness by MRI and Histopathology, carried out a study of diagnostic tests. Results: 7 (50%) of the 14 meningiomas were aggressive in the study by MRI, whereas 4 (28.6%) did so by histopathology. The sensitivity of MRI was 100% and specificity 70%. The only variables that achieved p<0.05 by studying aggression MRI were irregular borders and heterogeneous enhancement. Conclusions: MRI is suitable to be used as initial screening in the diagnosis of intracranial meningiomas aggressiveness, being restricted for confirmatory diagnosis. We found no significant evidence to determine what radiological characteristics define tumor aggressiveness. KEYWORDS: Meningioma. Radiodiagnosis. Pathological Anatomy. 255 Report on training needs in new technologies for military nurses Arandojo Morales MI. SUMMARY: Background: In recent years, the Military Health has been incorporating different technological innovations to improve the quality and efficiency of care and to solve the health needs of both the centers of the Military Hospital Network and the displaced Health Units. The military nurses have had to adapt their way of working to the characteristics of the new systems, so they must develop new knowledge and skills, with the appropriate technological training and the necessary and most updated resources and devices. Objectives: To carry out a survey on the technological training of the military nurses and the means at their disposal and to discover the problems that are found. Methodology: Survey of 33 nurses assigned to various units of the Armed Forces about the technological means available to them and the training received. Results: There are obsolete equipment and systems, and deficiencies in the training of nurses. KEYWORDS: Information literacy, nursing informatics, military nursing. 260 Royal Centre for Defence Medicine: UK Role 4 García Cañas R., Wood T., Navarro Suay R., Sargeant I., Areta Jiménez FJ. SUMMARY: The mission of the Royal Centre for Defence Medicine is to provide medical support to all military operations, acting as the last echelon of treatment; in its capacity as the Role 4 hospital in the United Kingdom (UK). In addition, it pro-vides secondary care and specialist opinions for members of the UK Armed Forces. It is a training centre for defence medical personnel, and a focus for military medical research. KEYWORDS: Role 4. Queen Elizabeth Hospital. Defence Medical Services. Military Medicine. PICTURE PROBLEM 263 Non specific cranial lesion Villar Banco I., Vallejo Desviat P., Anguita Martínez G., Molina López-Nava P. HISTORY AND HUMANITIES 266 Spanish Military Healthcare in the first half of the 20th century. A historic approach. Background, Civil War, “Spanish Method” and International Projection- Juan de la Cierva’s Autogyro Mora Urda A. SUMMARY: The military health is an essential part within the organization of any army. In Spain, it has been developed to the present day, with momentum forced during armed conflicts, especially the Civil War (1936-1939). With a clear back-ground, derived from its own history and experiences, the military health during the Civil War developed and implemented new sanitary techniques such as the “Spanish method”. Along with the above, one of the major innovations of Spanish origin was the invention, in 1920, of Juan de la Cierva’s autogiro. Predecessor of the helicopters, this aircraft was at the service of European health and global aviation. All the innovations, both military and health, arising in Spain during the civil conflict, had a reflection and application in different European countries, especially during World War II. This contribution has gen-erally gone unnoticed within our borders, but not at international level where Juan de la Cierva or Doctor J. Trueta i Raspall are widely-recognized figures. KEYWORDS: Civil War, Military health, “Spanish method”, Autogyro. LETTERS TO EDITOR 274 About: “Scientific Contributions of GMO Mariano Gómez Ulla (1877-1945)” Esteban Hernández A. Author’s reply: Ponte Hernando FJ. REFEREES FOR THE REVISTA SANIDAD MILITAR IN 2018 SUBJECT INDEX. VOLUME 74 (2018) AUTHOR INDEX. VOLUME 74 (2018) 220 Sanid. mil. 2018; 74 (4)
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