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AUTISMO TEA PDF

AUTISMO TEA PDF
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Aunque pueda contener afirmaciones, datos o apuntes procedentes de instituciones o profesionales sanitarios, la información contenida en el blog EMS Solutions International está editada y elaborada por profesionales de la salud. Recomendamos al lector que cualquier duda relacionada con la salud sea consultada con un profesional del ámbito sanitario. by Dr. Ramon REYES, MD

Niveles de Alerta Antiterrorista en España. Nivel Actual 4 de 5.

Niveles de Alerta Antiterrorista en España. Nivel Actual 4 de 5.
Fuente Ministerio de Interior de España
Mostrando entradas con la etiqueta mass civilian shootings. Mostrar todas las entradas
Mostrando entradas con la etiqueta mass civilian shootings. Mostrar todas las entradas

sábado, 30 de noviembre de 2024

Mass civilian shootings: Are we ready to face this new threat?

Mass civilian shootings: Are we ready to face this new threat?


COL A Puidupin (MD), CPT C Hoffmann (MD),CPT N Cazes (MD), COL S Margerin (PCD), LTC T Provost-Fleury (MD), LTC O Gacia (MD) French Armed Forces Health Service, Paris, Clamart, Marseille

Link to download a free PDF document 



Related 







The Hartford Consensus III Compendium, September 2015. PHTLS B-Con Bleeding Control for the Injured Course "Stop The Bleed" / Control de Sangrados para el Herido By NAEMT.



First Responder Guide for Improving Survivability in Improvised Explosive Device and/or Active Shooter Incidents / Guía DHS para mejorar la supervivencia de primeros respondientes a un incidente a dispositivo explosivo improvisado y tiroteos activos














The Committee for Tactical Emergency Casualty Care used the military battlefield guidelines of Tactical Combat Casualty Care (TCCC) as an evidenced based starting point in the development of civilian specific medical guidelines for high threat operations. Each phase and medical recommendation of the military TCCC guidelines was examined and discussed by the Committee, and then was re-written, annotated, or removed through consensus voting of the Guidelines Committee to create civilian specific, civilian appropriate guidance. Additionally, the Committee added and/or put specific emphasis on several medical recommendations not included in TCCC to address high threat operational aspects unique to civilian operations.

The first phase of care under TCCC is Care Under Fire (CUF). To meet the various operational scenarios and terminology utilized in the civilian sector, the first phase of care under TECC was renamed “Direct Threat Care (DTC).” The priorities of DTC remain relatively unchanged from CUF; emphasis remains on mitigating the threat, moving the wounded to cover or an area of relative safety, and managing massive hemorrhage utilizing tourniquets. Additionally, emphasis was placed on the importance of various rescue and patient movement techniques, as well as rapid positional airway management if operationally feasible. Treatment and operational requirements are the same for all levels of providers during this phase of care.

The second phase of care under TCCC is Tactical Field Care. For the same reasons listed above, this phase was renamed in TECC to be called “Indirect Threat Care.” Indirect Threat Care phase can be initiated once the casualty is in an of relative safety, such as one with proper cover or one that has been cleared but not secured where there is less of chance of rescuers being injured or patients sustaining additional injuries. Similar to TCCC, assessment and treatment priorities in this phase focus on the preventable causes of death as defined by military medical evidence: Major Hemorrhage, Airway, Breathing/Respirations, Circulation, Head & Hypothermia, and Everything Else (MARCHE). Four different levels of providers were assigned to scope of practice and skill sets based on level of training and certification.

The final phase of care under TECC is called “Evacuation Care.” During this phase of care, an effort is being made to move the casualty toward a definitive treatment facility. Most additional interventions during this phase of care are similar to those performed during normal EMS operations.  However, major emphasis is placed on reassessment of interventions and hypothermia management.

Download the TECC Guidlines »




Almost 90% of American service men and women who die from combat wounds do so before they arrive at a medical treatment facility. This figure highlights the importance of the trauma care provided on the battlefield by combat medics, corpsmen, PJs, and even the casualties themselves and their fellow combatants. With respect to the actual care provided by combat medics on the battlefield, however, J. S Maughon noted in his paper in Military Medicine in 1970 that little had changed in the preceding 100 years. In the interval between the publication of Maughon's paper and the United States’ invasion of Afghanistan in 2001, there was also little progress made. The war years, though, have seen many lifesaving advances in battlefield trauma care pioneered by the Joint Trauma System and the Committee on Tactical Combat Casualty Care. These advances have dramatically increased casualty survival. This is especially true when all members of combat units – not just medics - are trained in Tactical Combat Casualty Care (TCCC.)

Combat medical personnel and non-medical combatants in U.S. and most coalition militaries are now being trained to manage combat trauma on the battlefield in accordance with TCCC Guidelines.

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miércoles, 11 de octubre de 2017

SAVE TOURNIQUET

SAVE TOURNIQUET

According to the Advanced Trauma Life Support (as published by the American College of Surgeons), a patient experiencing a Class 3 Hemorrhage injury will sustain a pulse rate exceeding 120 BPM. Under these conditions, the patient will be losing approximately 1.2 liter of blood per minute – or – .2 liters every 10 seconds.  Hemorrhaging at this pace will result in:
  • Class 2 Shock occurs after 40 seconds of blood loss.
  • Class 3 shock occurs after 80 seconds of blood loss.
  • After 90 seconds of a Class 3 Hemorrhage, the patient will begin to lose fine motor control and the ability to process complex decisions.
At. 2.1 seconds to attain femoral artery occlusion, the SAVE TOURNIQUET requires 1/10th the time to apply under the stress of patient care. More importantly, the blood loss associated with the SAVE TOURNIQUET is 210 cc’s compared to 2500 cc’s of blood loss by the windlass tourniquet.

Introducing the SAVE TOURNIQUET

Engineered to attain femoral artery occlusion in 2.1 seconds.

The goal was to engineer a tourniquet that was immediately intuitive; to provide speed, targeted compression and could be applied with gross motor skills that are already ingrained into procedural memory (such as push, turn and pull maneuvers). In other words;

Speed, Control and Target Compression - Without Complexity

At 2.1 seconds to attain femoral artery occlusion, the SAVE Tourniquet requires 1/10th the time to apply under the stress of patient care. More importantly, the blood loss associated with the SAVE Tourniquet is 210 cc’s compared to 2500 cc’s of blood loss by the windlass tourniquet.

Copyright 2017 SAVE Tourniquet. A product of Human Factor Research Group, Inc.. All rights reserved. U.S. Patent Number USD67909S.


http://www.savetourniquet.com

https://static1.squarespace.com/static/50bd0286e4b05bd156b74bcf/t/533dbe17e4b01599cd0cb895/1396555287046/SAVE_Tourniquet_Brochure_2014.pdf

http://shop.militaryhardware.us/SAVE-Tourniquet_p_274.html




SAVE TOURNIQUET


SAVE TOURNIQUET


SAVE TOURNIQUET


SAVE TOURNIQUET


SAVE TOURNIQUET


SAVE TOURNIQUET


SAVE TOURNIQUET

SAVE TOURNIQUET

SAVE TOURNIQUET

SAVE TOURNIQUET

SAVE TOURNIQUET

SAVE TOURNIQUET

SAVE TOURNIQUET


STOP THE BLEED StopTheBleed Bleeding Control Basic. ESPAÑOL http://emssolutionsint.blogspot.com.es/2017/07/stop-bleed-bleeding-control-basic.html