VISITAS RECIENTES

AUTISMO TEA PDF

AUTISMO TEA PDF
TRASTORNO ESPECTRO AUTISMO y URGENCIAS PDF

We Support The Free Share of the Medical Information

Enlaces PDF por Temas

Nota Importante

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

lunes, 15 de octubre de 2018

Confirmed by PRAC that hydroxyethyl-starch solutions (HES) should no longer be used in patients with sepsis or burn injuries or in critically ill patients. 11/10/2013

hydroxyethyl-starch solutions (HES) should no longer be used in patients with sepsis or burn injuries or in critically ill patients. 11/10/2013

PRAC confirms that hydroxyethyl-starch solutions (HES) should no longer be used in patients with sepsis or burn injuries or in critically ill patients

HES will be available in restricted patient populations
The EMA’s Pharmacovigilance Risk Assessment Committee (PRAC) has completed its review of HES solutions following an assessment of new information and commitments from companies for additional studies and risk minimisation activities. The Committee confirmed that HES solutions must no longer be used to treat patients with sepsis (bacterial infection in the blood) or burn injuries or critically ill patients, because of an increased risk of kidney injury and mortality. HES solutions may, however, continue to be used in patients to treat hypovolaemia (low blood volume) caused by acute blood loss, provided that appropriate measures are taken to reduce potential risks and that additional studies are carried out.
The review of HES solutions was initially triggered by the German medicines agency, the Federal Institute for Drugs and Medical Devices (BfArM), following studies showing an increased risk of mortality in patients with sepsis and an increased risk of kidney injury requiring dialysis in critically ill patients following treatment with HES solutions.
The PRAC had initially concluded on 13 June 2013 that HES solutions should be suspended in all patient populations. Since then, the PRAC has analysed and considered new evidence that was not available at the time of the initial recommendation, including new studies. The Committee has also looked at new proposals for additional risk minimisation measures, including restrictions on use and a commitment from the companies to conduct additional studies.
The PRAC, on the basis of all data available to date, considered whether a group of patients could be identified for whom HES treatment remains beneficial. The Committee concluded that there was clear evidence for an increased risk of kidney injury and mortality in critically ill and septic patients, and that therefore HES should no longer be used in these patients. However the PRAC agreed that HES could continue to be used in patients with hypovolaemia caused by acute blood loss where treatment with alternative infusions solutions known as ‘crystalloids’ alone are not considered to be sufficient. The PRAC acknowledged the need for measures to minimise potential risks in these patients and recommended that HES solutions should not be used for more than 24 hours and that patients’ kidney function should be monitored for at least 90 days. In addition, the PRAC requested that further studies be carried out on the use of these medicines in elective surgery and trauma patients.
The PRAC recommendation will now be sent to the Coordination Group for Mutual Recognition and Decentralised Procedures – Human (CMDh), for consideration at its meeting on 21-23 October 2013.

New review of hydroxyethyl-starch-containing solutions for infusion started. 12/07/2013
The European Medicines Agency (EMA) has started a new review of hydroxyethyl-starch (HES)-containing solutions for infusion, following the suspension of the use of these medicines in the United Kingdom (UK) on 27 June 2013.
The EMA’s Pharmacovigilance Risk Assessment Committee (PRAC) had recommended in June 2013 that these medicines be suspended in the European Union (EU), following an assessment of available data which concluded that their benefits do not outweigh the risks of kidney injury and mortality. However, the process to implement the PRAC’s recommendation across the EU has not yet begun since a number of marketing-authorisation holders have exercised their legal right to request a re-examination of the recommendation.
In the meantime, some Member States have taken action to suspend or limit the marketing or use of these medicines in their territories. In accordance with EU legislation, this type of action currently requires that a review procedure be carried out. Consequently, the UK has requested the PRAC to start this review procedure, which will run in parallel with the re-examination of the PRAC’s June 2013 recommendation.
The Agency invites all stakeholders (e.g. healthcare professionals, patients’ organisations, the general public) to submit data relevant to this procedure. Full details are available under the 'data submission' tab.
HES-containing solutions are volume expanders used to replace lost blood volume in hypovolaemia (low blood volume caused by dehydration or blood loss) and hypovolaemic shock (a steep fall in blood pressure caused by drop in blood volume). They are used in critically ill patients including patients with sepsis (bacterial infection of the blood), or burn or trauma injuries, or patients who are undergoing surgery. HES-containing solutions are given by infusion (drip) into a vein.
Infusion solutions containing HES belong to the class of colloids. There are two main types of volume expanders: crystalloids and colloids. Colloids contain large molecules such as starch, whereas crystalloids such as saline solutions contain smaller molecules. In the EU, HES-containing solutions for infusion have been approved via national procedures.
This review of HES solutions for infusion has been initiated at the request of the UK medicines agency, the Medicines and Healthcare Products Regulatory Agency (MHRA), under Article 107i of Directive 2001/83/EC, also known as the urgent Union procedure.
The review is being carried out by the Pharmacovigilance Risk Assessment Committee (PRAC), the committee responsible for the evaluation of safety issues for human medicines, which will make a set of recommendations. As these medicines are all authorised nationally, the PRAC recommendation will be forwarded to the Coordination Group for Mutual Recognition and Decentralised Procedures – Human (CMDh), which will adopt a final position. The CMDh is a regulatory body that represents the EU Member States, responsible for ensuring harmonised safety standards for medicines authorised via national procedures across the EU.
In June 2013, the PRAC adopted recommendations on HES solutions under Article 31 of Directive 2001/83/EC. A number of marketing-authorisation holders have requested a re-examination of these recommendations.
12/07/2013

domingo, 14 de octubre de 2018

WHO recommendations: non-clinical interventions to reduce unnecessary caesarean sections free PDF by WHO

WHO recommendations: non-clinical interventions to reduce unnecessary caesarean sections free PDF by WHO


This new guideline on non-clinical interventions to reduce unnecessary caesarean sections incorporates the views, fears and beliefs of both women and health professionals about caesarean sections. It also considers the complex dynamics and limitations of health systems and organizations and relationships between women, health professionals and organization of health care services.

Related articles in scientific journals

Related publications

sábado, 13 de octubre de 2018

Abominal Aortic Tourniquet AAT™

Abominal Aortic Tourniquet AAT™


The Abdominal Aortic Tourniquet - AAT™Hemorrhage Stops Here™

The Abdominal Aortic Tourniquet is the first device to provide stable and complete occlusion of flow of blood to the lower extremities. It has 510(k) approval from the FDA for difficult to control inguinal hemorrhage. It is applied to the mid-abdomen, tightened and inflated and may remain on for up to an hour safely.

Available Mid-April 2012


Abdominal Aortic Tourniquet – AAT™

The project is focused at the number one priority identified by the Institute of Surgical Research for care on the battlefield: how to address uncompressible hemorrhage that is not treatable by a tourniquet in the leg, groin and inguinal region. This encompasses a significant capability gap related to preventable deaths. The solution to this problem must be stable, easy to apply and completely stop the loss of blood. The AAT™ is capable of this, and animal and human studies have demonstrated its safety and efficacy.

The AAT™ provides a rapid application of pneumatic compression to the aorta at the abdominal-pelvic junction to occlude blood flow in the inguinal arteries. The specific claim of the device is to occlude arterial flow through the inguinal region. The target of the compression is the aortic bifurcation, which has historically been identified in relation to the umbilicus or the superior margin of the iliac crests. Difficult bleeds in the inguinal region continue to be a significant source of morbidity and mortality on the battlefield. Providing solutions for treating these wounds have direct life saving results. Wounds to the pelvis and inguinal region are now preventable causes of death.

The AAT™ is a circumferential device that greatly increases the stability of the compression. The pneumatic wedge shaped bladder provides focused pressure to squeeze the blood vessels passing through the lower abdomen and preventing flow. The research referenced below demonstrates the safety of up to one hour of application and its effectiveness in non-invasively cross-clamping the aorta or fully stopping all blood flow to the pelvis and lower extremities. In essence the AAT™ acts as a valve to figuratively ‘turn the faucet off’ and prevent the further flow of blood out of wounds below its application site.

Blood is the vital component to surviving blunt or penetrating trauma in the golden hour. It allows oxygen to be carried to the heart, brain and kidneys. Every drop of blood lost impacts survival. Why let any of it spill to the ground when we can prevent its loss?

Research

Georgia Health Sciences University (formerly the Medical College of Georgia) has conducted research on the device using a swine model in 2009. Flow was undetectable in the femoral catheter during the tourniquet application. For hemodynamic variables, there were no significant differences in MAP or CVP measurements among animals. However, using one way repeated measures analysis of variance, there was a significant difference in MAP (P = 0.008) between 0 and 55 minutes for each subject. Serum potassium did not reach clinically significant numbers. However, serum lactate was significantly different between times 55 minutes (3.6 mmol/L +/- .95) and after tourniquet release 65 minutes 5.9 mmol/L +/- .87) (p <0.001). Gross and histological examination revealed no signs of significant ischemia or necrosis of the small and large intestine. These data were presented at the Advanced Technology Applications for Combat Casualty Care conference in August 2009 and the American College of Emergency Physicians Scientific Assembly in 2009.

Application of the device was studied on humans in 2011 again at the Georgia Health Sciences University and found to be safe and effective during the protocol. The Common Femoral Artery (CFA) was reduced to a no flow state by applying an average of 191 mm Hg. The device was associated with moderate discomfort that resolved completely with device removal. These data were presented at the Advanced Technology Applications for Combat Casualty Care conference in August 2011.

FDA Approval

Compression Works received FDA approval for the AAT™ on October 22, 2011.
AUGUSTA, Ga. – Two emergency medicine physicians with wartime experience have developed a weapon against one rapidly lethal war injury. Insurgents commonly aim just below a soldier’s body armor, where the trunk and legs join, to injure the body’s largest blood vessels, causing soldiers to bleed to death within minutes.
Dr. Richard Schwartz“There is no way to put a tourniquet around it, so soldiers are getting shot in this area and dying within several minutes,” said Dr. Richard Schwartz, Chairman of the Department of Emergency Medicine in the Medical College of Georgia at Georgia Health Sciences University. Police officers wearing chest protection as well as automobile accident victims can sustain similar injuries.
Efforts to externally compress the injury have been largely ineffective; the inch-round aorta runs parallel to the spine, so it can’t be approached from the back, and is several inches inside the abdomen even in a fit soldier.
Schwartz and Dr. John Croushorn, Chairman of the Department of Emergency Medicine at Trinity Medical Center in Birmingham, Ala., hope their inflatable wedge-shaped bladder will make a lifesaving difference.
Abdominal Aortic Tourniquet
Abominal Aortic Tourniquet AAT™
It’s called an abdominal aortic tourniquet and it’s placed around the body at the navel level, tightened then, much like a blood pressure cuff, inflated into the abdomen until it occludes the aorta and stops the bleeding. The goal is to restore the golden hour so soldiers survive long enough to get definitive care for their injury.
“By effectively cross-clamping the aorta with the abdominal aortic tourniquet, you are essentially turning the faucet off,” Croushorn said.  “You are stopping the loss of blood from the broken and damaged blood vessels. You are buying the patient an additional hour of survival time based on blood loss.”
It was known that the knee pressed into the mid-abdomen could slow bleeding and block blood flow to the legs. The idea for the device came from studies conducted at GHSU in 2006 that quantified pressure needed to occlude the abdominal aorta. Schwartz and Croushorn started talking about turning that concept into a lifesaving device at an American College of Emergency Physicians meeting.
They first put the device on pigs, inflated it to the point there was no blood flow from the aorta to the femoral arteries and left it that way for an hour. There saw no potentially deadly increase in potassium levels in the blood and the pigs’ leg and gut tissue remained healthy. Next they used it on healthy humans for a shorter duration to ensure that the aorta could be completed occluded.
Croushorn and Schwartz have premarket clearance for the abdominal aortic tourniquet from the Food and Drug Administration and have identified a manufacturer. They already have orders for the device from the U.S. military and will teach courses on how to use it to the military and law enforcement. Device development was funded by the U.S. Department of Defense.
The physicians still want to explore their device’s potential for also helping CPR recipients. The chest compression that is the hallmark of CPR actually pushes blood all the way out to the extremities when the focus is keeping vital organs alive.
“With this device, you could, in theory, double the blood flow to the kidneys, heart and brain,” Schwartz said. They also believe it will help concentrate drugs given during CPR where they are needed. “Now when a medic pushes a cardiac drug during cardiac arrest, the drug is circulated through the toes before it reaches steady state concentrations in the heart,” Croushorn said.
Schwartz was a member of the 5th Special Forces Group (Airborne) during Operation Desert Shield and Desert Storm. He works with the Federal and Georgia Bureaus of Investigation and helped develop courses that bridge the gap between military and civilian groups that may work together during major disasters.  Croushorn served as Command Surgeon, Task Force 185 Aviation in the U.S. Army in Iraq in 2004. He also works with the FBI.


Emergency medicine physicians develop device to stop lethal bleeding in soldiers


viernes, 12 de octubre de 2018

CALIFICACION PROFESIONAL DE OPERADORES DE VEHICULOS DE EMERGENCIA TIPO AMBULANCIAS DE TRANSPORTE TERRESTRE. REQUISITOS

CALIFICACION PROFESIONAL DE OPERADORES DE VEHICULOS DE EMERGENCIA TIPO AMBULANCIAS DE TRANSPORTE TERRESTRE. REQUISITOS
Enlace para DESCARGAR pdf gratis


NTF 4043 Ambulancias para transporte terrestre de pacientes. Requisitos PDF Gratis Venezuela

NTF 4043 Ambulancias para transporte terrestre de pacientes. Requisitos PDF Gratis Venezuela 

Enlace para DESCARGAR pdf Gratis

COMPILACIÓN de LEGISLACIÓN sobre SISTEMAS de SERVICIOS de EMERGENCIA en AMÉRICA LATINA. PDF Gratis 2010



COMPILACIÓN de LEGISLACIÓN sobre SISTEMAS de SERVICIOS de EMERGENCIA en AMÉRICA LATINA. PDF Gratis 2010

Investigación y análisis de Susana Castiglione, Consultora, Legislación de Salud, y coordinado por Mónica Bolis y Reynaldo Holder. Con el apoyo financiero de: La Agencia Española de Cooperación Internacional para el Desarrollo (AECID), Área de Sistemas de Salud basados en la Atención Primaria de Salud
Organización Panamericana de la Salud/ Organización Mundial del la Salud (OPS/OMS)

Enlace para DESCARGAR pdf Gratis


domingo, 7 de octubre de 2018

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

Habitos Saludables en los Niños. Madrid, España


Habitos Saludables en los Niños

Dr. Ramon REYES DIAZ, MD


Enlace para bajar Guia en formato pdf  


GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España



GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España



GUIA DE RECOMENDACIONES AL PACIENTE Habitos Saludables en los Niños. Madrid, España

Curso TECC España TACTICAL EMERGENCY CASUALTY CARE


sábado, 6 de octubre de 2018

MANUAL CURSO CPI CAPACITACION PARA INSTRUCTORES OFDA

MANUAL CURSO CPI CAPACITACION PARA INSTRUCTORES OFDA


Enlace para bajar Manual en formato pdf

How to Master BVM Ventilation Bag mask ventilation / Free PDF Manual

How to Master BVM Ventilation Bag mask ventilation / Free PDF Manual 

Download FREE PDF Manual 


How to Master BVM Ventilation

Bag mask ventilation is the cornerstone of airway management.
It’s often considered a basic procedure, but there is nothing “basic” about BVM ventilation. Skill acquisition requires extensive training and experience. It’s not pretty, sexy, or glamorous. Most people perform it poorly even though it’s an essential part of good airway management.
We often relegate the skill to a new or junior provider, and when the saturation drops we attribute it to the patients’ acuity and not to failure to provide adequate oxygenation and ventilation.
The AHA recognizes that bag mask ventilation “is a challenging skill that requires considerable practice for competency.”
When performed in an emergency, respiratory failure or arrest is often imminent. Because it is a BLS skill we toss a BVM to our partner while we prepare our intubation equipment. The mask is placed on the patient’s face and ventilations are administered too aggressively or ineffectively.
When this is not recognized the airway may become flooded with gastric contents during the intubation attempt making more difficult if not impossible. Aspiration occurs, hypoxia worsens, and the patient is at higher risk of experiencing cardiac arrest.
It is not widely appreciated that BVM ventilation is often ineffective. One assumes that it works better than it actually does without appreciate education and training, which is often lacking.
Early in my career I would place the mask on the patient’s face and apply the CE technique without any objective measurement of how well it was working.
How do you Know When Ventilations are Effective?
Clinical detection of adequate ventilation is notoriously difficult. So what is the litmus test for gas exchange at the alveolar level? ETCO2 of course!
The ETCO2 sensor fits perfectly between the bag and mask.
In Emergency Medicine we want the technique that is most likely to be successful the first time. The traditional CE method is not always the best technique. Some will be quick to contest that assertion, and a few years ago I would have agreed with you.
There are three main factors that contribute to poor BVM ventilation.
  • Poor mask seal
  • Improper positioning
  • Excessive rate and volume
Poor Mask Seal
When using the traditional CE technique, pressure is not distributed equally across the mask. This means that when using your left hand, there is a tendency for air to leak between the mask and the right side of the patient’s mouth, which often goes unrecognized.
Improper Positioning
Because of the inherit difficulty maintaining a quality seal, and because maintaining a seal is fatiguing, the tendency is to push the mask onto the face. The mouth is then closed shut, leaving the nares as the only route of ventilation. Obstructive soft tissues of the pharynx collapse, blocking the glottic opening.
A superior technique was introduced 11 years ago in the 2005 AHA Guidelines.
“Bag-mask ventilation is most effective when provided by 2 trained and experienced rescuers. One rescuer opens the airway and seals the mask to the face while the other squeezes the bag. Both rescuers watch for visible chest rise.”
The two handed technique is sometimes referred to as the thenar eminence (TE), or “two thumbs down” technique.
The fingers are used to bring the jaw to the mask, while the palms and thumbs maintain a mask seal. This offers a mechanical advantage to the CE technique and allows better recognition of air leaks.
Gerstein (2013) compared the effectiveness of the CE and TE technique when performed by novice clinicians and found:
“The TE facemask ventilation grip results in improved ventilation over the EC grip in the hands of novice providers.”
A few weeks ago I attended a cadaver lab in Baltimore. The first skill we practiced was BVM ventilation. Our group leader has us try the CE technique first, then TE. The chest was open and lungs exposed so we could see the effectiveness of our ventilations.
Six people were in my group, and no one was able to inflate the lungs using the CE technique despite multiple attempts. However, the lungs were inflated every time, every attempt, for every person when using the TE technique!
Excessive Rate and Tidal Volume (Hyperventilation)
Even when trying to be cognizant of rate and tidal volume, there can be a huge difference in what you think you’re doing, and what you’re actually doing.
This was proven in the Milwaukee study, in which Paramedics were taught to ventilate at the appropriate rate during cardiac arrest. They retrospectively looked at the ventilation rates objectively and found the average rate was 30 breaths/min!
An excessive rate and tidal volume isn’t only deleterious for patients in cardiac arrest, but increases the likelihood of exceeding the pressure of the lower esophageal sphincter, delivering large tidal volumes of air to the stomach.
This also was mentioned back in the 2005 AHA Guidelines:
“Gastric inflation often develops when ventilation is provided without an advanced airway. It can cause regurgitation and aspiration, and by elevating the diaphragm, it can restrict lung movement and decrease respiratory compliance. Air delivered with each rescue breath can enter the stomach when pressure in the esophagus exceeds the lower esophageal sphincter opening pressure. Risk of gastric inflation is increased by high proximal airway pressure and the reduced opening pressure of the lower esophageal sphincter. High pressure can be created by a short inspiratory time, large tidal volume, high peak inspiratory pressure, incomplete airway opening, and decreased lung compliance.”
To prevent gastric inflation the airway must be kept open, and breaths delivered slowly…very slowly. Based on my observations no one delivers breaths slow enough. When your own heart rate is going 150 beats per minute, waiting 6 seconds to deliver a breath feels like forever! I often tell someone who is bagging to fast to deliver a breath every 10 seconds and even then they often ventilate too fast.
How do we slow down? Well, if the patient is intubated they could be placed on the ventilator. But since we’re talking about facemask ventilation, consider purchasing a timing light that goes on the end of the BVM, or use a metronome. You could also try counting, “one, one thousand…two, one thousand…three, one thousand…” and so on.
In addition to delivering breaths too fast, we deliver too much. The average volume of an adult BVM is 1600 milliliters! Squeezing the bag until opposite sides of the BVM touch isn’t necessary! It’s recommended that only 1/3 of the bag be compressed to give a large enough tidal volume. Any more and the pressure is too much for the rigid trachea to accommodate, and the esophagus is more than happy to accept the rest!
BVM Ventilation during Cardiac Arrest
If you’re doing 30:2 during BLS CPR you don’t have the luxury of providing breaths slowly. The goal should be to have compressions resumed within 3 seconds, and to do that the breaths can’t be given quickly or it will take 5 or 6 seconds!
The goal should be “little bag squeeze, little bag squeeze” with full release between squeezes. Intrathoracic pressure stays elevated without a full release, and we know that increased intrathoracic pressure impedes venous return.
Conclusion
  • BVM ventilation is a difficult skill for providers at all levels and specialties.
  • The traditional CE method is not very effective, and sometimes totally ineffective.
  • Use ETCO2 as an objective measurement.
  • Adopt the “two thumbs down” technique
  • Deliver breaths slowly
  • Only compress 1/3 of the bag
  • Give breaths quickly during cardiac arrest, but allow full release of BVM
References“Beginner Facemask Ventilation Techniques | Emsworld.Com”. EMSWorld.com. N.p., 2016. Web. 17 Mar. 2016.
Gerstein NS, et al. “Efficacy Of Facemask Ventilation Techniques In Novice Providers. – Pubmed – NCBI”. Ncbi.nlm.nih.gov. N.p., 2016. Web. 17 Mar. 2016.
“Part 4: Adult Basic Life Support”. Circulation 112.24_suppl (2005): IV-19-IV-34. Web. 17 Mar. 2016
- See more at: https://www.aclsmedicaltraining.com/blog/master-bvm-ventilation/#sthash.BnI030nn.dpuf