First published in 2020, this toolkit is intended for clinicians working in acute care, managing adult and paediatric patients with acute respiratory infection, including severe pneumonia, acute respiratory distress syndrome, sepsis and septic shock. The main objective is to provide key tools for us...e in the care of critically ill patients – from hospital entry to hospital discharge.
The 2022 updated version includes new tools and adapted algorithms, checklists, memory aids for COVID-19 and influenza, and the latest clinical evidence regarding clinical management of SARI. It is intended to help clinicians care for SARI patients: from epidemiology of severe acute respiratory infections, screening and triage, infection prevention and control, monitoring of patients, laboratory diagnosis, principles of oxygen therapy and different types of ventilation (invasive and non-invasive), as well as antimicrobial and immunomodulator therapies, to ethical and quality of care assessments.
The first edition is availbel in Ukrainian and Russian
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27 May 2021
This is a document to support the use of pulse oximeter for assessment of suspected and confirmed cases of Covid-19 in the community.
It is a well-known fact that Covid-19 can present as “happy hypoxia” with minimum symptoms of severe respiratory distress despite significant low ox...ygen levels in the blood. The use of pulse oximeter for clinical assessment significantly augments decision making, save lives and provide high quality care. It allows for early detection of patients with hypoxia requiring either close monitoring in the community or timely referral for hospital care.
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This poster is intended for health workers and other personnel on the safety and mitigation measures that need to be adhered to when dealing with medical oxygen. Medical oxygen, either in liquid or gas form, is an oxidizing agent that can result in a fire or explosion if not handled properly.
This poster is intended for health workers and other personnel on the safety and mitigation measures that need to be adhered to when dealing with medical oxygen. Medical oxygen, either in liquid or gas form, is an oxidizing agent that can result in a fire or explosion if not handled properly.
This poster is intended for health workers and other personnel on the safety and mitigation measures that need to be adhered to when dealing with medical oxygen. Medical oxygen, either in liquid or gas form, is an oxidizing agent that can result in a fire or explosion if not handled properly.
Medical oxygen is an essential medicine in the treatment of COVID-19. How is it used? Why is there a shortage in some countries and what are WHO, partners and Governments doing about it? WHO’s Dr Janet Diaz explains in Science in 5.
Background paper 7
The Independent Panel for Pandemic Preparedness and Response
May 2021
Un oxymètre de pouls est un petit appareil qui peut généralement être fixé sur un doigt (un orteil ou un lobe d'oreille est également possible) pour mesurer le taux d'oxygène dans le sang.
Cette méthode est totalement indolore et vous donnera un résultat en quelques secondes.
Bilevel or two-level Positive Airway Pressure (BiPAP).
Continuous Positive Airway Pressure (CPAP)
During non-invasive ventilation and between patients
Always read and follow the instructions and recommendations of the manufacturer`s manual
Consumables associated with oxygen delivery are genera...lly intended as single use devices, should be treated as infectious material and disposed of accordingly. Dispose of patient interface and filters, for example, as per facility standard operating procedures for infectious/biohazardous waste management
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During ventilation and between patients
Always read and follow the instructions and recommendations of the manufacturer`s manual
Consumables associated with oxygen delivery are generally intended as single use devices, and should be treated as infectious material and disposed of accordingly. Dispo...se of patient interface and filters, for example, as per facility standard operating procedures for infectious/ biohazardous waste management.
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During monitoring and between patients
Always read and follow the instructions and recommendations of the manufacturer`s manual
The device must be cleaned and disinfected after each individual use and, at minimum weekly, prior to use on another patient.
During non-invasive ventilation and between patients
Always read and follow the instructions and recommendations of the manufacturer`s manual
Consumables associated with oxygen delivery are generally intended as single use devices, should be treated as infectious material and disposed of according...ly. Dispose of patient interface and filters, for example, as per facility standard operating procedures for infectious/biohazardous waste management.
more
Consumables associated with oxygen delivery are generally intended as single use devices. They should be treated as infectious1 material and disposed of accordingly. Disposal of patient interface, tubing, water bag and water chamber, for example, should be done as per facility standard operating pro...cedures for infectious/biohazardous waste management.
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Guidelines for the use of oxygen in patients with COVID 19
All health workers require knowledge and skills to care for patients safely and protect themselves from undue harm. This course was developed due to the enormous emphasis placed on need for safe provision of oxygen to patients with COVID-19, but can be used for conditions beyond COVID-19. This cours...e teaches how to choose the right equipment for your facility, how to set up new respiratory equipment, how to clinically use respiratory equipment, how to maintain equipment, including troubleshooting, repairs and infection prevention and control, and how to decommission equipment.
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For patients on HFNO with persistent hypoxaemia or respiratory distress:
• Check the equipment: inspect the exterior of the machine, the tubing (circuit), the prong for any sign of mechanical damage, confirm it fits and the filters are in place. Ensure the settings are appropriate and flow is max...imized.
• Check the oxygen source: there is sufficient oxygen available and flowing through the device. If FiO2 > 50% of oxygen is needed, the device must have a blender.
• Check there is no obstruction with secretions: patients with COVID-19 may have very thick secretions which may block small and large airways and cause sudden respiratory deterioration.
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WHO recommends prompt recognition of progressive acute hypoxaemic respiratory failure when a patient with respiratory distress is failing to respond to standard oxygen therapy and adequate preparation to provide advanced oxygen/ventilatory support.
Hypoxaemic respiratory failure in ARDS commonly re...sults from intrapulmonary ventilation-perfusion mismatch or shunt and usually requires mechanical ventilation.
At any time, if there are urgent or emergent indications for intubation, do not delay.
WHO suggests that hospitalized patients with severe or critical COVID-19 with acute hypoxaemic respiratory failure that do not require emergent intubation be treated with HFNO, or CPAP or NIV (BiPAP) rather than standard oxygen therapy.
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WHO recommends prompt recognition of progressive acute hypoxaemic respiratory failure when a patient with respiratory distress is failing to respond to standard oxygen therapy and adequate preparation to provide advanced oxygen/ventilatory support.
Hypoxaemic respiratory failure in ARDS commonly ...results from intrapulmonary ventilation-perfusion mismatch or shunt and usually requires mechanical ventilation.
At any time, if there are urgent or emergent indications for intubation, do not delay.
We recommend prompt recognition of progressive acute hypoxaemic respiratory failure when a patient with respiratory distress is failing to respond to standard oxygen therapy and adequate preparation to provide advanced oxygen/ventilatory support.
WHO suggests that patients with severe or critical COVID-19 with acute hypoxaemic respiratory failure that do not require emergent intubation be treated with HFNO, or CPAP or NIV (BiPAP) over standard oxygen therapy.
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For patients on NIPPV or HFNO with persistent hypoxaemia or respiratory distress:
• Check the equipment: inspect the exterior of the machine, the tubing (circuit), the mask for any sign of mechanical damage, confirm it fits securely without leak (if CPAP/BiPAP) and the filters are in place. Ensur...e the settings are appropriate and flow is maximized.
• Check the oxygen source: there is sufficient oxygen available and flowing through the device. If FiO2 > 50% of oxygen is needed, the ventilator must have a blender.
• Check there is no obstruction with secretions: patients with COVID-19 may have very thick secretions which may block small and large airways and cause sudden respiratory deterioration.
more