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The time factor in Alternating Pressure
injury prevention Why “Lower for Longer” is the driving principle behind the performance of an Alternating Pressure surface. When assessing the performance of an active alternating surface, the aim is to achieve lower pressures, for longer times ... sacral and heel areas for significantly longer times than the other tested surfaces. Find out more on arjo.com/velaris. Why “Lower for Longer” is the driving principle behind the performance of an Alternating Pressure surface.
5 things to consider when choosing a sit to stand lift for patient transfers
Standing and raising aids, also known as sit-to-stand devices/lifts, are used by caregivers to transfer patients or residents between two seated postures, for example, seated on the edge of the bed to a wheelchair, or wheelchair to commode or shower chair.
What could a One Surface Strategy mean for you?
From risk assessment to ensuring the appropriate intervention, time is a crucial factor in pressure injury prevention.
What technologies are used to aid caregivers in transporting patients on hospital beds?
There are different types of power assisted transport technologies used with hospital beds that help caregivers reduce effort in transporting patients throughout the facility.
How to choose a patient transfer device depending on mobility level
Patient transfer tasks occur across multiple healthcare settings and are often high risk activities for both caregivers and patients. Risk of patient and staff injury has led to the development of global Safe Patient Handling programmes.
How to prevent pressure injury during patient rehabilitation
Empowering movement is fundamental to any patient rehabilitation programme and is a core principle in the prevention of pressure injury development. With the impact of the current pandemic, the focus on mobilising and rehabilitating patients
Preventing Pressure injuries in Patients with Reduced Mobility
Reduced mobility is a significant risk factor for pressure injury development, international guidelines emphasise the need for regular turning and repositioning of patients to help prevent skin damage¹. While a pressure redistribution mattress ... mattress may enable the repositioning regimen to be individualised, regular postural change is still important but not without risk to the patient or caregiver.
PIP during the global pandemic: Prone Positioning
mitigate this risk, selecting the right support surfaces to support pressure redistribution and targeted pressure offloading is key. Pressure injuries are a preventable medical condition, usually caused by immobility in bedridden patients, developed ... two patients in acute care. Due to the excessive financial, economic and psychological cost of pressure injuries, there is considerable “pressure” on healthcare systems to reduce incidences of the condition.
Meeting the infection control challenge when selecting a support surface
Healthcare settings face the challenge of managing an effective Infection Control protocol on a daily basis. Ensuring the safety of patients and staff at all times, in a range of different settings requires a robust process, where care and treatment can be delivered without the risk of infection due to poor hygiene standards.
Managing skin microclimate with Skin IQ's Negative Airflow Technology
The International Pressure Ulcer Prevention and Management Guidelines discuss how managing microclimate can provide an environment conducive to injury prevention and tissue repair. As such the guidelines recommend the need for additional features such as the ability to control moisture and temperature when selecting a support surface.
How our cover fabrics are designed to support infection control
How our cover fabrics support infection control How our cover fabrics support infection control A mattress cover should support the prevention of cross-contamination – without compromising the performance of the support surface. A mattress cover should support the prevention of cross-contamination – without compromising the performance of the support surface.