Truss Health’s remote patient safety monitoring platform, Laso plays a crucial role in early detecting surgical site infections (SSIs) by leveraging AI technology to monitor patients’ health status and provide timely alerts to healthcare providers. We utilize various devices and sensors to collect data and transmit it securely for analysis.
Early detection of surgical site infections (SSI) following orthopedic surgeries like knee or hip arthroplasty allows for focused wound care, potentially avoiding more invasive treatments and reduces complications such as joint destruction or chronic pain.
A C-section, an e.g. of OB surgery, is a major surgical procedure, and complications like SSIs can hinder the mother's well-being during an already challenging postpartum period. Early detection helps preserve fertility of the mother and associated morbidity.
In abdominal surgeries, the primary goal is often to remove or address specific conditions, such as tumors or blockages. SSIs can compromise the success of the surgical procedure. Early detection helps preserve the intended surgical outcomes.
Detecting SSI early after cardiac surgery allows for prompt initiation of treatment. This can include antibiotic therapy that can effectively address the infection and prevent severe complications that may arise from untreated SSIs, such as sepsis.
Early detection of surgical site infections (SSI) following orthopedic surgeries like knee or hip arthroplasty allows for focused wound care, potentially avoiding more invasive treatments and reduces complications such as joint destruction or chronic pain.
A C-section, an e.g. of OB surgery, is a major surgical procedure, and complications like SSIs can hinder the mother's well-being during an already challenging postpartum period. Early detection helps preserve fertility of the mother and associated morbidity.
In abdominal surgeries, the primary goal is often to remove or address specific conditions, such as tumors or blockages. SSIs can compromise the success of the surgical procedure. Early detection helps preserve the intended surgical outcomes.
Detecting SSI early after cardiac surgery allows for prompt initiation of treatment. This can include antibiotic therapy that can effectively address the infection and prevent severe complications that may arise from untreated SSIs, such as sepsis.
Early detection of surgical site infections (SSI) following orthopedic surgeries like knee or hip arthroplasty allows for focused wound care, potentially avoiding more invasive treatments and reduces complications such as joint destruction or chronic pain.
A C-section, an e.g. of OB surgery, is a major surgical procedure, and complications like SSIs can hinder the mother's well-being during an already challenging postpartum period. Early detection helps preserve fertility of the mother and associated morbidity.
In abdominal surgeries, the primary goal is often to remove or address specific conditions, such as tumors or blockages. SSIs can compromise the success of the surgical procedure. Early detection helps preserve the intended surgical outcomes.
Detecting SSI early after cardiac surgery allows for prompt initiation of treatment. This can include antibiotic therapy that can effectively address the infection and prevent severe complications that may arise from untreated SSIs, such as sepsis.
Remote patient monitoring allows for the early detection of post-surgery complications, including surgical site infections, fever, wound healing issues, and other adverse events. Timely intervention can prevent complications from escalating and reduce the need for hospital readmission.
By closely monitoring patients at home, hospitals can decrease the likelihood of unnecessary hospital readmissions. This not only improves patient experience but also reduces healthcare costs and frees up hospital resources for more critical cases.
Patients become active participants in their own recovery process when they are equipped with monitoring tools. This can lead to increased engagement, compliance with post-operative instructions, and a sense of empowerment over their health.
Remote monitoring platforms can be tailored to each patient’s unique needs and recovery trajectory. This allows for more personalized care plans and interventions, improving patient outcomes.
Real-time monitoring and early intervention can lead to faster recovery times. Patients can receive timely guidance and adjustments to their care plans, which can expedite their return to normal activities.
Providing patients with a monitoring platform that enables them to recover at home can improve their overall satisfaction. Patients often prefer the comfort of their own environment over extended hospital stays.
Preventing complications and hospital readmissions through remote monitoring can lead to substantial cost savings for both patients and healthcare systems. Fewer complications mean fewer medical interventions and associated expenses.
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