Frequently Asked Questions

What is the current status of Precubitus™ technology?

Our NIR-based detection technology has been validated through multiple studies. We are currently developing a sensor that meets healthcare professionals' specific requirements and clinical needs.

How does NIR technology detect pressure injuries?

Our NIR (Near-Infrared) spectroscopy technology analyzes tissue at the molecular level, detecting biochemical changes before visible damage occurs.
This allows for:

• Early intervention
• Objective measurements
• Non-invasive monitoring
• Reliable detection across all skin types

Why is early detection crucial in pressure ulcer prevention?

When pressure ulcers become visible on the skin's surface, significant tissue damage has already occurred. Early detection enables:

• Preventive intervention before tissue damage
• Reduced treatment duration and costs
• Lower patient burden
• More effective care protocols

Which patients are at risk for pressure ulcers? High-risk groups include:

• Patients with limited mobility
• Wheelchair users
• Intensive care patients
• Elderly individuals
• People with reduced sensation in body parts
• Long-term care residents

Where do pressure ulcers typically develop?

Pressure ulcers commonly develop in areas where bones are close to the skin surface:

• Sacrum and coccyx
• Heels
• Ischial tuberosities
• Ankles
• Elbows
• Shoulder blades
• Occiput

How does Precubitus™ complement existing prevention protocols?

While traditional preventive measures (repositioning, pressure-relieving mattresses, nutrition) remain important, research shows their limitations. Precubitus™ enhances these measures by:

• Providing objective measurement data
• Enabling early intervention
• Supporting evidence-based care decisions
• Monitoring intervention effectiveness

What makes NIR technology effective for all skin types? U

nlike UV light, which is blocked by melanin in the skin, NIR light:

• Penetrates deeper into tissue, but does not affect the tissue.
• Functions independently of skin pigmentation
• Provides consistent results across all skin tones
• Offers safe, non-invasive measurement

What are the key benefits for healthcare professionals?

Precubitus™ technology offers:

• Objective measurement data
• Early detection capabilities
• Universal applicability
• Integration with existing protocols
• Evidence-based prevention support
• Reduced workload through targeted intervention

Research & Validation

Current clinical trials are validating our technology's effectiveness in various healthcare settings. For updates on our research or collaboration opportunities, please contact us at info@precubitus.nl.