Clinical Evidence

Proven results from partnerships with leading institutions around the globe.

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Publications

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Authors

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Study Participants

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Anatomical Structures

Setting a new standard

Monitor soft tissue swelling with quantitative reliable data which could help with early diagnosis of compartment syndrome and help clinical decision making on performing fasciotomy.

Featured Studies

Novel Approach

CPMX1
CPMX2
 Compressibility

A non-invasive measurement with an excellent correlation with intra-compartmental pressure (r=0.929), providing excellent sensitivity (100%) and specificity (80%) in diagnosing acute compartment syndrome through contralateral limb comparison.

Study Type:
Study Status:
Patient Population:
6 trauma patients
Potential Use Cases:
Trauma and Emergency Department for the diagnosis of Acute Compartment Syndrome.
Publication: 
Injury Journal

Pediatrics

CPMX1
CPMX2
 Compressibility

A pediatric study involving 25 children with forearm fractures has demonstrated that compressibility measurement is highly effective in detecting and monitoring impending Compartment Syndrome, with a clearly defined cutoff value.

Study Type:
Study Status:
Patient Population:
25 Pediatric Cases
Potential Use Cases:
Trauma and Emergency Department for the diagnosis of Acute Compartment Syndrome
Publication: 
European Journal of Medical Research

Highly Reliable

CPMX1
CPMX2
 Compressibility

A study on 60 healthy subjects (both extremities) shows strong agreement between experienced (ICC 0.9) and inexperienced (ICC 0.8) users.

Study Type:
Study Status:
Patient Population:
Healthy volunteers
Potential Use Cases:
Trauma and Emergency Department for the diagnosis of Acute Compartment Syndrome
Publication: 
Injury

Venous Pressure

CPMX1
CPMX2
Occlusion Pressure

A valuable tool for non-invasive venous pressure measurement, showing strong correlation with invasive methods (r=0.85) in ICU patients and feasible in 86% of cases.

Study Type:
Study Status:
Patient Population:
52 ICU patients
Potential Use Cases:
Central Venous Pressure measurement without intravenous catheterization
Publication: 
Journal of the American College of Cardiology

Cardiac Predictor

CPMX1
CPMX2
Occlusion Pressure

A device that measures venous outflow pressure (VOP) in patients with decompensated heart failure could serve as a strong predictor of higher cardiac rehospitalization rates

Study Type:
Study Status:
Patient Population:
145 patients with decompensated heart failure
Potential Use Cases:
Central Venous Pressure measurement without intravenous catheterization
Publication: 
European Journal of Heart Failure

Chronic Conditions

CPMX1
CPMX2
Occlusion Pressure

A non-invasive method for measuring venous pressure in patients with chronic venous insufficiency offers a valuable diagnostic tool for evaluating venous hypertension without the need for invasive techniques

Study Type:
Study Status:
Patient Population:
20 healthy subjects and 19 patients with complete insufficiency of the great saphenous vein (Hach IV)
Potential Use Cases:
Evaluation of chronic venous insufficiency patients
Publication: 
Clinical Hemorheology and Microcirculation
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