Vein wall thickness and severity of pulmonary involvement due to sars n-cov2 virus infection
Male
Research
R
COVID-19
ARDS; COVID-19; Chronic venous disease; Chronic venous insufficiency; Vein wall thickness
Chronic venous insufficiency
Veins
03 medical and health sciences
0302 clinical medicine
Chronic venous disease
Medicine
Humans
ARDS
Female
Vein wall thickness
Lung
Ultrasonography
DOI:
10.1186/s12967-024-04857-w
Publication Date:
2024-01-17T17:34:48Z
AUTHORS (67)
ABSTRACT
Abstract
Background
An observational study involving patients recovered from COVID-19 was conducted in order to evaluate the presence/absence of vein wall thickness increasing, according to the severity of pulmonary involvement quantified with a CT-scoring system.
Methods
The venous wall thickness (VWT) of 31 patients (23 males and 8 females) with COVID 19 previously admitted to Federico II University Hospital of Naples was evaluated through ultrasound measurement of the common femoral Vein 1 cm proximal to the saphenous-femoral junction and the popliteal Vein 1 cm distal to the confluence of gemellary veins. Measurements were taken with an automated tool to avoid human error. All patients were evaluated in the supine position. Patients were then stratified into two groups, VWT > 1 mm and VWT < 1 mm. Lung damage was assessed through thoracic High Resolution Computer Tomography and subsequently quantified using the scoring system set out by Chung et al. CEAP-C class was calculated for all patients.
Results
The mean value of COVID score in VWT > 1 mm group was 7.4 (S.D. 4.83), whilst the mean value of the COVID score in the VWT < 1 mm group was 3.82 (S.D 3.34). These findings were determined to be statistically significant in a two-tie Student-T test. The linear regression test between VWT and Covid score values demonstrated a direct relationship between the two variables.
Conclusion
These results demonstrate a link between two different aspects of the pathological effects on the vessels during a SARS-COV 2 infection. As such a common primum movens can be hypothesized in both micro-thrombotic and inflammatory processes relating to COVID 19.
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