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Clinical and economic impact of compression in the acute phase of deep vein thrombosis
Author(s) -
Amin E. E.,
Joore M. A.,
ten Cate H.,
Meijer K.,
Tick L. W.,
Middeldorp S.,
Mostard G. J. M.,
ten Wolde M.,
van den Heiligenberg S. M.,
van Wissen S.,
van de Poel M. H. W.,
Villalta S.,
Serné E. H.,
Otten H.M.,
Klappe E. H.,
Prandoni P.,
ten CateHoek A. J.
Publication year - 2018
Publication title -
journal of thrombosis and haemostasis
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.947
H-Index - 178
eISSN - 1538-7836
pISSN - 1538-7933
DOI - 10.1111/jth.14163
Subject(s) - medicine , deep vein , thrombosis , post thrombotic syndrome , compression (physics) , compression therapy , vein , venous thrombosis , quality of life (healthcare) , surgery , materials science , nursing , composite material
Essentials The value of compression therapy in acute phase of deep vein thrombosis is still unclear. Patients with deep vein thrombosis received acute compression hosiery, bandaging, or none. Acute compression reduces irreversible skin signs related to post thrombotic syndrome. Compression hosiery may be the preferred choice for the acute phaseSummary Background The effectiveness of compression therapy in the acute phase of deep vein thrombosis ( DVT ) is not yet determined. Objectives To investigate the impact of compression therapy in the acute phase of DVT on determinants of the Villalta score, health‐related quality of life ( HRQOL ), and costs. Patients/Methods Eight hundred and sixty‐five patients with proximal DVT (substudy of the IDEAL DVT study) received, immediately after DVT diagnosis, either no compression, multilayer bandaging, or hosiery. In the acute phase and 3 months after diagnosis, HRQOL was determined by use of the EQ ‐5D, SF 6D, and VEINES ‐QoL intrinsic method (VEINES‐QoL int ). At 3 months, signs and symptoms were assessed for the total and separate items of the Villalta score, and healthcare costs were calculated. Results The compression groups had lower overall objective Villalta scores than the no‐compression group (1.47 [standard deviation ( SD ) 1.570] and 1.59 [ SD 1.64] versus 2.21 [ SD 2.15]). The differences were mainly attributable to irreversible skin signs (induration, hyperpigmentation, and venectasia) and pain on calf compression. Subjective and total Villalta scores were similar across groups. Differences in HRQOL were only observed at 1 month; HRQOL was better for hosiery ( EQ ‐5D 0.86 [ SD 0.18]; VEINES ‐QoL int 0.66 [ SD 0.18]) than for multilayer compression bandaging ( EQ ‐5D 0.81 [ SD 0.23; VEINES ‐QoL int 0.62 [ SD 0.19]). Mean healthcare costs per patient were €417.08 (€354.10 to €489.30) for bandaging, €114.25 (€92.50 to €198.43) for hosiery, and €105.86 (€34.63 to €199.30) for no compression. Conclusions Initial compression reduces irreversible skin signs, edema, and pain on calf compression. Multilayer bandaging is slightly more effective than hosiery, but has substantially higher costs, without a gain in HRQOL . From a patient and economic perspective, compression hosiery would be preferred when initial compression is applied. Trial registration: IDEAL DVT study ClinicalTrials.gov number, NCT 01429714.