Oxygenation-ozonation of blood during extracorporeal circulation: in vitro efficiency of a new gas exchange device

Bocci V, Zanardi I, Travagli V, et al. Artificial Organs, 2007.

View the abstract on PubMed

Study type
In vitro
People studied
No participants reported (laboratory study)
Published
2007, Artificial Organs
Identifiers
PMID 17725702, DOI 10.1111/j.1525-1594.2007.00448.x
Group
Background science and mechanism studies

What the authors reported

Bench testing of a new hollow-fiber gas exchange device (L001) for EBOO, using a buffered saline solution containing KI rather than blood, showed efficient gas transfer with minimal foreign surface contact and negligible priming volume across the tested parameters.

What limits this result

In vitro test on a saline solution, not blood or patients, with no clinical outcomes; PubMed lists no study-design publication type, so "in vitro" is inferred from the described bench methodology; authored by the EBOO technique's developers.

How ozone acts on blood and cells, how blood filters work, the laboratory and device-development studies behind the EBOO circuit, and studies that measure markers in the blood rather than how patients fare. None of these shows whether EBO2 helps patients. One study rarely settles a medical question; our guides weigh each paper against the rest of the evidence.

How the study was done

Design
In vitro efficiency test of a new gas exchange device
Setting
Department of Physiology, University of Siena, Siena, Italy
Read from
Read from the abstract only; where this page says nothing about an item, the abstract does not report it. Read on September 28, 2026.

Source: Abstract on PubMed

Study arms

Each group as the paper describes it.
GroupParticipantsWhat they received
L001 gas exchange device (GED)Not reportedTested using a buffered saline solution containing KI, varying several parameters

Source: Abstract on PubMed

What it measured

Performance of the device in the saline solution containing KI
Shown to be very versatile and efficient (no numeric results in the abstract)The new GED has been tested by using a buffered saline solution containing KI and by varying several parameters, and it has shown to be very versatile and efficient.
Main characteristics of the device
Minimal foreign surface contact, high gas transfer, and negligible priming volume

Source: Abstract on PubMed

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