Effective CO2 insufflation over a surgical wound can displace available air, contributing to CO2 reducing infection. Since CO2 is 25 times more soluble in blood and tissue than air (at 37 degrees Celsius), it enhances CO2 surgical applications. Additionally, arterial CO2 emboli are much better tolerated than air emboli, further supporting its role in CO2 wound healing.
CO2 has antimicrobial properties that play a crucial role in CO2 reducing infection rates, particularly in surgical applications. This effectiveness contributes to improved CO2 wound healing outcomes by lowering the incidence rate of surgical site infections.
CO2 enhances wound healing by enabling the Bohr effect, which promotes a higher off-load of oxygen from hemoglobin to the surrounding blood and tissues. This mechanism not only supports CO2 wound healing but also plays a significant role in CO2 reducing infection, making it valuable in various CO2 surgical applications.
Effective de-airing and CO2 delivery can be achieved using the TEMED Gas Diffuser
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