Publikacje
Wybrane publikacje naukowe na temat medycyny nurkowej i fizjologii
2016 maj 15
Continuous real-time monitoring and recording of glycemia during scuba diving: pilot study
Pieri M, Cialoni D, Marroni A.

Insulin-dependent diabetes has been considered a scuba diving contraindication. This is currently being reconsidered for well-controlled diabetes. We developed a real-time continuous glucose monitor (CGM) to check glycemia, or blood glucose (BG), during diving, both for prospective studies and to increase diabetic diver safety, allowing for real-time control of glycemia and hypoglycemia prevention. To ensure CGM measurement accuracy we tested the method under hyperbaric conditions...

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2018 gru 4
Coping With Extreme Environments: A Physiological/Psychological Approach
Balestra C., Kot J., Efrati S., Guerrero F., Blatteau J. E., Besnard S.

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Correlation between Patent Foramen Ovale, Cerebral "Lesions" and Neuropsychometric Testing in Experienced Sports Divers: Does Diving Damage the Brain?
Balestra C, Germonpré P.

SCUBA diving exposes divers to decompression sickness (DCS). There has been considerable debate whether divers with a Patent Foramen Ovale of the heart have a higher risk of DCS because of the possible right-to-left shunt of venous decompression bubbles into the arterial circulation. Symptomatic neurological DCS has been shown to cause permanent damage to brain and spinal cord tissue; it has been suggested that divers with PFO may be at higher risk of developing subclinical brain lesions because of repeated asymptomatic embolization of decompression-induced nitrogen bubbles...

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1996 sty 1
Cost Benefit and Cost-Efficiency Evaluation of Hyperbaric Oxygen Therapy
Marroni A, Oriani G, Wattel F.

Hyperbaric oxygen therapy, apart from some acute and very specialized indications regarding the treatment of decompression disorders and arterial air/gas embolism, is generally aimed at treating serious and complex disorders, generally reluctant to standard treatment and requires prolonged and reiterated hospitalization/rehabilitation periods as well as elevated technical, social and human costs.

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2018 paź 2
Critical Flicker Fusion Frequency: a marker of cerebral arousal during modified gravitational conditions related to parabolic flights
Balestra C., Machado ML., Theunissen S., Balestra A., Cialoni D., Clot C., Besnard S., Kammacher L., Delzenne J., Germonpré P., Lafère P.

In situ evaluation of human brain performance and arousal remains challenging during operational circumstances, hence the need for a rapid, reliable and reproducible tool. Here we hypothesized that the Critical flicker fusion frequency (CFFF) reflecting/requiring visual integration, visuo-motor skills and decision-taking process might be a powerful, fast and simple tool in modified gravity environments. Therefore 11 male healthy volunteers were assessed for higher cognitive functions with CFFF during parabolic flights. They were assessed at different time points: upon arrival to the base, 30 min after subcutaneous scopolamine administration, before parabolas, during hypergravity and microgravity at break time (between the 16th and the 17th parabola), on the return flight and on the ground after landing.

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