Publikacje
Wybrane publikacje naukowe na temat medycyny nurkowej i fizjologii
2015 gru 1
Cutis Marmorata skin decompression sickness is a manifestation of brainstem bubble embolization, not of local skin bubbles.
Germonpre P, Balestra C, Obeid G, Caers D.

"Cutis Marmorata" skin symptoms after diving, most frequently in the form of an itching or painful cutaneous red-bluish discoloration are commonly regarded as a mild form of decompression sickness (DCS), and treated with oxygen inhalation without reverting to hyperbaric recompression treatment...

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2013 gru 3
Dark chocolate reduces endothelial dysfunction after successive breath-hold dives in cool water
Theunissen S, Schumacker J, Guerrero F, Tillmans F, Boutros A, Lambrechts K, Mazur A, Pieri M, Germonpré P, Balestra C.

OBJECTIVE: The aim of this study is to observe the effects of dark chocolate on endothelial function after a series of successive apnea dives in non-thermoneutral water...

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2010 sty 2
Decompression illness medically reported by hyperbaric treatment facilities: cluster analysis of 1929 cases
Ozyigit T, Egi SM, Denoble P, Balestra C, Aydin S, Vann R, Marroni A.

INTRODUCTION: The term decompression illness (DCI) describes maladies resulting from inadequate decompression, but there is little consensus concerning clinically useful DCI subclasses. Our aim was to explore an objective DCI classification using multivariate statistics to assess naturally associated clusters of DCI manifestations. We also evaluated their mapping onto other DCI classifications and investigated the association with therapeutic outcome.

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2015 maj 1
Decompression induced bubble dynamics on ex vivo fat and muscle tissue surfaces with a new experimental set up
Papadopoulou V, Evgenidis S, Eckersley RJ, Mesimeris T, Balestra C, Kostoglou M, Tang MX, Karapantsios TD.

Vascular gas bubbles are routinely observed after scuba dives using ultrasound imaging, however the precise formation mechanism and site of these bubbles are still debated and growth from decompression in vivo has not been extensively studied, due in part to imaging difficulties...

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2014 gru 1
Decompression Theory
apadopoulou V, Chatterton J, Popov G, Eckersley RJ, Balestra C, Karapantsios TD, Tang MX, Cialoni D & Kot J.

By using dive tables or diving computers, divers are effectively using decompression algorithms to manage the risk of developing decompression sickness (DCS). They dictate the time allowed at each depth before the dive converts from no-decompression dive into a decompression dive, as well as the decompression stops needed for a decompression dive (time to spend at various depths on the way up to the surface). These algorithms are calculations that follow from the principles of a given decompression theory; of these, different ones exist with wildly different approaches. It is clear that the principles of those algorithms are very different in terms of what the mathematical modelling translates to in reality. This highlights that we still do not know exactly how bubbles form and grow in the body and when they trigger DCS.

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