Literatur
- 1 Almeling M, Böhm F, Welslau W. Handbuch
Tauch- und Hyperbarmedizin. Ecomed, Landsberg 1998
- 2
Ball R.
Effect
of severity, time to recompression with oxygen, and re-treatment
on outcome in fortynin cases of spinal cord decompression sickness.
Undersea
Hyperbaric Med.
1993;
2
133-145
- 3 Bennett P B, Elliott D H. eds. The
Physiology and medicine of diving. London, Philadelphia:
Saunders 1993
- 4
Benton P J, Woodfine J D, Westwood P R.
Arterial
gas embolism following a 1-meter ascent during helicopter escape
training: A case report.
Aviat Space Environ Med.
1996;
67
63-64
- 5
Boussuges A, Blanc P, Molenat F, Bergmann E, Sainty J M.
Hemoconcentration
in neurological decompression illness.
Int J Sports Med.
1996;
17
351-355
- 6
Bove A A.
Nomenclature
of decompression disorders.
Undersea Hyperbaric Med.
1997;
24
1-2
- 7
Bove A A.
Medical
aspects of sports diving.
SPUMS Journal.
1996;
26
247-259
- 8
Bühlmann A A.
Dekompressionskrankheit
des Rückenmarks. Resultate der Früh- und Spätbehandlung.
Schweiz
Med Wochenschr.
1985;
115
796-800
- 9 Bühlmann A A. Tauchmedizin:
Barotrauma, Gasembolie, Dekompression, Dekompressionskrankheit. Berlin,
Springer, Heidelberg 1993
- 10
Butler B D, Hills B A.
The lung as
a filter for microbubbles.
J Appl Physiol.
1979;
47
537-543
- 11
Butler B D, Hills B A.
Transpulmonary
passage of venous air emboli.
J Appl Physiol.
1985;
59
543-754
- 12
Butler B D, Katz J.
Vascular pressures and
passage of gas emboli through the pulmonary circulation.
Undersea
Biomed Res.
1988;
15
203-209
- 13
Butler F K, Thalmann E D.
Central nervous
system toxicity in closed circuit divers II.
Undersea Biomed
Res.
1986;
13
193-223
- 14
Calder I M.
Autopsy
and experimental observations on factors leading to barotrauma in
man.
Undersea Biomed Res.
1985;
12
165-182
- 15 Davis J C. Medical
examination of sport SCUBA divers. Medical Seminars,
San Antonio 1986
- 16 Divers Alert Network (DAN) .Report
on diving accidents and fatalities. DAN, Durham 1996
- 17
Dovenbarger J A, Corson K, Moon R E, Bennett P B.
A review of
thirty-three dive accidents with a delay to treatment of four days
or greater.
Undersea Biomed Res.
1990;
17
169
- 18 Edmonds C, Lowry C, Pennefather J. eds. Diving
and subaquatic medicine. Butterworth-Heinemann, Oxford,
London 1992
- 19 Elliot D H. Medical
Assessment of the fitness to dive. Biomedical Seminars,
San Antonio 1994
- 20
Fagan P, McKensie B, Edmonds C.
Sinus barotrauma in
divers.
Ann Otol Rhinol Laryngol.
1976;
85
61-64
- 21
Farmer J C, Thomas W G, Youngblood D G, Bennet P B.
Inner ear decompression
sickness.
Laryngoscope.
1976;
86
1317-1327
- 22
Fowler B, Ackles K N, Porlier G.
Effects
of inert gas on behaviour: a critical review.
Undersea
Biomed Res.
1985;
12
369-402
- 23
Francis T JR, Pearson R R, Robertson A G, Hodgson M, Dutka A J, Flynn E T.
Central nervous
system decompression sickness: latency of 1070 human cases.
Undersea
Biomed Res.
1989;
15
403-417
- 24
Francis T JR, Pezeshkepour G H, Dutka A J, Hallenbeck J M, Flynn E T.
Is there
a role of the autothonous bubble in the pathogenesis of spinal cord
decompression sickness?.
J Neuropath Exp Neurol.
1988;
47
475-487
- 25
Friehs I, Friehs G M, Friehs G B.
Air
embolism with bilateral pneumothroax after a five-meter dive.
Undersea
Hyperbaric Med.
1993;
2
155-157
- 26
Gardette B.
Correlation
between decompression sickness and circulating bubbles in 232 divers.
Undersea
Biomed Res.
1979;
6
99-107
- 27
Greer H D, Massey E W.
Neurologic
injury from undersea diving.
Neurol Clin.
1992;
1
1031-45
- 28
Hock L.
GTÜM
e. V.-Richtlinien (Ausgabe 1998) für die medizinische Vorsorgeuntersuchung
von Sporttauchen.
Caisson.
1998;
13
150-165
- 29
Leitch D R, Greenbaum Jr L J, Hallenbeck J M.
Cerebral
arterial air embolism: I. Is there benefit in beginning HBO treatment
at 6 bar.
Undersea Biomed Res.
1984;
11
221-35
- 30
Leitch D R, Hallenbeck J M.
Oxygen
in the treatment of spinal cord decompression sickness.
Undersea
Biomed Res.
1985;
12
269-289
- 31
Leitch D R, Hallenbeck J M.
Pressure
in the treatment of spinal cord decompression sickness.
Undersea
Biomed Res.
1985;
12
291-305
- 32 Marroni A. The
Divers Alert Network in Europe. Risk evaluation and problem management
in a European recreational divers population. In: Oriani
G, Marroni A, Wattel F. Handbook on hyperbaric medicine Springer,
Berlin, Heidelberg, New York 1996: 265-276
- 33
McDermott J J, Dutka A J, Koller W A, Pearson R R, Flynn E T.
Comparison
of two recompression profiles in treating experimental air embolism.
Undersea
Biomed Res.
1992;
19
171-185
- 34
Mekjavic I B, Kakitsuba N.
Effect of peripheral
temperature on the formation of venous gas bubbles.
Undersea
Biomed Res.
1989;
16
391-401
- 35
Mellem H, Emhjellen S, Horgen O.
Pulmonary
barotrauma and arterial gas embolism caused by an emphysematous
bullain a scuba diver.
Aviat Space Environ Med.
1990;
61
559-562
- 36 Neuman T S, Moon R E. Are people with
asthma fit to dive?. Pressure 1991
- 37
Neumann T S, Bove A A.
Combined arterial
gas embolism and decompression sickness following nostop dives.
Undersea
Biomed Res.
1990;
17
429-436
- 38
Plafki C, Almeling M, Welslau W.
Dehydrierung
als Risikofaktor für den Dekompressionsunfall beim Sporttauchen - ein
Fallbericht.
Dt Z Sportmed.
1997;
48
242-244
- 39
Plafki C, Almeling M, Welslau W.
Die
Bedeutung des persistierenden Foramen ovale (PFO) für das
Risiko von Dekompressionsunfällen und neurologischen Langzeitschäden
bei Tauchern.
Dt Z Sportmed.
1998;
49
88-92
- 40
Rivera J C.
Decompression
sickness among divers: An analysis of 935 cases.
Mil Med.
1964;
129
314-334
- 41 Rheker U. Erstes
Internationales Symposion: »Tauchen mit behinderten Menschen«. Eigenverlag,
Paderborn 1997
- 42
Sheffield P J.
Flying
after diving guidelines: A review.
Aviat Space Environ
Med.
1990;
61
1130-1138
- 43
Sowden L M, Kindwall E P, Francis T JR.
The
distribution of limp pain in decompression sickness.
Aviat
Space Environ Med.
1996;
67
74-80
- 44
Spencer M P.
Decompression
limits for compressed air determined by ultrasonically detected
bubbles.
J Appl Physiol.
1976;
4
229-235
- 45
Tetzlaff K, Kampen J, Lott C, Reuter M.
Cerebral
arterial gas embolism following a 50 MSW dry chamber dive precipitated
by pulmonary sarcoidosis.
Undersea Hyperbaric Med.
1998;
25
23
- 46
Tetzlaff K, Reuter M.
Pneumologische Aspekte
der Tauchmedizin.
Pneumologie.
1998;
52
489-500
- 47 van Hulst R A. Analysis
of 93 cases of decompression illness. In: Marroni A,
Oriani G, Wattel F eds. Proceedings of the International Joint Meeting
on Hyperbaric and Underwater Medicine EUBS, Mailand 1996: 269-272
- 48 van Laak U. Bedeutung
des hyperbaren Sauerstoffs bei der Therapie des Dekompressionsunfalls. In:
Tirpitz D (ed). Therapie mit hyperbarem Sauerstoff (HBO) in Traumatologie
und Notfallmedizin Springer, Berlin, Heidelberg 1994: 63-70
- 49
van Laak U.
Klinik,
Pathophysiologie und Therapie von Dekompressionserkrankungen.
Ther
Umschau.
1993;
50
252-257
- 50
Wendling J.
Konsensus-Konferenz über
die Behandlung von Sport-Tauchunfällen.
Caisson.
1996;
11
35-38
- 51 Wendling J, Ehrsam R, Knessl P, Nussberger P. Tauchtauglichkeit
Manual. Vernier: Schweizerische Gesellschaft für
Unterwasser- und Hyperbarmedizin (SGUHM) 1995
- 52
Wendling J.
Die
normobare Oxygenation als Sofortmaßnahme beim Dekompressionszwischenfall.
Schweiz
Z Sportmed.
1993;
41
167-172
- 53 Wienke B R. Basic
decompression theory and application. Best Publishing
Comp. Flagstaff 1991
- 54
Zwingelberg K M. et al .
Decompression sickness in women divers.
Undersea
Biomed Res.
1987;
14
311-318
Korrespondenz
Dr. Christian Plafki
PDIC, Fachabteilung Tauchmedizin
Oberforstbacher Str. 247
52076 Aachen