Derm
Marine Injury
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Marine Injury
, Marine Envenomation, Marine Trauma, Marine Animal Bite, Venomous Fish Sting
Causes
Marine Injury
Anaphylactic reactions (if allergic)
Anemone string
Jellyfish
sting
Marine Envenomation
See
Neurotoxin
Cnidaria
Jellyfish
Portuguese Man-Of-War
Hard Coral
Fire Coral
Anemone
Echinoderms
Starfish
Sea Urchin
s
Sharp spines are filled with venom (blunt spines do not bear venom)
Stingray
s (Chondrichthyes)
Cottonmouth
, water moccasin (Agkistrodon piscivorus)
Sea Snake (Southeast Asia, Persian gulf, Malaysia)
Octopus (Blue-ringed and spotted)
Cone Shell (Australia, New Guinea, California)
Candiru (toothpick fish, vampire fish)
South American small, parasitic catfish living in the Amazon Basin
May invade the human
Urethra
Scorpion
Fish, Lion Fish, Sculpins and Stonefish (
Scorpion
Fish Family)
Stinging spines on the dorsal, pelvic and anal regions
Local tissue
Hemolysis
,
Smooth Muscle
relaxation, weakness, hyaluronidase release
Envenomation
s may be more severe than
Stingray
s
Antivenom exists for stonefish
See
Stingray
for sting management
Catfish
Venom
ous spines in the dorsal and pectoral fins
Local tissue necrosis,
Hemolysis
, edema and vasospasm
See
Stingray
for sting management
Sea Sponges (Touch-me-not and Fire sponge)
Bristle worms (Fire
Worms
)
Marine Animal Bites
See
Animal Bite
Moray eel
Barracudas
Shark
s
Other
Trauma
Abrasions or
Laceration
s from coral or sharp rocks
Most common cause of Marine Injury
High risk of infection
Pruritus
after water exposure
See
Aquagenic Pruritus
Swimmer's Itch
(Fresh water exposure)
Seabather's Eruption
(Salt water exposure)
Type of Cnidaria
Envenomation
Management
Gene
ral Injury
See specific marine organism for management
Remove patient from water (do not remove wet suit)
ABC Management
with control of bleeding sites
Be alert for
Anaphylaxis
(esp.
Jellyfish
or anemone
Envenomation
)
Epinephrine
IM Injection
Manage
Envenomation
s in similar way to
Stingray
First immerse in tolerably hot water for 30 min
Purple wound discoloration may be dye from the spine, or retained spine
If able, remove embedded spine, but do not crush
Refer to orthopedics, if retained spine not removable or near joint
Identify cause of injury if possible
Wound
management
Standard wound care
See
Wound
See
Wound Repair
Copious irrigation
Consider primary closure only if absolutely necessary
Suture
s should be loose enough to allow drainage
Contraindication to suturing or closure
Puncture Wound
Crush injury
Wound
involving distal hands or feet
Observe for signs of infection
Most common
Bacteria
l organisms
See
Cellulitis
Vibrio vulnificus
(
Vibrio Cellulitis
, high risk of rapid progression)
Vibrio alginolyticus
Vibrio
parahaemolyticus
Aeromonas Hydrophila
Other
Bacterial Infection
s
Erysipelothrix rhusiopathiae (
Erysipeloid
, fish handler's disease)
Streptococcus
iniae (from farmed tilapia)
Mycobacterium marinum
(Fish tank exposure)
Spines of stonefish (South Pacific) risk of serious systemic toxicity,
Pulmonary Edema
Treat
Cellulitis
early if observed
Select
Antibiotic
s to cover
Vibrio Cellulitis
Prophylaxis is usually not indicated
References
Auerbach (2017) EM:Rap 17(10):6-7
Habif (1996) Dermatology, p. 491
Tomaszewski (2020) Crit Dec Emerg Med 34(9): 28
Jain (2003) Emerg Med Clin North Am 21(4):1117-44 [PubMed]
Perkins (2004) Am Fam Physician 69(4): 885-90 [PubMed]
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