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Biology / Salmon poisoning disease / Nanophyetus salmincola / Salmon / Chinook salmon / Coleman National Fish Hatchery / Trematode lifecycle stages / Fish / Digenea / Zoology


FY96 Investigational Report : Physiological Effects of Nanophyetus Metacercaria Infection in Chinook Salmon Smolts (Trinity River) J. Scott Foott *, Dan Free, Wayne Talo, and John D. Williamson
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Document Date: 2014-06-18 12:50:21


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City

Toledo / Anderson / /

Company

Johnson & Johnson / Frigid Units Inc. / Coastal / Coleman / /

Facility

Nevada Fish Health Center / /

/

IndustryTerm

benzocaine solution / chemicals / /

MedicalCondition

trematode infection / earlier starvation / significant inflammatory responses / Parasite infection / day starvation / metacercaria infections / significant infections / severe metacercarial infections / slow infection / Nanophyetus Metacercaria Infection / heavy infections / starvation / inadequate metacercaria infections / poor metacercial infection / metacercarial infection / infection / severe infections / salmon poisoning disease / light metacercaria infections / cataract / /

NaturalFeature

River Hatchery / Trinity River / Battle creek / New River / Pacific ocean / Instant ocean / /

OperatingSystem

Fork / /

Organization

Federal government / Nevada Fish Health Center / US Federal Reserve / U. S. Fish and Wildlife Service / /

Person

John D. Williamson / Salmon Smolts / Ron Hedrick / Dan Free / Mark Magneson / J. Scott Foott / Wayne Talo / /

/

Product

DT60 clinical chemistry analyzer / /

ProgrammingLanguage

Lotus 1-2-3 / /

ProvinceOrState

Nevada / California / /

Technology

alpha / electrophoresis / aeration / /

SocialTag