An improved bile duct T-cannula for studies on fasciola hepatica

Skeletal tissues in Pacific salmon are composed of significant amounts of lipid (which serves as an energy supply), that is then depleted during migration and freshwater spawning. The vertebral centra and neurocrania of ocean prespawning pink salmonOncorhynchus gorbuscha, although composed respectively of 2.9–13% and 0.5–6.3% lipid (each by dry weight), amount only to 0–1.6% and 0–1.4% in river postspawning individuals. The skeletal lipids are 91–98% triacylglycerol with only small amounts of phospholipid and cholesterol. Triacylglycerols of carbon numbers 47, 49 and 51 are selectively depleted during spawning, whereas there are increases in the relative amounts of those of carbon numbers 55, 57, 59 and 61. The patterns of variation of the skeletal lipids of coho salmon,O. kisutch, chum salmon,O. keta, and sockeye salmon,O. nerka are similar to those ofO. gorbuscha.

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Skeletal lipid depletion in spawning salmon

Phleger

Laub

Benson

1989

Lipids

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Fasciola hepatica: Azetidine inhibition of bile duct hyperplasia in the infected rat

Girotra

Isseroff

1980

Experimental Parasitology

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Proline in fascioliasis—IV induction of bile duct hyperplasia

Sawma

Isseroff

Reino

1978

Comparative Biochemistry and Physiology Part A: Physiology

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An improved bile duct T-cannula for studies on fasciola hepatica

Cited by 5 publications

References 6 publications

Skeletal lipid depletion in spawning salmon

Skeletal lipid depletion in spawning salmon

Fasciola hepatica: Azetidine inhibition of bile duct hyperplasia in the infected rat

Proline in fascioliasis—IV induction of bile duct hyperplasia

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