Comparación del perfil de ácidos grasos en los lípidos neutrales y en los fosfolípidos de los músculos de la lamprea marina anádroma (Petromyzon marinus L.) (Agnatha) de la cuenca hidrográfica de tres ríos portugueses
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https://doi.org/10.3989/scimar.2009.73n4785Palabras clave:
Petromyzon marinus, ácidos grasos, migración reproductora, Miño, Tajo, Guadiana, PortugalResumen
Se ha analizado la composición del perfil de ácidos grasos de los lípidos neutrales (NL ) y fosfolípidos (PL) en el músculo de la lamprea marina que entra en los ríos Miño, Tajo y Guadiana durante su migración reproductora, no-trófica. El perfil de ácidos grasos presentaba diferencias en los porcentajes entre NL y PL y entre las distintas cuencas. Se encontraron semejanzas en el perfil de ácidos grasos de los NL . Los ácidos grasos monoinsaturados (MU FA) fueron los más representativos seguidos por los ácidos grasos saturados (SFA) y, finalmente, por los ácidos grasos poliinsaturados (PUFA). Los monoenoicos 16:1 y 18:1ω9 representaban un porcentaje considerable del total de ácidos grasos, seguidos por los SFA 14:0 y 16:0. EPA y DHA fueron los ácidos grasos PUFA dominantes. A nivel de NL , el ácido graso que permitió la discriminación entre las cuencas de los tres ríos fue el 18:1ω7. Los individuos de la cuenca del río Miño, en comparación con las lampreas de las cuencas de los ríos Tajo y Guadiana, presentaban un perfil de ácidos grasos distinto a nivel de los PL, que se caracterizaba por un bajo porcentaje de PUFA. La fracción PL del músculo mostró que los dos monoenoicos 16:1 y 18:1ω9 eran los que aparecían en mayor porcentaje, seguidos por los 16:0 y 14:0 (SFA). Entre los PUFA, los DHA fueron los más representativos. Los ácidos grasos que marcaban la separación entre las tres cuencas hidrográficas fueron los 16:0, 18:4ω3 y 24:1ω9. Aunque los resultados indican posibles diferencias en la composición de ácidos grasos de las fracciones NL y PL en el músculo de los individuos entre las tres cuencas hidrográficas, son necesarios posteriores estudios en tejidos en los que la composición de ácidos grasos sea menos sensible a factores ambientales y a la dieta, para confirmar esta hipótesis.
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