Limits of Growth

Biological Effects of Magnetic Fields: Volume 2

Los estudios ultraestructurales en Synechocystis se centran principalmente en el ficobilisoma (PBS); sin embargo existen pocos informes sobre el efecto del campo magnetico a este nivel. El objetivo de la investigacion fue examinar los principales efectos fisiologicos, cambios bioquimicos y ultraestructurales inducidos por el campo magnetico estatico (SMF) en un rango moderado de induccion (β: 35-45 mT), con el fin de obtener evidencias para explicar la estrategia de respuesta a nivel celular y molecular de S. aquatilis (cepa local), explorando el potencial de SMF en el crecimiento y / o control de la toxicidad de esta cianobacteria ante minimas variaciones del campo. Los cultivos control alcanzaron la maxima densidad celular el dia 15, pero aquellos expuestos a 37,7 mT obtuvieron maximos el dia 7, mientras que los expuestos a 44,3 mT el dia 13, con diferentes valores de kmax: 8 826,67 ± 538,40; 4 175,00 ± 459,62 y 3 943,75 ± 937,71, respectivamente (α = 0,05). De acuerdo con las evidencias ultraestructurales se observan modificaciones en la disposicion de los tilacoides inducida por SMF, variando la distribucion y las distancias entre los tilacoides y las membranas tilacoidales. Estos cambios deben tener implicacion a nivel funcional, probablemente como respuesta celular para mantener la eficiencia fotosintetica. Los resultados sugieren que el SMF (37,7 y 44,3 mT) induce cambios significativos en el crecimiento y la ultraestructura de esta cianobacteria planctonica, y cambios discretos moleculares que implican a la composicion pigmentaria y el potencial toxico

Physiological, biochemical and ultrastructural changes induced by static magnetic field in Synechocystis aquatilis

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Physiological, biochemical and ultrastructural changes induced by static magnetic field in Synechocystis aquatilis