
У ряда аллоплазматических линий ячменя с помощью метода PAM-флуориметрии изучались особенности функционирования фотосинтетического аппарата. Замещение ядерного генома оказывает неоднозначный эффект на изменение фотосинтетических параметров. Показана важность сбалансированности ядерной и органельных генетических систем растения для функционирования его фотосистемы II.
The peculiarities of photosynthetic system functioning in barley alloplasmic lines were investigated by PAM fluorimetry. The substitution of nuclear genome was shown to affect differently several photosynthetic parameters. The importance of the balance between nuclear and organelle barley genetic systems for the photosystem II functioning was demonstrated.
АЛЛОПЛАЗМАТИЧЕСКАЯ ЛИНИЯ, ОРГАНЕЛЬНЫЙ ГЕНОМ, РАМ-ФЛУОРИМЕТРИЯ, ФЛУОРЕСЦЕНЦИЯ ХЛОРОФИЛЛА, ФОТОСИНТЕТИЧЕСКИЙ АППАРАТ, ФОТОСИСТЕМА II, ЯЧМЕНЬ
АЛЛОПЛАЗМАТИЧЕСКАЯ ЛИНИЯ, ОРГАНЕЛЬНЫЙ ГЕНОМ, РАМ-ФЛУОРИМЕТРИЯ, ФЛУОРЕСЦЕНЦИЯ ХЛОРОФИЛЛА, ФОТОСИНТЕТИЧЕСКИЙ АППАРАТ, ФОТОСИСТЕМА II, ЯЧМЕНЬ
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