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- Title
Research on the Regulatory Mechanism of Algae Reproduction under Abiotic Stress Conditions.
- Authors
Mikami, Koji
- Abstract
According to a recent revision of the Bangiales phylogeny, the genus I Bangia sensu lato i was separated into four genera, I Bangia i , ' I Bangia i ' 1, ' I Bangia i ' 2, and ' I Bangia i ' 3 [[30]]. Elucidation of the mechanisms regulating stress-dependent reproductive responses will enhance our understanding of the flexible life-cycle strategies that enable seaweeds to survive in fluctuating environmental conditions by promoting the life-cycle trade-off. These findings indicate that heat stress tolerance is negatively related to the asexual life-cycle trade-off in I U. prolifera i subsp. I qingdaoensis i , which is in contrast to the red alga ' I Bangia i ' sp. They address the effects of the loss of water current on stimulation of asexual life-cycle progression [[25]], the effects of combined heat and nutritional depletion stresses on promotion of the asexual life-cycle [[26]], the relationship between heat stress tolerance and loss of life-cycle trade-off ability [[27]], and the role of a heat stress-insensitive asexual life-cycle trade-off in the maintenance of vegetative growth [[28]].
- Subjects
ALGAL reproduction; ABIOTIC stress; REPRODUCTION; LIFE history theory; RED algae; VEGETATIVE propagation; FRESHWATER algae
- Publication
Plants (2223-7747), 2022, Vol 11, Issue 4, p525
- ISSN
2223-7747
- Publication type
Article
- DOI
10.3390/plants11040525