Аннотации:
This mini review delves into the therapeutic attributes of Avicennia marina, commonly
known as the Grey Mangrove, situated within mangrove ecosystems. Characterized
by unique biochemical features, A. marina has captured the attention of the scientific
community for its potential medicinal applications. Thriving in intertidal zones amidst
salinity fluctuations and environmental stressors, this resilient mangrove species has
evolved adaptive mechanisms, leading to the synthesis of secondary metabolites
with recognized pharmacological properties. Beyond its immediate relevance in
medical research, A. marina emerges as a significant player in environmental health,
especially in the context of escalating climate change challenges. The intertidal
zones it inhabits face increasing vulnerability to rising sea levels and temperature
fluctuations, emphasizing the importance of understanding its adaptive mechanisms
for both medicinal and ecological insights. Moreover, A. marina serves as a testament
to the intricate interplay between nature and human health. Bioactive compounds
found in this mangrove not only hold promise for pharmaceutical applications but also
contribute to the burgeoning field of herbal medicine. Integrating traditional knowledge
with modern scientific approaches provides a holistic understanding of the Grey
Mangrove’s therapeutic spectrum, unveiling potential herbal remedies with relevance
to contemporary healthcare practices. This dual perspective positions A. marina as
a subject of interdisciplinary research, where botanical pharmacology intersects with
ecological resilience, addressing both medical and environmental challenges.
Описание:
This mini review delves into the therapeutic attributes of Avicennia marina, commonly
known as the Grey Mangrove, situated within mangrove ecosystems. Characterized
by unique biochemical features, A. marina has captured the attention of the scientific
community for its potential medicinal applications. Thriving in intertidal zones amidst
salinity fluctuations and environmental stressors, this resilient mangrove species has
evolved adaptive mechanisms, leading to the synthesis of secondary metabolites
with recognized pharmacological properties. Beyond its immediate relevance in
medical research, A. marina emerges as a significant player in environmental health,
especially in the context of escalating climate change challenges. The intertidal
zones it inhabits face increasing vulnerability to rising sea levels and temperature
fluctuations, emphasizing the importance of understanding its adaptive mechanisms
for both medicinal and ecological insights. Moreover, A. marina serves as a testament
to the intricate interplay between nature and human health. Bioactive compounds
found in this mangrove not only hold promise for pharmaceutical applications but also
contribute to the burgeoning field of herbal medicine. Integrating traditional knowledge
with modern scientific approaches provides a holistic understanding of the Grey
Mangrove’s therapeutic spectrum, unveiling potential herbal remedies with relevance
to contemporary healthcare practices. This dual perspective positions A. marina as
a subject of interdisciplinary research, where botanical pharmacology intersects with
ecological resilience, addressing both medical and environmental challenges.
