Perspective
Open Access
Integrative Challenges and Advancing Innovations in Marine Biotechnology: A Prospective
Mironov Oleshko*
Department of Biology and Microbiology, South Dakota State University, Brookings, SD, USA
Oleshko M. Integrative Challenges and Advancing Innovations in Marine Biotechnology: A Prospective, Accounts of Biotechnology Research. 2025, Vol. 13 No. 2: 103
Abstract
Marine biotechnology, the exploration and utilization of marine bioresources
for biotechnological applications, has emerged as a critical frontier in addressing
global challenges across human health, food security, environmental sustainability,
and renewable energy. While numerous breakthroughs have been achieved,
significant knowledge gaps persist in our understanding of marine ecosystems,
limiting the full potential of marine biotechnological applications. Systems biology,
which emphasizes holistic, integrative approaches rather than reductionist
methods, provides a promising framework for bridging these gaps. By examining
the complex interactions within marine biological systems, systems biology can
enhance our ability to engineer microbial consortia, optimize bioprocesses, and
discover bioactive compounds. This perspective article discusses the potential of
systems biology approaches in marine biotechnology, explores their applications in
diverse sectors, and outlines future directions for integrating multi-scale biological
data to accelerate innovation.
for biotechnological applications, has emerged as a critical frontier in addressing
global challenges across human health, food security, environmental sustainability,
and renewable energy. While numerous breakthroughs have been achieved,
significant knowledge gaps persist in our understanding of marine ecosystems,
limiting the full potential of marine biotechnological applications. Systems biology,
which emphasizes holistic, integrative approaches rather than reductionist
methods, provides a promising framework for bridging these gaps. By examining
the complex interactions within marine biological systems, systems biology can
enhance our ability to engineer microbial consortia, optimize bioprocesses, and
discover bioactive compounds. This perspective article discusses the potential of
systems biology approaches in marine biotechnology, explores their applications in
diverse sectors, and outlines future directions for integrating multi-scale biological
data to accelerate innovation.
Keywords
Carbon dot nanoparticles; Cytotoxicity; Anticancer activity; HepG2; MCF-7; Nanomedicine; SCD; GCD; FCD.
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