This section welcomes submissions delving into the intricate mechanisms governing energy conversion and light capture in photosynthetic prokaryotes, focusing on elucidating the pivotal role of reaction centers and antennae. We encourage comprehensive explorations of the biochemical and biophysical processes driving these essential components within prokaryotic cells. Submissions should not only illuminate the structural and functional aspects of reaction centers and antennae but also investigate their dynamic interplay and efficiency in energy transduction. Moreover, we seek contributions shedding light on the broader bioenergetic processes within these organisms, exploring how these systems orchestrate the capture, conversion, and utilization of light energy to sustain cellular functions.

Attendees of this section are encouraged to explore the metabolic pathways, compound biosynthesis, and the unique physiological adaptations of photosynthetic prokaryotes. Research examining the biochemical and physiological aspects defining these microorganisms is warmly welcomed. Contributions should aim to enhance our comprehension of the intricate biochemical processes, shedding light on how these organisms adeptly utilize and modify compounds while thriving in diverse environmental niches. We are particularly interested in submissions that unravel the complexities of the physiological mechanisms specific to photosynthetic prokaryotes.

Participants in this section are encouraged to explore the intricate microscopic details of cell morphology, biological and genetic mechanisms guiding the development, and evolutionary adaptations defining photosynthetic prokaryotes. Submissions should shed light on the complex cellular structure and function of these organisms. Additionally, we seek contributions that provide deeper insights into the nuanced developmental processes and evolutionary dynamics within the ecological context of photosynthetic prokaryotes. Emphasizing advancements in our understanding of their cellular intricacies and adaptive strategies is pivotal for this section.

This section focuses on the taxonomy, ecology, and evolution of photosynthetic prokaryotes. Submissions should explore diverse taxonomic groups, their ecological roles, and evolutionary trajectories. Research shedding light on their classification, ecological interactions, and adaptive strategies is encouraged. We seek comprehensive exploration deepening our understanding of their varied ecological niches and influence on ecosystems. Contributions offering insights into their evolutionary significance and adaptive mechanisms will enrich scholarly discussion, broadening our comprehension of the crucial roles played by photosynthetic prokaryotes in shaping biodiversity and ecosystems.

This section welcomes submissions exploring the frontier of cyanobacterial synthetic biology and biotechnology. Delve into the manipulation of cyanobacteria to engineer novel functionalities and applications, from sustainable biofuel production to environmental remediation. We encourage research shedding light on the interdisciplinary landscape of molecular engineering and biological systems, emphasizing innovation and advancement in leveraging cyanobacteria to address pressing challenges and provide sustainable solutions.