Arun Kumar Mishra – författare

Cyanobacteria: Metabolisms to Molecules covers diversity, fundamental metabolisms, crucial metabolities, their synthesis, and bioinformatics topics surrounding cyanobacteria, an organism regarded as the most important organism to sustain life on the planet during ancient times. Cyanobacteria are among the first pioneering communities on various harsh habitat, hydrarch or xerarch, which finally facilitate the emergence of vast communities including higher plants. Being the progenitor of chloroplast, the cyanobacterial metabolisms has always fascinated microbiologists. Additionally, the ability of these prokaryotes to produce valuable and prolific sources of natural products signified their role in an array of industrial sectors. Therefore, in this book, the book's authors accumulate the current knowledge of cyanobacterial metabolisms and molecules as a valuable asset for students, researchers, and biotechnologists.

This book explores the intricate mechanisms underlying the stress responses of phototrophs, which play a critical and foundational role in shaping and sustaining life on Earth.

The photoautotrophic entities encounter a spectrum of natural and anthropogenic stresses, inducing a multitude of responses at the physiological, biochemical, genetic, and developmental levels. The comprehension of how these phototrophs adeptly counter stressors transcends mere scientific pursuit; it stands as an essential endeavor for predicting their adaptability in an ever-evolving world and, crucially, for conserving our delicate ecosystems. The book will shed light on the sophisticated interplay of stress signaling pathways and the nuanced engagement of stress-responsive hormones within these life forms. Furthermore, it unveils the cryptic genetic and epigenetic controls dictating stress-related gene expression, yielding profound insights into the enduring recollection of their responses to environmental challenges.

This book is an essential read for researchers, educators, and students alike. It offers a comprehensive panorama of stress biology, unveiling the innermost mechanisms at play within photosynthetic organisms discussing their resilience and adaptation.