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Cellulase: Production, Applications and Health Benefits

纤维素：生产，应用和医疗福利

ISBN：9781634857888，出版年：2016，中图分类号：Q5

Enzymes such as cellulases have been applied as tools for research and development and in almost every industrial sector including agriculture, food, beverages and animal feed, pulp and paper, textile. Cellulases is a general term that encompasses multiple enzymes that work in synergism for cellulose degradation. This book examines the production, applications and health benefits of cellulase. Chapter One describes the isolation, screening, diversity and cellulase production of microorganisms including their applications. Chapter Two discusses the factors affecting production of cellulase enzyme by microorganisms, the potential of indigenous microorganism for the bio-augmentation process of biosolids and occurrence of catabolite repression phenomenon of cellulase production during the enzymatic degradation of biosolids. Chapter Three gives an overview on cellulase microorganism producers, cellulolytic components and mechanism of action, with a focus on fungal enzymes of Trichoderma reesei, since they are predominant on the commercial cocktails used for 2G ethanol production. Chapter Four addresses substrate factors related to enzymatic hydrolysis of cellulose and lignocellulosic materials.

Cellular manufacturing Manufacturing cell Magnocellular cell Dental pulp stem cells Effector Immune Cell Generative cell nucleus Tumor Cell Biology Cellular aspects Cell biology Cellular pharmacokinetics

Molecular Evolution and Genetic Defects of Teeth -- Special Topic Issue: Cells Tissues Organs 2007, Vol. 186, No. 1

牙齿分子演化与遗传缺陷

S.Karger

ISBN：9783805582902，出版年：2007，中图分类号：R78

The major mineralized tissues in vertebrates are cartilage, bone and teeth, the latter comprising three different mineralized tissues: dentin, enamel and cementum. There is growing evidence that genes encoding extracellular matrix proteins involved in the biomineralization of bone, dentin and enamel diverged from a common ancestor gene. This special issue of Cells Tissues Organs provides exciting and surprising insights into the evolution of vertebrate mineralized tissues and reviews the latest advances in understanding the etiologies of inherited dental malformations including familial tooth agenesis, supernumerary teeth, dentin dysplasia, dentinogenesis imperfecta, amelogenesis imperfecta, hypophosphatasia and taurodontism. These advances are central in understanding normal and pathological biomineralization and are important steps in discerning the molecular mechanisms underlying biomineralization in vertebrates. Therefore, this publication is recommended reading for scientists studying biomineralization as well as dentists and clinicians interested in understanding the causes of the dental phenotypes that might present in their practice.

Molecular cell biology Dental pulp stem cells Evolutionary developmental biology Mosaic evolution Gene-centered view of evolution Biological evolution Evolutionary biology Molecular biology Plant evolutionary developmental biology Introduction to genetics