Natural Products as Enzyme Inhibitors: An Industrial PerspectiveVijay L. Maheshwari, Ravindra H. Patil This book provides an overview of the latest developments and future challenges in enzyme inhibitor research. It discusses the general enzyme inhibitory principles and mechanisms in enzyme activity regulation and application of enzyme inhibitors in different areas and sectors. The major areas of applications of enzyme inhibitors covered in this book are human health management, agriculture, food processing and research, which leads to drug discovery or enzyme activity mechanisms. The book also identifies the gaps in the existing knowledge and opens up new research ideas in this important area. Currently, most enzyme inhibitors are reported to inhibit various classes of enzymes. These enzyme inhibitors are the focus of the scientific community because they may answer an increasing array of questions in the research area of biological sciences, including biochemistry, medicine, physiology, pharmacy, agriculture, ecology etc. It also serves as a useful tool in the study of enzyme structures and reaction mechanisms and in the development of technologies in agriculture, food processing, and health management. Chapters in this book cover topics such as plant-derived inhibitors of serine proteases, pancreatic lipase (PL) inhibitors from indigenous medicinal plants, amylase inhibitors and their applications in agriculture and food processing industries and advances in silico techniques used in the study of enzyme inhibitors. The book will serve as a valuable resource for students and researchers in Life Sciences, agriculture, medicine, food processing, and allied industries. |
Contents
| 1 | |
Plant Peptides as Protease Inhibitors for Therapeutic and Agricultural Applications | 24 |
Bioactive αAmylase Inhibitors Sources Mechanism of Action Biochemical Characterization and Applications | 59 |
Recent Updates on In Silico Screening of Natural Products as Potential Inhibitors of Enzymes of Biomedical and Phar | 105 |
H+K+ATPase Inhibitors from Plants A Potential Source for Drug Discovery | 124 |
Use of Protease Inhibitors as a Promising Alternative for Pest Control | 137 |
Pancreatic Lipase PL Inhibitors from Medicinal Plants and Their Potential Applications in the Management of Obesi | 153 |
Bioactive Peptides and Polysaccharides Setting a New Trend in Replacing Conventional AngiotensinConverting Enzyme | 168 |
Natural Protease Inhibitors and Their Therapeutic Potentials Against SARSCoV2 | 205 |
Telomerase and its Inhibitor in Cancer Therapeutics Current Status and Future Prospective | 227 |
Metal Nanomaterials as Enzyme Inhibitors and Their Applications in Agriculture and Pharmaceutics | 250 |
αGlucosidase Inhibitors for DiabetesBlood Sugar Regulation | 269 |
Other editions - View all
Natural Products as Enzyme Inhibitors: An Industrial Perspective Vijay L. Maheshwari,Ravindra H. Patil No preview available - 2022 |
Natural Products as Enzyme Inhibitors: An Industrial Perspective Vijay L. Maheshwari,Ravindra H. Patil No preview available - 2023 |
Common terms and phrases
acarbose ACE inhibitory allosteric alpha-amylase alpha-glucosidase inhibitors amino acid amylase amylase inhibitor angiotensin antioxidant applications AutoDock binding bioactive Biochem Biol Chem biological Biotechnol cancer cells characterization chemical Chen cisplatin compounds cyclization cyclotides cysteine defensins diabetes digestive disease disulfide drug effects EGFR EGFR inhibitors enzymatic enzyme inhibitors enzyme inhibitory peptides extraction Food Chem gastric gemmatalis gene glucose H+/K+-ATPase Helicoverpa armigera human hydrolysis inhibition inhibitory activity insect pests Insecticidal insulin interaction isolated kinase ligand loop lung cancer Maheshwari mechanism metabolic metabolites microbial molecular docking molecules Mpro mutation nanoparticles natural products novel obesity Oliveira Orlistat pancreatic lipase Patil Physiol phytochemicals Pin-II polysaccharides potato potential protease inhibitors protein proteinase Purification receptor reported residues resistance role seeds sequence serine protease silico silver nanoparticles structure studies synthesis target telomerase telomerase activity telomeric telomeric DNA therapeutic transgenic treatment urease virtual screening vitro Wang Zhang