Advances in Biosystems investigates the latest techniques for evaluating, detecting, measuring, and enhancing the functional bioactivities, chemical composition, and physicochemical characteristics of animal, plant, and environmental biosystems. This comprehensive, interdisciplinary handbook provides detailed explanations for tracking functional molecules during various biological processes, along with practical methodologies for both laboratory and industrial applications. Sections cover cellular biosystems advances, including single-cell microsystems and tissue system biology of plants and animals, alongside biomass microsystems and agricultural biosystems advances, exploring innovations in animal, plant, and crop biosystems, as well as food hydrocolloids and biotechnological advancements.
Additional content addresses environmental biosystems, discussing colloidal biosystems, nano and micro-biosystems, chemical toxicology, eco-friendly biosystems, and green chemistry, pharmaceutical biosystems, highlighting medical biosystems, human cellular metabolomics, nutrigenomics, and precision medicine applications. A final section presents in-depth analytical methods for tracking these various biosystems, including high-throughput technologies, deep learning, machine learning, bioinformatics models, and spectroscopic and sensor-based techniques.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xxvii 7. About the editors - p. xxxvii 8. Foreword - p. xxxix 9. Preface - p. xli 10. Acknowledgments - p. xliii 11. Chapter 1. Overview - p. 1 12. Section I. Cellular biosystems advances - p. S1 13. Chapter 2. Plant single-cell microsystem environment - p. 7 14. Chapter 3. Microfluidics in cellular biosystems: Driving advances in biomedical research and therapeutics - p. 25 15. Chapter 4. Animal single-cell microsystem environment: Comparative mechanochemical and phytochemical insights in animal models - p. 67 16. Chapter 5. Biomass microsystem environment - p. 95 17. Section II. Agricultural biosystems advances - p. S2 18. Chapter 6. Animal biosystems advances: Egg white protein functionalization by casein and xylitol conjugations' emerging applications - p. 113 19. Chapter 7. Plant biosystems advances - p. 143 20. Chapter 8. Solubilization and identification of keratin from biological materials - p. 165 21. Chapter 9. Therapeutic potential of microalgae: Emerging frontiers in biomedical applications - p. 205 22. Section III. Environmental biosystems advances - p. S3 23. Chapter 10. Colloidal biosystems advances & colloidal biosystem materials science - p. 235 24. Chapter 11. Cutting-edge chemical innovations in nano and micro-biosystems for environmental applications - p. 277 25. Chapter 12. Environmental toxicology and ecotoxicology: Impacts of micropollutants upon biosystems - p. 329 26. Chapter 13. Effects of microorganisms and microalgal biostimulants on plants of agricultural interest - p. 353 27. Chapter 14. Natural bioactive products physicochemical analyses - p. 375 28. Chapter 15. Nano and microsensors and sensation - p. 407 29. Chapter 16. Green chemistry and biosystems - p. 435 30. Section IV. Pharmaceutical biosystems advances - p. S4 31. Chapter 17. Human cellular metabolomics - p. 465 32. Chapter 18. Integrative biosystems: Unlocking the future of precision medicine - p. 487 33. Section V. Advanced analytical methods for tracking the different biosystems - p. S5 34. Chapter 19. Illuminating the green engine: AI-driven exploration of chloroplast ultrastructure and evolution - p. 513 35. Chapter 20. Applications of micro-NIR spectroscopy sensors in tea biosystems: Quantification of catechins and caffeine using transfer learning - p. 527 36. Chapter 21. Application of hyperspectral analytical protocol for plant chemical detection and evaluation - p. 545 37. Chapter 22. Protocol: Developing fluorescence hyperspectral imaging methods for noninvasive detection and mechanism action analysis - p. 559 38. Chapter 23. FTIR macro- and micro-spectroscopy for tracking the biological macromolecules backbone in food sources - p. 573 39. Chapter 24. Advanced application of terahertz for tracking metal elements accumulation in food systems - p. 613 40. Chapter 25. Aflatoxin detection: Conventional methods, emerging technologies, and future perspectives - p. 631 41. Chapter 26. Recent advanced methodologies for tracking volatile compounds of citrus-derived sources - p. 681 42. Chapter 27. Milk-based phospholipids as functional ingredients - p. 699 43. Chapter 28. Spectral imaging for agricultural biosystems: Transforming precision agriculture and food security - p. 751 44. Chapter 29. Energy control for greenhouse biosystem - p. 807 45. Chapter 30. Conclusions and remarks - p. 823 46. Index - p. 836
Advances in Biosystems investigates the latest techniques for evaluating, detecting, measuring, and enhancing the functional bioactivities, chemical composition, and physicochemical characteristics of animal, plant, and environmental biosystems. This comprehensive, interdisciplinary handbook provides detailed explanations for tracking functional molecules during various biological processes, along with practical methodologies for both laboratory and industrial applications. Sections cover cellular biosystems advances, including single-cell microsystems and tissue system biology of plants and animals, alongside biomass microsystems and agricultural biosystems advances, exploring innovations in animal, plant, and crop biosystems, as well as food hydrocolloids and biotechnological advancements.
Additional content addresses environmental biosystems, discussing colloidal biosystems, nano and micro-biosystems, chemical toxicology, eco-friendly biosystems, and green chemistry, pharmaceutical biosystems, highlighting medical biosystems, human cellular metabolomics, nutrigenomics, and precision medicine applications. A final section presents in-depth analytical methods for tracking these various biosystems, including high-throughput technologies, deep learning, machine learning, bioinformatics models, and spectroscopic and sensor-based techniques.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xxvii 7. About the editors - p. xxxvii 8. Foreword - p. xxxix 9. Preface - p. xli 10. Acknowledgments - p. xliii 11. Chapter 1. Overview - p. 1 12. Section I. Cellular biosystems advances - p. S1 13. Chapter 2. Plant single-cell microsystem environment - p. 7 14. Chapter 3. Microfluidics in cellular biosystems: Driving advances in biomedical research and therapeutics - p. 25 15. Chapter 4. Animal single-cell microsystem environment: Comparative mechanochemical and phytochemical insights in animal models - p. 67 16. Chapter 5. Biomass microsystem environment - p. 95 17. Section II. Agricultural biosystems advances - p. S2 18. Chapter 6. Animal biosystems advances: Egg white protein functionalization by casein and xylitol conjugations' emerging applications - p. 113 19. Chapter 7. Plant biosystems advances - p. 143 20. Chapter 8. Solubilization and identification of keratin from biological materials - p. 165 21. Chapter 9. Therapeutic potential of microalgae: Emerging frontiers in biomedical applications - p. 205 22. Section III. Environmental biosystems advances - p. S3 23. Chapter 10. Colloidal biosystems advances & colloidal biosystem materials science - p. 235 24. Chapter 11. Cutting-edge chemical innovations in nano and micro-biosystems for environmental applications - p. 277 25. Chapter 12. Environmental toxicology and ecotoxicology: Impacts of micropollutants upon biosystems - p. 329 26. Chapter 13. Effects of microorganisms and microalgal biostimulants on plants of agricultural interest - p. 353 27. Chapter 14. Natural bioactive products physicochemical analyses - p. 375 28. Chapter 15. Nano and microsensors and sensation - p. 407 29. Chapter 16. Green chemistry and biosystems - p. 435 30. Section IV. Pharmaceutical biosystems advances - p. S4 31. Chapter 17. Human cellular metabolomics - p. 465 32. Chapter 18. Integrative biosystems: Unlocking the future of precision medicine - p. 487 33. Section V. Advanced analytical methods for tracking the different biosystems - p. S5 34. Chapter 19. Illuminating the green engine: AI-driven exploration of chloroplast ultrastructure and evolution - p. 513 35. Chapter 20. Applications of micro-NIR spectroscopy sensors in tea biosystems: Quantification of catechins and caffeine using transfer learning - p. 527 36. Chapter 21. Application of hyperspectral analytical protocol for plant chemical detection and evaluation - p. 545 37. Chapter 22. Protocol: Developing fluorescence hyperspectral imaging methods for noninvasive detection and mechanism action analysis - p. 559 38. Chapter 23. FTIR macro- and micro-spectroscopy for tracking the biological macromolecules backbone in food sources - p. 573 39. Chapter 24. Advanced application of terahertz for tracking metal elements accumulation in food systems - p. 613 40. Chapter 25. Aflatoxin detection: Conventional methods, emerging technologies, and future perspectives - p. 631 41. Chapter 26. Recent advanced methodologies for tracking volatile compounds of citrus-derived sources - p. 681 42. Chapter 27. Milk-based phospholipids as functional ingredients - p. 699 43. Chapter 28. Spectral imaging for agricultural biosystems: Transforming precision agriculture and food security - p. 751 44. Chapter 29. Energy control for greenhouse biosystem - p. 807 45. Chapter 30. Conclusions and remarks - p. 823 46. Index - p. 836
