- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
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. The book is organized into several key sections, each focusing on a different biosystem category. The first section covers cellular biosystems advances, including single-cell microsystems and tissue system biology of plants and animals, alongside biomass microsystems. Section two delves into agricultural biosystems advances, exploring innovations in animal, plant, and crop biosystems, as well as food hydrocolloids and biotechnological advancements. The third section addresses environmental biosystems, discussing colloidal biosystems, nano and micro-biosystems, chemical toxicology, eco-friendly biosystems, and green chemistry. Section four focuses on pharmaceutical biosystems, highlighting medical biosystems, human cellular metabolomics, nutrigenomics, and precision medicine applications. Finally, Section five 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. Advances in Biosystems offers essential insights and practical guidance on the latest developments and methodologies for biological systems research, serving as a valuable reference for researchers and academics across cell biology, microbiology, biotechnology, pharmaceutical science, agricultural science, food science, environmental science and related disciplines.
Contents
1. Overview
Section I: Cellular Biosystems Advances
2. Plant single-cell microsystem environment
3. Animal single-cell microsystem environment
4. Biomass microsystem environment
5. Plant and animal tissue system biology
Section II: Agricultural Biosystems Advances
6. Animal biosystems advances
7. Plant biosystems advances
8. Crop biosystems advances
9. Food hydrocolloids biosystems recent innovations
10. Biotechnological biosystems advances
Section III: Environmental Biosystems Advances
11. Colloidal biosystems advances & colloidal biosystem materials science
12. Nano and micro-biosystems
13. Chemical toxicology
14. Ecofriendly biosystems
15. Natural bioactive products physicochemical analyses
16. Nano and microsensors and sensation
17. Green chemistry and biosystems
Section IV: Pharmaceutical Biosystems Advances
18. Medical biosystems advances
19. Human cellular metabolomics
20. Nutrigenomic biosystems
21. Biomass microsystem environment
22. Pharmaceutical plant and animal tissue system biology
23. Biosystems applications in precision medicine
Section V: Advanced Analytical Methods for Tracking the Different Biosystems
24. High-throughput technologies data management and big data analytics in biosystems
25. Deep learning, machine learning, and bioinformatics models application in the biosystems
26. Electrochemistry and electrochemical sensors spectroscopic application in biosystems
27. Application of hyperspectra analytical protocol for natural chemical detection and evaluation
28. Raman spectroscopy and surface-enhanced Raman spectroscopy (SERS) for tracking quality-related chemical composition accumulation in plant cells
29. FT-IR macro- and micro-spectroscopy for tracking the biological macromolecules backbone in food sources
30. Terahertz for tracking the cadmium heavy metal accumulation in plants
31. Laser-Induced Breakdown Spectroscopy (LIPS) for lead and cadmium heavy metals' assessments of plants and animal tissues
32. Authentication of lipids by non-targeted C12-NMR spectroscopy
33. Using LF-NMR and MRI in the measurement study of food lipid media
34. Sensors, biosensors, and mass applications in biosystems
35. Electronic nose and electronic tongue advanced sensors
36. Recent advanced methodologies for tracking volatile compounds of biological sources
37. Use of mass (MS) spectroscopy for measuring the functional bioactivity from the human metabolism
38. MALDI-MS for high-resolution proteomic and lipidomic analyses of the biological systems
39. Use of Q-TOF MS for elucidating the chemical structures of macromolecules
40. Use of inductively coupled plasma mass spectrometry (ICP/MS) to assess the levels of heavy metals in environmental sources
41. Molecular genomic techniques reveal the importance of biosystems evolution
42. Advances in chromatographic analytical methods for tracking the biosystems
43. Conclusions and remarks
