Molecular basis of human cancer
- 224 Seiten
- 8 Lesestunden



Molecular bioelectronics merges electronics with biotechnology, driving advancements in both industrial and scientific fields. This innovative area focuses on biomolecular engineering and the development of bioelectronic devices, which enhance hardware efficiency and intelligence. Additionally, it explores materials and sensors designed for optimal performance and molecular miniaturization, highlighting its significance in pushing the boundaries of life and materials sciences.
The book explores the evolution of the concept of atoms from ancient Greek philosophy to modern biophysics, highlighting how this foundational idea bridged life and physical sciences. It discusses significant advancements, such as the relationship between molecular structures and chemical activity, including the discovery of DNA's double-helix structure. The narrative emphasizes the interdisciplinary collaboration among scientists from various fields, which has led to groundbreaking developments and a new synthesis of knowledge, despite traditional academic separations.