n.化学生物动力学

Chemobiodynamics studies the interplay between chemical processes and biological systems, elucidating how molecules and energy transformations drive life.
The chemobiodynamic cycle in photosynthesis highlights the dynamic balance between light absorption, energy conversion, and cellular metabolism.
Researchers investigate chemobiodynamics to understand how bacteria utilize chemical gradients for motility and survival.
In cellular respiration, chemobiodynamics reveals the intricate choreography of electron transport chains and ATP synthesis.
Chemobiodynamic models are essential in predicting the impact of environmental pollutants on ecosystems and biogeochemical cycles.
Chemotaxis, a chemobiodynamic phenomenon, allows organisms to navigate towards favorable chemical cues for food or reproduction.
Scientists study chemobiodynamics to uncover the molecular mechanisms behind immune system responses to pathogen challenges.
The study of chemobiodynamics contributes to the development of novel bio-inspired materials and technologies, such as artificial organelles.
Chemobiodynamic feedback loops govern many physiological processes, ensuring homeostasis and adaptation to changing conditions.
Environmental chemobiodynamics examines the complex interactions between chemical substances and ecological systems, influencing biodiversity and ecosystem functioning.