International Conference on Animal Physiology and Comparative Biology (ICAPCB - 26)

This session will explore the intricacies of metabolic pathways in various animal species, highlighting their roles in energy production and utilization. Researchers are encouraged to present findings on metabolic adaptations in response to environmental changes.

This track focuses on the relationship between neurophysiological processes and animal behavior, examining how neural mechanisms influence actions and interactions. Contributions may include studies on sensory processing, learning, and decision-making in different species.

This session will delve into the role of hormones in regulating physiological processes across various animal taxa. Presentations may cover topics such as stress responses, reproductive cycles, and metabolic control.

This track aims to investigate the adaptations of cardiovascular systems in response to different physiological demands and environmental conditions. Researchers are invited to share insights on heart function, blood flow regulation, and vascular responses.

This session will address the mechanisms of respiration and gas exchange across diverse animal groups, emphasizing evolutionary adaptations. Topics may include pulmonary function, adaptations to hypoxia, and the impact of environmental stressors.

This track will explore the physiological mechanisms underlying thermoregulation in animals, focusing on adaptations to extreme temperatures. Presentations may include studies on behavioral and physiological strategies for maintaining homeostasis.

This session will examine the biomechanics of locomotion in various species, highlighting the evolutionary significance of movement strategies. Researchers are encouraged to present findings on muscle function, energy efficiency, and adaptations for different habitats.

This track will focus on the evolution and function of sensory systems in animals, exploring how these systems influence behavior and ecological interactions. Contributions may include studies on vision, hearing, olfaction, and tactile perception.

This session will investigate the interplay between immune function and physiological stress responses in animals. Researchers are invited to present findings on how stressors impact immune health and overall fitness.

This track will explore the physiological mechanisms of digestion and nutrient absorption in various animal species, emphasizing adaptations to dietary habits. Presentations may include studies on gut microbiota, digestive enzymes, and metabolic efficiency.

This session will focus on cellular processes that underlie physiological functions, including signal transduction and gene expression. Researchers are encouraged to present cutting-edge studies on molecular adaptations to environmental challenges.