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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7821 Paths
7821 Paths · page 761 / 783
This advanced learning path provides a comprehensive understanding of infectious disease biology, focusing on the mechanisms by which bacterial, viral, and fungal pathogens cause disease and how hosts defend against them. It integrates microbiology and immunology to explore virulence factors, infection strategies, and host-pathogen interactions, preparing students for careers in biomedical research, clinical microbiology, or public health.
This advanced learning path provides a comprehensive exploration of behavioral ecology, integrating evolutionary principles with ecological contexts. It covers key topics including foraging, mating systems, social behavior, communication, aggression, altruism, and evolutionary game theory, emphasizing the adaptive significance of behavior.
This learning path provides a comprehensive understanding of climate change biology, covering the physical science basis, ecological principles, observed biological impacts, and potential adaptive and mitigative responses. Designed for university biology and environmental science students, it integrates ecology and environmental science perspectives to analyze how climate change affects species, ecosystems, and global biodiversity.
This advanced learning path equips university biology and environmental science students with a deep understanding of biodiversity measurement, the major threats to global biodiversity, and the science behind conservation strategies. It integrates foundational concepts from ecology and evolution to analyze extinction dynamics and design effective conservation interventions.
This learning path provides a comprehensive understanding of the biological mechanisms of aging, from cellular and molecular hallmarks to systemic pathways and age-related diseases. It covers key concepts such as cellular senescence, telomere biology, oxidative stress, nutrient sensing pathways, and longevity interventions, with a focus on the experimental evidence and interconnections between these processes.
This learning path systematically explores the structure and function of skeletal, cardiac, and smooth muscle, with a focus on the molecular mechanisms of contraction. It covers cellular signaling, the sliding filament theory, and the role of the neuromuscular junction, building from foundational cell biology to advanced integrative physiology.
This advanced learning path systematically covers the physiology of the renal and digestive systems, emphasizing the mechanisms of nutrient absorption and waste removal. It integrates foundational biochemistry and cell biology with organ-system physiology, progressing from basic principles to integrated regulatory mechanisms.
This advanced learning path covers cardiovascular and respiratory physiology and their integration. It starts with foundational concepts of the heart and circulation, progresses through gas exchange and transport, and culminates in the integrated control of ventilation and perfusion. Designed for university biology and medical students seeking a systematic understanding of human physiology.
This learning path systematically covers the endocrine system, from cell signaling fundamentals and hormone biochemistry to the major endocrine axes and their roles in maintaining physiological balance. It integrates human physiology and cell signaling concepts, culminating in clinical correlations for university biology and medical students.
A comprehensive learning path for university students in biology, neuroscience, or medicine, covering the structure and function of the nervous system and the principles of neural signaling. It begins with foundational cell biology and physiology, progresses through neuronal structure, resting and action potentials, synaptic transmission, and neurotransmitter systems, and culminates in the organization of the central and peripheral nervous systems, including sensory and motor pathways.