12th Grade Comparative Physiology Interactive Videos

Examine the intricate roles of the endocrine and nervous systems by focusing on hormone functions and their effects on target tissues. Understand the differences between endocrine and exocrine glands, explore various communication methods within the body, and recognize the influence of hormones on growth and development.

Gain an understanding of anatomy and physiology by examining the structure and function of the human body. Learn essential concepts such as homeostasis and the roles of different tissues, while developing a comprehensive overview of human biological systems.

Explore comparative anatomy through the study of animal tissue functions and evolutionary biology. Gain insights into various tissue types and understand anatomical similarities and differences among different species. Examine key evolutionary concepts such as convergent evolution and the influence of a common ancestor on animal development. Enhance understanding of significant evolutionary theories and figures, focusing on the contributions they have made to the field.

Study the foundational principles of comparative anatomy to understand evolutionary relationships and shared traits among animals. Explore how anatomical features reveal connections to other life forms and enhance understanding of evolutionary biology.

Investigate the complex connections between environmental science, habitat restoration, and the distinctive traits of tiger salamanders. Gain insights into ecological conservation techniques and comprehend the importance of interactions between surface water and groundwater. Learn about wildlife adaptation strategies in response to environmental changes.

Engage in an exploration of comparing nouns, adjectives, and other parts of speech in Italian through exercises focusing on expressions of equality, superiority, and inferiority. Learners will develop the ability to discern and utilize various comparative forms, thereby enhancing their grammatical proficiency in Italian.

Investigate the innovative design of Pleurobot, a biorobotic model that replicates animal locomotion. Understand its significant contributions to the fields of neuroscience and robotics. Explore the principles of biorobotics and the vital role of spinal cord mechanics in controlling movement. Learn how these designs are applied to advance neuroprosthetics and enhance robotic technology.

Focus on the human respiratory system, highlighting the pathways of air and the gas exchange processes in the alveoli. Gain an understanding of respiratory functions, the roles of various organs, and explore career opportunities in respiratory health.

Explore genetic diversity, adaptation, and the role of natural selection in species evolution. Gain a deeper understanding of evolutionary mechanisms and their influence on species over time.

Explore biologically inspired robotics focusing on locomotion mechanisms that mimic nature's designs. Gain insights into engineering design and develop skills in creating and analyzing these designs for robotics applications.

Explore the intricate mechanisms of snake locomotion by examining how their scales facilitate movement and how they adjust their motion. Gain insights into animal biomechanics and develop an understanding of the principles of dynamic motion that are applicable to both biological and mechanical systems.

Explore the intricate mechanics of insect flight and understand how flies perform complex maneuvers with limited neural resources. Gain insights into flight mechanics, including leading edge vortices and the functional role of halteres, while appreciating the remarkable adaptations of these small yet powerful flyers.

Explore the principles of natural selection and adaptation mechanisms in evolutionary biology. Understand how environmental changes impact species, developing comprehensive insight into survival strategies and selection processes.

Explore how sensory organs process perceptions through the interaction between the nervous and endocrine systems in various environments. Gain an understanding of the key structures and functions of sensory organs to enhance your ability to distinguish sensory experiences and analyze sensory processing demands across different settings.

Exercises focus on transforming adjectives into their comparative forms, including both regular and irregular transformations. Learners develop skills in using comparative adjectives, enhancing their understanding and application in linguistic contexts.

Explore the remarkable phenomenon of convergent evolution, focusing on the development of similar traits in marsupials like thylacines and other carnivorous mammals. Gain insights into evolutionary processes and learn to identify examples of analogous traits across various species. Understand how distinct lineages can evolve comparable adaptations in response to similar environmental pressures.

Explore the physiological adaptations necessary for survival at high altitudes, focusing on the mechanisms humans and animals use to cope with reduced oxygen levels. Gain insights into the specific adaptations of Andean and Tibetan populations, understand risk factors associated with these adaptations, and examine convergent evolution in both humans and animals.

Explore the complexities of evolution and biodiversity, gaining a comprehensive understanding of natural selection and the mechanisms driving evolutionary processes. Understand and interpret adaptation strategies in organisms and recognize evolutionary patterns, enhancing skills in analyzing biodiversity and adaptation.

Study the impact of the Congo River's widening on the behavioral evolution of chimpanzees and bonobos, focusing on how ecological factors influence species aggression and amiability. Gain insights into the complexities of evolutionary science.

Focus on understanding French comparatives by learning how to form comparisons with adjectives and adverbs. Improve abilities to express differences and similarities confidently in French, gaining fluency in using terms such as "plus," "moins," and "aussi."