The Pennsylvania Alliance for Design of Open Textbooks (PA-ADOPT) is pleased to announce the immediate availability of our fourteenth and fifteenth free and open eTextbooks: General Biology Laboratory Booklet and Human Anatomy and Physiology Laboratory Booklet by Dr. Martilias Farrell, Visiting Professor of Biology at Cheyney University.
General Biology Laboratory Booklet
“This laboratory manual provides a diverse collection of experiments designed to immerse students in techniques mirroring those used in professional biomedical research. Students will explore fundamental enzyme kinetics, investigating how varying amylase concentrations and the introduction of chemical modifiers influence starch digestion rates. These labs emphasize quantitative analysis through colorimetric assays and densitometry using ImageJ software. The booklet also features studies with planaria, where students will assess how common substances affect locomotor activity and screen compounds for their impact on the remarkable regenerative abilities of these organisms, including generating concentration-effect curves. Additional activities guide students in using microscopy to observe microscopic life. Throughout these hands-on investigations, students will develop and refine crucial laboratory skills such as preparing serial dilutions, mastering precise pipetting techniques, and maintaining detailed, reproducible laboratory notebooks, thereby building a robust foundation in experimental design, data analysis, and the scientific method.”
Human Anatomy and Physiology Laboratory Booklet
“This laboratory manual presents a diverse collection of hands-on and interactive activities designed to enhance understanding of human anatomy and physiology. Students will engage with skeletal anatomy by creating and decoding messages using bone terminology with anatomical models and by performing bone measurements to analyze relationships with physical attributes. The manual delves into neuroscience by investigating the perception of binaural beats through auditory experiments and by utilizing the Neuronify simulation tool to construct and analyze neural circuits demonstrating synaptic summation. Physiological concepts are explored through experiments on respiratory rate dynamics in response to exercise and the principles of lung surfactant action. Additionally, students will apply anatomical terminology to describe dance movements. These activities collectively foster skills in data collection, critical analysis, and collaborative learning.”
Please help us spread the word about our books and web site to further our work to reduce costs for students, bring equity to higher education classrooms, and give faculty the flexibility to design their own learning experiences. All of our books are available to download in both ePub and PDF formats from our Bookshelf.