Go Forth and Do Science

Clinical Case File: Myasthenia Gravis DBQ Engage your students with a real-world autoimmune disorder case study that connects muscle contraction physiology to observable symptoms. In this high-interest Document-Based Question (DBQ) activity, students step into the role of a pediatrician explaining a diagnosis of Myasthenia Gravis (MG) to a patient’s family. Through scaffolded document analysis, students explore how disrupted acetylcholine receptors impact neuromuscular signaling and muscle co

Help students connect cell biology to real-world medicine! In this engaging, real-life case study, students step into the role of healthcare professionals as they explore how intravenous (IV) fluids affect cells at the microscopic level. Using a relatable medical scenario, learners investigate the principles of osmosis, osmotic pressure, and tonicity while analyzing the effects of isotonic, hypertonic, and hypotonic solutions on red blood cells. This activity is ideal for reinforcing cell mem

Cell Membrane Disorders: Guided Reading + Real-World Case StudiesBring cell membranes to life with this high-interest guided reading activity that connects cell structure and function to real human diseases your students will remember. Instead of abstract diagrams, students explore how malfunctioning ion channels lead to conditions such as pain disorders, heart rhythm abnormalities, deafness, and cystic fibrosis—all through compelling real-world case studies. This resource begins with a cle

Anatomy DBQ: The Integumentary System – Burns & the Rule of NinesEngage your students with this real-world, scenario-based DBQ that challenges them to think like medical professionals while applying their knowledge of the integumentary system. In this activity, students analyze an emergency department case involving a woman rescued from a house fire. Using authentic medical documentation, diagrams, and treatment data, students determine burn severity, affected skin layers, total body surface

🦴 Use It or Lose It: How Skeletal Muscles Adapt Help students understand how skeletal muscles change with activity and inactivity in this engaging, science-based reading! This resource explains muscle hypertrophy, atrophy, aerobic vs. resistance exercise, muscle fiber types, and modern medical applications in a clear, student-friendly way. Students will explore how muscles grow stronger with use, shrink with disuse, and how different types of exercise lead to different physiological adaptatio

Engage Your Biology or Anatomy & Physiology Students With a Real-World Stem Cell Research Writing Assignment! Bring relevance, critical thinking, and high-quality academic writing into your classroom with this structured, easy-to-grade Stem Cell Therapy Research Project. Students explore how stem cells can be used to treat real diseases and injuries, then apply their understanding through clear, well-defined paragraph prompts. This resource guides students as they investigate: ✔️ Symptoms, ca