Next Level Learning Lab

Engage your biology students with this real-world case study on the cell cycle and cancer!In this 45–60 minute activity, students take on the role of medical investigators to solve the mystery of Emily, a 15-year-old soccer player experiencing fatigue, bruising, and fainting. By rotating through evidence stations (labs, bone marrow smears, molecular data, and tissue comparisons), students analyze data, answer guiding questions, and ultimately write a CER diagnosis supported by scientific reason

Bring cancer biology to life with this engaging bundle of four real-world case studies that help students investigate how cellular processes contribute to cancer development and treatment resistance. In these NGSS-aligned biology activities, students analyze authentic-style data, interpret evidence, and solve medical mysteries related to cancer biology. Each case study focuses on a different core biology concept, helping students connect topics like cell division, mutations, metabolism, and nat

Looking for a way to teach genetics that actually engages students? This Genetics Interest-Based Worksheets Bundle includes five high-interest, NGSS-aligned genetics activities that allow students to practice Punnett squares, inheritance patterns, probability, and Claim–Evidence–Reasoning (CER) through topics they care about. Each worksheet targets a different student interest while maintaining the same rigor, structure, and grading expectations. This makes the bundle ideal for student cho

What happens when cells stop following the rules? This NGSS-aligned bundle uses real-world case studies to help students investigate how disruptions in cell structure, energy production, and cell cycle regulation can lead to disease—especially cancer. Designed for high school biology, these case studies replace passive worksheets with engaging, discussion-driven learning that builds scientific reasoning and claim-evidence-reasoning (CER) skills. What’s Included (3 Case Studies):✔ Cell Cycle

Can your students solve the endurance mystery? Why can elite marathon runners keep going when others “hit the wall”? This interactive case study brings cellular respiration to life by connecting ATP production and mitochondrial function to real human performance. Through a story-driven investigation, students: Analyze authentic-style data from four athlete types Graph and interpret oxygen use vs. mitochondria density Compare aerobic and anaerobic respiration efficiency Write a CER (Claim–E

Bring DNA replication and mutations to life with this engaging, real-world medical case study that challenges students to solve a scientific mystery using data, evidence, and reasoning. In this NGSS-aligned biology activity, students investigate the case of an adult patient with long-term sun exposure and a changing skin lesion. Through DNA sequence comparisons, UV radiation data, cell cycle checkpoints, and cell division rates, students uncover how errors during DNA replication can lead to c

Help students solve a real genetic mystery while practicing data analysis, Punnett squares, and Claim–Evidence–Reasoning (CER)! In this engaging genetics case study, students investigate why a high school student struggles to see certain colors. Using authentic test data, family history, and population statistics, students determine the mode of inheritance for color blindness — without being told the answer upfront. Perfect for January–March biology genetics units, this activity keeps studen

Help students see natural selection in action with this engaging, data-driven cancer case study focused on chemotherapy resistance. In this NGSS-aligned biology activity, students investigate the case of a lymphoma patient whose tumor initially shrinks during chemotherapy — only to return months later, resistant to treatment. Through analysis of tumor size data, population composition changes, mutation evidence, and survival rates, students uncover how genetic variation and selective pressure le

Bring cellular respiration to life with this engaging, data-driven medical case study that challenges students to solve a real-world metabolic mystery. In this NGSS-aligned biology activity, students investigate a lung tumor that consumes massive amounts of glucose — yet relies primarily on glycolysis even when oxygen is present. Through analysis of ATP production data, glucose uptake scans, lactate levels, mitochondrial activity, and cell division rates, students uncover how altered cellular re

Engage your students with a real-world medical mystery that brings anatomy and physiology to life. In this case study, students investigate what happened when a high school athlete suddenly collapsed during a hot afternoon practice. By analyzing environmental data, vital signs, and physiological clues, students work through evidence to determine the underlying cause of the medical emergency. Students will apply their understanding of thermoregulation, homeostasis, and human body systems to di

Are elite athletes born or made? This interest-based Sports Genetics Worksheet engages students by connecting Mendelian genetics to a high-interest real-world context: athletic performance. Students explore how inherited traits may influence sprinting and endurance, while learning that  training and environment also play major roles. Using a scientifically accurate, simplified inheritance model, students complete Punnett squares, calculate probabilities, and evaluate claims using the Claim–

Why do people in the same family sometimes look so different? This interest-based Human Traits Genetics Worksheet engages students by connecting Mendelian genetics to visible human traits they encounter every day. Through a short, story-driven scenario, students explore how traits such as hairline shape (widow’s peak) can be inherited—and why genetics alone does not fully determine appearance. Using a scientifically appropriate, simplified inheritance model, students complete Punnett squares

Can video game characters inherit special abilities? This interest-based Video Game Genetics Worksheet engages students by connecting Mendelian genetics to a high-interest, fictional video game world. Using a story-based scenario inspired by character creation in role-playing games, students explore how inherited traits can influence gameplay while learning that genetics alone does not determine success. Using a scientifically accurate, simplified inheritance model, students complete Punnett

Why do puppies from the same litter sometimes look completely different?This interest-based Animal & Pet Genetics Worksheet engages students by connecting Mendelian genetics to a familiar and high-interest context: pets. Through a short story-based introduction, students explore how inherited traits such as fur color can vary among offspring—even when animals share the same parents and environment. Using a scientifically accurate, simplified inheritance model, students complete Punnett squar

Why do some genetic conditions appear in families—even when parents do not show symptoms? This interest-based Medical Genetics Worksheet engages students through a real-world genetic disorder: cystic fibrosis. Using a story-based introduction, students explore how a recessive genetic condition can be inherited, how carriers pass on traits, and why genetics alone does not determine health outcomes. Using a scientifically accurate, simplified Mendelian model, students complete Punnett squares,