Set of 8 printable clue cards for the Photosynthesis Phantom lab. Each card presents a biological finding (light wavelengths, starch test, soil chemistry) to help students eliminate suspects.

Set of 8 printable clue cards for the Mineral Marauder lab. Each card presents a geological finding (hardness, luster, UV glow) to help students eliminate suspects.

Facilitation guide for the Photosynthesis Phantom mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Photosynthesis Phantom mystery. Focuses on plant biology, light wavelengths, and soil chemistry to identify a saboteur.

Facilitation guide for the Mineral Marauder mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Mineral Marauder mystery. Focuses on mineral properties like hardness, luster, and density to identify a thief.

Facilitation guide for the Element Heist mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Element Heist lab. Each card presents a chemical finding (flame test, atomic mass, periodic trends) to help students eliminate suspects.

Student case file for the Element Heist mystery. Focuses on periodic trends, atomic structure, and chemical reactions to identify a thief.

Facilitation guide for the Circuit Saboteur mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Circuit Saboteur lab. Each card presents an electrical finding (resistance, voltage, magnetism) to help students eliminate suspects.

Student case file for the Circuit Saboteur mystery. Focuses on electricity, resistance, and circuit configurations to identify a saboteur.

Facilitation guide for the Petri Dish Pandemic mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Petri Dish Pandemic lab. Each card presents a microbiological finding (Gram stain, shape, oxygen needs) to help students eliminate suspects.

Student case file for the Petri Dish Pandemic mystery. Focuses on microbiology, Gram staining, and bacterial morphology to identify a contaminator.

Introductory slide deck for the Meltdown Mystery lab. Sets the stage with a high-stakes narrative, introduces the mission objectives, and provides forensic guidelines for students.

Facilitation guide for teachers featuring setup instructions, learning objectives, and a comprehensive answer key with logic breakdowns for each of the 8 clues.

Set of 8 printable clue cards for the Meltdown Mystery lab. Each card presents a scientific observation (pH, density, magnetism, etc.) to help students eliminate suspects.

Student case file and evidence log for the Meltdown Mystery lab activity. Includes suspect profiles and a structured area for recording scientific findings from 8 clues. Increased writing space for students.

An anchor chart explaining the interactions between plant transport, reproduction, and response systems, specifically focusing on how hormones and vascular structures facilitate these processes.

An anchor chart detailing the reproductive structures of a flower, including male and female parts and the stages of the plant life cycle.

An anchor chart focused on transpiration and the function of stomata and guard cells in plant systems.

An anchor chart for photosynthesis, explaining the inputs and outputs of the process, the role of chloroplasts, and the chemical equation.

An anchor chart detailing the differences between xylem and phloem, highlighting their roles in transporting water and nutrients throughout a plant.

A structured field log for 6th grade students to record their findings during the Earth Structures Scavenger Hunt. Includes a reflection section on sphere interactions.

A set of 12 scavenger hunt task cards focused on Earth's structures, spheres, and the rock cycle. Each card creates a self-correcting path for 6th grade students to follow around the room.

A comprehensive teacher facilitation guide for the Earth Structures Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and pedagogical tips.

A structured recording sheet for students to use during the Body Systems Scavenger Hunt. It includes space for tracking 12 stations and a final reflection question on system interactions.

A set of 12 scavenger hunt task cards formatted as 'Medical Case Files'. Each card contains a question and an answer to a different card, creating a self-correcting loop for students to follow around the classroom.

A comprehensive teacher facilitation guide for the Body Systems Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and tips for classroom engagement.

A student activity sheet focused on viral structure, reproduction, and comparison with prokaryotic cells to address gaps identified in the unit assessment.

A comprehensive answer key for the Unit Mastery Assessment, including correct answers, TEKS alignment, and brief explanations for student remediation.

A student mastery choice board for the Life Systems unit, allowing students to choose between visual, writing, and hands-on tasks to demonstrate their understanding of plant and animal interactions.

A teacher resource providing specific scaffolding, extension, and EL support strategies for the Animal Systems lesson, including a medical-themed mastery choice board.

A teacher resource providing specific scaffolding, extension, and EL support strategies for the Plant Power lesson, including a sample mastery choice board.

A visual presentation for Investigation 12 (Animal Systems) covering the marathon runner phenomenon, homeostasis (feedback loops), nutrient absorption, and body defense layers.

A student laboratory and activity packet for Investigation 11 (Plant Systems) covering transpiration (celery lab), tissue mapping, flower reproduction, and environmental tropisms.

A teacher facilitation guide for Investigation 12 (Animal Systems), detailing a 2-block instructional sequence focused on homeostasis, nutrient absorption, reproduction, and defense.

A visual presentation for Investigation 11 (Plant Systems) covering the Pando Aspen phenomenon, tissue systems, vascular transport (Xylem/Phloem), and environmental responses (Tropisms).

A student activity packet for Investigation 12 (Animal Systems) including a hands-on homeostasis lab, data analysis on nutrient absorption, and system interaction synthesis questions.

A teacher facilitation guide for Investigation 11 (Plant Systems), outlining a 2-block instructional sequence focused on tissue systems, transport, reproduction, and environmental response.

A quick assessment tool for students to complete at the end of the lesson, asking them to identify a healthy food choice and explain the gut-brain connection. Two tickets per page.

A creative worksheet where students design a visual metaphor for the gut microbiome, including space for brainstorming inputs and outputs and a large drawing area.

A comprehensive teacher facilitation guide providing pacing information, discussion prompts, and an answer key for the graphing and comparison activities in 'The Speed of Addiction' lesson.

Visual presentation slides to guide the lesson, featuring a warm-up game, an embedded video about nutrition and the brain, activity instructions for the microbiome metaphor, and discussion prompts.

Visual presentation slides to guide students through the 'Speed of Delivery' concept, including the hook poll, embedded educational video, and case studies comparing different substances.

A comprehensive teacher facilitation guide for the "Second Brain" lesson, including a timed sequence, discussion prompts, key vocabulary definitions, and lesson objectives.

A comprehensive graphing and analysis worksheet for students to record predictions, plot dopamine spike curves, and compare various substance delivery modes based on the biological 'Speed of Delivery' concept.

A comprehensive teacher's guide for the Mind and Molecules lesson, including pacing, neurotransmitter keys, pharmacological mechanisms of action, and discussion prompts for AP Biology.

A clinical-themed research log for AP Biology students to record brainstormed functions, video notes, pharmacological research, and synaptic diagrams.