Fundamental biological structures and processes from microscopic cells and genetic inheritance to complex body systems and global ecosystems. Addresses plant and animal adaptations, trait expression, and the cycles of life and cell division.
A series of ELD lessons exploring how human environments interact with nature, focusing on reading comprehension, academic language, and collaborative discourse.
A deep dive into the evolutionary transition from aquatic life to terrestrial mammals, focusing on homologous structures and divergent evolution.
A primary science unit exploring how different animals are covered and why these coverings help them survive in their environments. Students identify, categorize, and write about feathers, fur, scales, shells, and skin.
A collection of lessons focused on nature and science, designed with differentiated reading materials for diverse learners including early readers and special education students.
A comprehensive exploration of how scientists organize the diversity of life on Earth, from the broadest domains to individual species.
A comprehensive marine biology curriculum exploring the structural and functional design of ocean life, from microscopic plankton to massive cetaceans. Students act as 'Ocean Architects' to understand how environmental pressures shape biological forms.
A 4-lesson ESL sequence for Grade 2 students focusing on the life and growth of baby dolphins (calves). Students will explore dolphin habitats, diets, and behaviors through visual stories, matching activities, and simple writing exercises tailored for WIDA Level 2 learners.
A scaffolded middle school unit exploring competition, energy flow, and ecosystem stability. Each lesson is tailored to specific NGSS performance expectations for grades 6, 7, and 8, building from individual organism growth to complex system dynamics.
A comprehensive unit on cellular biology spanning from introductory middle school concepts to advanced organelle systems and specialized functions.
A captivating series of lessons exploring the wonders of the deep sea, focusing on marine biology and the diverse creatures that inhabit our oceans.
A deep dive into the extraordinary sensory world of sharks, specifically focusing on their unique ability to detect electrical fields. students will transform into marine biologists to investigate the 'sixth sense' that makes these apex predators such efficient hunters.
A series of lessons exploring Earth's major systems, starting with the hydrosphere and its impact on the planet's processes.
A comprehensive biology unit covering plant systems, animal systems, and ecosystem stability through STAAR-aligned practice, vocabulary mastery, and conceptual application.
An engineering and biology sequence that teaches students to look to nature for sustainable and efficient design solutions, fostering innovation and biological appreciation.
A comprehensive Freshman Biology sequence adapted for Specialized Academic Instruction (SAI), featuring a 5th-grade reading level, heavy visual support, and hands-on learning models across two semesters.
A comprehensive unit exploring human impact on the environment, designed for high school ESOL students, integrating Biology TEKS with English Language Proficiency Standards through thematic lounge-style stations.
A comprehensive exploration of animals from jungle and safari environments, focusing on their unique adaptations, habitats, and survival strategies.
A foundational biology sequence covering reproduction, cell classification, and organism traits for middle school science.
A comprehensive 5-lesson STEM sequence exploring Earth and Space science for grades 1-5, featuring engineering challenges and real-world problem-solving based on Texas TEKS.
A comprehensive STEM and engineering curriculum for Grades 1-5 focused on plant structures and survival. Students engage in hands-on challenges like building root anchors, waxy leaf shields, and seed dispersal devices to solve real-world botanical problems.
A biology unit covering the chemical foundations of life (macromolecules) and the physiological balance of complex organisms (homeostasis).
A science unit exploring how energy flows through ecosystems, starting with the primary producers that harness solar energy.
A comprehensive sequence covering introductory 6th-grade life science topics, from ecosystem dynamics to inheritance and evolutionary changes.
A comprehensive 10-day review series designed to prepare students for the Biology STAAR exam, covering key concepts from biochemistry to ecology.
A four-day introductory unit on corn for K-3 students, covering its origins in Mesoamerica, life cycle, diverse varieties, and practical uses through hands-on crafting and planting.
A comprehensive review unit focused on the cycling of matter and flow of energy within Earth's systems, specifically designed to prepare students for the Biology midterm.
A multi-disciplinary science and health unit covering plant biology, physical properties of matter, and nutritional science. Students explore the cycles of life, the fundamental nature of substances, and how to fuel their bodies.
A comprehensive STEM and engineering curriculum for Grades 1-5, aligned with Texas TEKS, focusing on life cycles, plant dependencies, and biological adaptations through hands-on challenges.
A series of STEM engineering challenges for grades 1-5 focused on the interactions between living things and their environments. Each lesson maps to specific Texas Science TEKS and incorporates simple, non-messy materials to explore biological and environmental concepts.
A comprehensive STEM series for grades 1-5 exploring food chains, energy flow, and ecosystem stability through hands-on engineering and design challenges aligned with Texas TEKS.
A comprehensive unit exploring the biosphere, ecosystem stability, and human impact, designed for 9th-grade biology students.
A differentiated science unit exploring the life cycles, parts, and processes of plants for Kindergarten, 2nd, and 4th grade students.
A comprehensive unit exploring the human cardiovascular system, starting with the intricate anatomy of the heart and extending to blood vessels and circulation loops.
A high-interest lesson exploring the neurological effects of short-form 'brain rot' content, designed for Grade 8 ELL students in Brazil. The sequence covers vocabulary acquisition, scientific concepts like dopamine and attention spans, and culminates in a structured whole-class debate.
Advanced topics in modern genetics, exploring cutting-edge molecular tools and their applications in research and medicine.
Une séquence immersive pour découvrir les secrets du cerveau humain, sa structure, ses fonctions et son incroyable capacité à apprendre.
A comprehensive unit on the human body's systems, focusing on anatomy, physiology, and health.
A Grade 5 PBL sequence focused on the hydrosphere and human impact, partnered with Zoo New England. Students investigate the connection between the particulate nature of matter and the survival of fostered endangered turtles in the Nashoba Brook Watershed.
A 15-day intensive review sequence for the 8th Grade Science STAAR, focusing on Category 1-4 TEKS and new STAAR 2.0 question formats.
A series of foundational science lessons designed for high school students with autism, featuring highly visual and structured activities across various scientific domains.
A comprehensive 1-week science unit for 3rd grade focusing on the skin as the body's largest organ and its vital role as a protective barrier and sensory interface. Students explore the functions of skin, clear up common misconceptions, and participate in a hands-on modeling experiment.
A comprehensive 2nd-week unit for 3rd Grade Science exploring the anatomy, functions, and protective nature of the human skin through experiments, models, and sensory activities.
A comprehensive 2-week unit for 3rd grade exploring the skeletal and muscular systems. Students will investigate how bones provide protection and support, while muscles enable movement through contraction and relaxation, culminating in hands-on modeling of joints and bicep movement.
A project-based 6th-grade forensics course where students act as lead investigators to solve a campus mystery using scientific evidence, biology, and engineering principles. The course aligns with Iowa Science Standards covering cell theory, inheritance, and the engineering design process.
A comprehensive two-week recovery sequence designed for students to master key concepts from Investigations 9-12, including evolution and biological systems. This unit provides condensed notes, visual aids, and targeted review questions to help students bridge learning gaps and achieve course credit.
A comprehensive 15-day curriculum unit for 7th-grade science exploring the circulatory, respiratory, digestive, urinary, nervous, and endocrine systems, with a focus on how they interact to support life and maintain homeostasis.
A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.
A comprehensive biology unit covering meiosis, genetics, gene expression, mutations, and evolution based on the Texas STAAR curriculum standards. Students will engage with STAAR-formatted practice, deep-dive vocabulary, and visual synthesis through graphic organizers.
A quick review sequence focusing on the fundamentals of Mendelian genetics and the mechanics of Punnett Squares.
A 5-hour intensive review sequence covering the core pillars of biology: Cells, Enzymes, DNA, Meiosis/Mitosis, and Genetics. Designed for high-impact Saturday school sessions.
A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.
A comprehensive unit for 7th grade science covering inheritance, genetic variation, and the changes in populations through natural selection and evolution.
A comprehensive unit exploring the foundations of genetics, from the molecular structure of DNA to the mathematical probability of inherited traits and the impact of genetic mutations.
A comprehensive STEM series focusing on Organisms and Environments, specifically designed to address high-probability STAAR concepts through hands-on engineering challenges. Students explore life cycles, structures, and ecosystem dynamics by solving real-world biological problems.
A comprehensive review sequence for Grade 6 Science covering genetics, heredity, thermal energy, and climate patterns. Each mission focuses on a mix of all key standards to prepare students for their upcoming assessment.
A comprehensive scaffolding of the Inherited Traits and Learned Behaviors strand (TEKS 13B), moving from basic likenesses in 3rd grade to complex differentiation in 5th grade. The sequence focuses on distinguishing between physical inherited traits and acquired skills/behaviors through hands-on investigation and case studies.
A comprehensive unit exploring the basics of genetics, DNA structure, and the influence of genes on human health, designed with low-prep activities for high school students.
A series of lessons exploring genetics and protein synthesis through the lens of spider silk production for medical use. Adapted for 3rd-grade reading levels while maintaining 6th-grade science concepts.
A 4th-grade science unit adapted from 6th-grade material, focusing on how gene versions and proteins determine traits in spiders and humans. Students act as 'Gene Detectives' to solve the mystery of silk flexibility and running ability.
A targeted STAAR EOC Biology review series designed to master high-stakes standards through visual modeling, mnemonic strategies, and exam-style practice.
A comprehensive 30-day forensic science unit for 6th grade focused on evidence-based problem solving, observation skills, biological analysis, and the ethics of the legal system. Students progress from basic observation to a culminating mock trial and cold case analysis project.
A comprehensive unit exploring the biochemical processes of photosynthesis and cellular respiration, highlighting their interdependence in the flow of energy through ecosystems.
A comprehensive biology unit covering the complex interactions of animal and plant systems, the structural nature of viruses, and the application of these concepts to real-world disease outbreaks.
A collection of unit review materials for middle school science, specifically targeting 6th grade living things and 7th grade body systems. These resources mirror local assessments to ensure student readiness.
A comprehensive 3-week unit exploring the unique physical properties of water, its role in life and geological processes, and the dynamics of watershed systems. Students investigate polarity, cohesion, and universal solubility through hands-on labs while connecting these traits to climate moderation and the health of the Chesapeake Bay.
A comprehensive collection of life science resources for 6th and 7th grade, covering cell theory, body systems, and defense mechanisms.
A full-day 3rd-grade beach-themed room transformation covering math word problems, reading comprehension, creative writing, and a sink-or-float science experiment. Students engage in 'Island Adventure' tasks to earn their way back to shore.
A comprehensive STEM curriculum for grades 1-5 where students solve real-world problems in their community using engineering design and scientific principles. Each grade level features two 30-minute hands-on challenges aligned with TEKS 1.5-5.5.
A comprehensive Earth Science STEM unit for Grades 1-5, focusing on rock classification, porosity for resource storage, and the formation of sedimentary rocks and fossil fuels. Students act as Geology Agents to solve real-world engineering challenges while mastering Texas TEKS standards.
A 5-lesson unit for 6th-grade students exploring meiosis, chromosome reduction, and the resulting genetic diversity that makes every individual unique. Students move from understanding diploid/haploid cells to simulating the 'shuffle' of genetic traits and comparing the purposes of mitosis and meiosis.
This sequence explores the regulatory mechanisms of the cell cycle, focusing on how bodies control growth and what happens when that control is lost. Students use analogies of traffic lights and checkpoints to understand regulation, study the healing process of a wound, and are introduced to the concept of cancer as uncontrolled cell division.
A comprehensive 6th-grade biology sequence exploring why cells divide, the stages of the cell cycle, and the visual identification of mitosis in real biological samples through hands-on modeling and observation.
An advanced graduate-level sequence exploring the biochemical and regulatory mechanisms of eukaryotic DNA replication. Students analyze the kinetically complex replisome, high-fidelity mechanisms, telomere maintenance, and the cellular response to replication stress through primary literature analysis and experimental design.
A comprehensive undergraduate-level sequence on the enzymology and kinetics of DNA replication, exploring the molecular machinery, fidelity mechanisms, and clinical applications of replication inhibition.
A comprehensive 12th-grade biology sequence exploring the enzymatic machinery of DNA replication, from the Meselson-Stahl experiment to the end-replication problem of telomeres. Students analyze the biochemistry of the replication fork, the necessity of discontinuous synthesis on the lagging strand, and the high-fidelity repair mechanisms that prevent mutations.
This simulation-heavy sequence explores the precise mechanisms by which DNA copies itself prior to cell division. Students act as enzymes and nucleotides to simulate the unzipping and pairing processes, visualizing how one strand serves as a template for a new complementary strand.
A hands-on biology sequence for 8th graders exploring the mechanisms of DNA replication through simulations, enzyme role-play, and error analysis. Students investigate how cells maintain genetic fidelity across generations.
A laboratory-focused sequence exploring gametogenesis and chromosomal mapping using Sordaria fimicola. Students analyze the differences between male and female meiosis and use fungal models to calculate genetic map units through microscopic observation.
This sequence explores the statistical and biological sources of genetic variation that occur during meiosis: crossing over and independent assortment. Students utilize mathematical probability and gene mapping concepts to understand how meiosis generates diversity.
This 12th-grade biology sequence explores why sexual reproduction is a dominant evolutionary strategy despite its high energy costs. Students analyze the Red Queen Hypothesis, Muller's Ratchet, and reproductive switching to understand how genetic diversity drives species survival in changing environments.
A comprehensive 12th-grade biology unit exploring the mechanics and consequences of meiotic errors, focusing on nondisjunction, karyotype analysis, and the bioethics of genetic screening.
A comprehensive 12th-grade biology unit focused on the mechanics of meiosis, ploidy reduction, and chromosomal behavior, culminating in a comparison with mitosis and mastery-based phase identification.
This sequence explores the mechanisms of chromosomal nondisjunction during meiosis and the resulting clinical conditions. Students analyze autosomal and sex chromosome aneuploidies, structural rearrangements, and the diagnostic tools used in modern cytogenetics.
This sequence explores the statistical and genetic consequences of meiotic events, specifically focusing on how infinite variation is generated. Students move from the physical mechanism of crossing over to the mathematical probabilities of independent assortment, concluding with genetic mapping and population-level analysis.
A comprehensive unit on the fundamentals of forensic science and criminal investigation, culminating in a hands-on murder mystery simulation. Students learn about evidence collection, witness psychology, and deductive reasoning.
A comprehensive unit exploring inherited traits, talents, and character analysis through the lens of Kamal's story. Students will distinguish between genetic traits and learned talents, analyze character motivations, and document their own unique 'code'.
A sequence exploring the intersection of biology, psychology, and history regarding human conflict and cooperation.
This sequence guides 9th-grade students through the biological and environmental factors of prenatal development. Students explore the stages of pregnancy, investigate the impact of teratogens, simulate the effects of FASD, analyze the role of epigenetics, and learn about the birth process and neonatal assessment.
A comprehensive introduction to genetics for 7th graders, covering Mendelian inheritance, Punnett squares, non-Mendelian patterns, and practical simulation through a 'Dragon Breeding' project. Students move from observing their own traits to predicting complex genetic outcomes.
This project-based sequence for graduate students explores DNA as an engineering substrate. Topics include CRISPR-Cas9 genome editing, xenobiology with unnatural base pairs, structural DNA nanotechnology (origami), and molecular data storage, culminating in a rigorous analysis of bioethics and safety in synthetic genetics.
This graduate-level sequence explores the biochemical mechanisms of DNA damage and the cellular pathways dedicated to its repair. Students analyze the structural consequences of various lesions and evaluate the strategic choices cells make to maintain genomic integrity, connecting these molecular events to human disease and clinical diagnostics.
A comprehensive STEM sequence for grades 1-5 focusing on animal structures and functions, aligned with Texas TEKS. Each lesson features two hands-on engineering challenges, detailed teacher guides, and STAAR-aligned review questions.
A deep dive into how animals use non-verbal signals, specifically posturing and threatening behaviors, to communicate dominance, defend territory, and avoid physical conflict. Students explore the biological 'why' behind these displays and practice identifying them across various species.
