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Bio-Logically Speaking

Rated 5 out of 5, based on 1 reviews
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Bronx, New York, United States
About the store
Hi! I’m a N.Y.S. dual certified Biology and Special Education educator with over 8 years of experience teaching diverse learners. I specialize in creating engaging, differentiated lessons that make science exciting and accessible for all students, including those with disabilities. My work spans Regents Living Environment, IB Biology, and AP Biology, blending rigor with creativity to spark curiosity and build confidence. On TpT, my resources are designed with the same care I bring to my classroom: visually appealing, student-friendly, and adaptable to different learning needs. Whether it’s interactive labs, scaffolded worksheets, or enrichment activities, my goal is to save you time while boosting engagement and achievement.
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All resources

Preview of Atypical Cells Stations Cards

Atypical Cells Stations Cards

Engage your biology students with these 4 Comprehensive Station Cards designed to explore cells that break the "typical" mold! This resource focuses on atypical eukaryotic cells, including multinucleated and anucleate examples, to help students understand that cell structure is always tied to specialized function.
Preview of Self-Guided Antibody+ Antigen Packet

Self-Guided Antibody+ Antigen Packet

Self Guided Packet on structure and mechanism of antibodies
Preview of Vaccine Efficacy and Heart Health

Vaccine Efficacy and Heart Health

The ultimate cross-curricular activity for connecting math and science! This engaging, multi-page worksheet uses real-world public health data on vaccines to give your students rigorous practice with key mathematical concepts and higher-order thinking. Students will step into the role of public health analysts to determine the effectiveness and safety of various vaccines, including MMR, HPV, and Influenza, by interpreting authentic data. Key Features & BenefitsCross-Curricular Learning: Perfect
Preview of Identifying IV, DV, Control Group Scenario Flash Cards

Identifying IV, DV, Control Group Scenario Flash Cards

Transform your variable identification lessons into engaging, high-level critical thinking practice! This set of 10 scenario-based flashcards challenges students to analyze realistic experiments, determine the independent variable, dependent variable, and control variables, and justify their reasoning. Each scenario is intentionally designed with extra details, potential distractions, and realistic contexts — from biology and environmental science to physics and everyday life — to push students
Preview of Carbohydrate Mini Case Studies (3)

Carbohydrate Mini Case Studies (3)

This set of three mini-case studies engages students in critical thinking about carbohydrate structure, function, and related health issues. These versatile assignments can be used for class, homework, or as part of a lab. What's Included:Case Study 1: Lactose Intolerance: Analyze lactose's structure and the lactase enzyme's role, explaining how a deficiency leads to specific symptoms.Case Study 2: Glycogen Storage Disease (GSD): Focus on the branched structure of glycogen and how a metabolic di
Preview of Properties of Water Lab

Properties of Water Lab

Engage your students with this hands-on, inquiry-based lab exploring surface tension, capillary action, and the molecular forces behind them. Students test distilled, tap, salt, and soapy water on coins, then compare capillary action in different materials — modifying variables and drawing real-world connections. Includes: Pre-lab questions & hypothesesTwo adaptable experimentsData tables & analysis promptsCritical thinking extensionsPerfect for Chemistry, Biology, AP/IB Science, and NGSS-alig
Preview of Water Solubility Lab

Water Solubility Lab

Water Solubility Lab – Polarity & Dissolving SubstancesHelp your students understand polarity, solubility, and intermolecular interactions with this hands-on, inquiry-based chemistry lab! Students will test a variety of substances to determine if they dissolve in water, oil, and alcohol, then connect their observations to molecular polarity. What’s Included:Pre-lab questions to activate prior knowledge on polarity and molecular structureClear background information for context and comprehension
Preview of Oreo Cookie Standard Deviation Lab

Oreo Cookie Standard Deviation Lab

This is an engaging and edible lab activity designed to teach students about statistical analysis using Oreo cookies. Students will calculate the mean and standard deviation to determine if Double Stuf Oreos truly contain double the amount of filling compared to regular Oreos. The activity includes: Hypothesis Formation: Students will formulate null and alternative hypotheses.Data Collection: Students will weigh the filling of both regular and Double Stuf Oreos.Statistical Analysis: A sample pro
Preview of Research & Mapping Activity Human Impact

Research & Mapping Activity Human Impact

This activity is a great way to help students understand the effects of climate change on animal and plant species. Students will work in teams to research an assigned species and investigate how its habitat is shifting due to climate change. The task involves analyzing migration patterns and the obstacles species face. The activity is broken down into several parts: Research: Students will use provided research links to gather information on a species' original and new habitats, the causes of m
Preview of Biome & Animal Adaptation Matching Activity

Biome & Animal Adaptation Matching Activity

This resource provides a hands-on learning experience for students to explore the fascinating world of biomes and the unique adaptations of the organisms that inhabit them. The activity includes a set of cards that describe various biomes and another set detailing the specific traits of different animals and plants. Activity Highlights:Biome Cards: Students will learn about four distinct biomes, each with unique characteristics such as climate, vegetation, and soil conditions.Adaptation Cards: A
Preview of Density Independent/Dependent Activity

Density Independent/Dependent Activity

Make population ecology fun and memorable with this interactive simulation! Students experience how density-dependent and density-independent factors impact population size through a series of chance events, data collection, and graphing. Includes:7 density-independent factor cards7 density-dependent factor cardsData table for population trackingGraphing and analysis promptsReal-world application questionsPerfect for Biology, Environmental Science, and Ecology units. Builds understanding of limi
Preview of Keeling Curve

Keeling Curve

Engage your students with real atmospheric CO₂ data from 1960–2023! In this hands-on activity, students plot the Keeling Curve, analyze trends, and connect data to human impact and climate change. Includes:Data table + blank graph templateStep-by-step graphing instructions8 critical thinking questionsIB Biology–style constructed response promptsPerfect for IB Biology, AP Environmental Science, Earth Science, and climate change units. Builds graphing, data interpretation, and problem-solving skil
Preview of Jen's Reproductive Case Study

Jen's Reproductive Case Study

Most medical case studies online unfortunately do not focus on female reproductive health issues. As a result, I decided to create this case study focusing on the many issues women face but are not spoken about. This lesson plan activity includes critical thinking and analysis of hormones and how they work in the body, analyzing blood work and comparing the blood work data with normal data at homeostasis, and comparing and contrasting tissue samples of the patient. The goal of the activity is to
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About the store

Experience

Hi! I’m a N.Y.S. dual certified Biology and Special Education educator with over 8 years of experience teaching diverse learners. I specialize in creating engaging, differentiated lessons that make science exciting and accessible for all students, including those with disabilities. My work spans Regents Living Environment, IB Biology, and AP Biology, blending rigor with creativity to spark curiosity and build confidence. On TpT, my resources are designed with the same care I bring to my classroom: visually appealing, student-friendly, and adaptable to different learning needs. Whether it’s interactive labs, scaffolded worksheets, or enrichment activities, my goal is to save you time while boosting engagement and achievement.

Teaching style

My teaching style is rooted in engagement, differentiation, and accessibility. I believe all students can succeed when instruction is meaningful, inclusive, and connected to their world. In my classroom, lessons are hands-on, inquiry-driven, and supported with multiple entry points so every learner; from advanced students to those needing additional scaffolding. The goal is to allow everyone that can, can participate and thrive. I integrate visuals, manipulatives, and real-world applications to bring abstract concepts to life, and I prioritize academic language development through structured writing, vocabulary practice, and discussion. Collaboration is at the heart of my approach- students learn not only from me but from each other through group projects, peer feedback, and interactive activities. Whether preparing students for IB exams, Regents assessments, or building foundational science skills, I aim to create a space where curiosity is encouraged, mistakes are seen as part of learning, and every student feels valued. TLDR: I create engaging, hands-on science lessons that make complex concepts clear and accessible for all learners. My resources are differentiated, visually rich, and student-friendly, with built-in supports for diverse learning needs. Every activity is designed to spark curiosity, encourage collaboration, and build both content knowledge and academic skills — so every student can feel confident and successful.

Awards & shining teacher moments

Innovator of the Month M.V.P of the Month

My own education history

I hold a: - Master’s in Special Education from New York University (GPA 4.0) and a - B.A. in Biochemistry & Economics from Hunter College, graduating Cum Laude. My academic foundation blends strong science expertise with proven strategies to support all learners, ensuring my resources are both rigorous and accessible.