Students simulate DNA fingerprinting and use evidence to narrow down a list of criminal suspects.

Examines how blood spatter plays a role in crime scene investigation.

Introduces students to ink chromatography and its application in solving forensics cases.

Understand the definition of nanotechnology as it applies in current usage.

Enjoy hands-on activities and learn the use of blood type in a forensic investigation.

Let students become CSI detectives to identify, preserve and evaluate trace evidences at a crime scene.

Experiments to perform agarose gel electrophoresis on four DNA samples to determine if DNA from suspects matches that of DNA found at a crime scene. Innovating Science DNA Fingerprinting Electrophoresis Lab Activity Educational Kit, help students to learn about restriction enzymes and importance of these enzymes in DNA fingerprinting process.

Examine various types of fabric and fiber evidence and observe the various types of characteristics that are exhibited.

Quick-and-easy test can be used right at the crime scene.

Identify and classify different types of fingerprints.

To learn the difference between forensic chemistry and forensic toxicology. Innovating Science Forensic Drug and Poison Analysis: Chemistry and Toxicology Educational Kit, helps students to perform presumptive chemical tests on drugs and poisons, identify unknown samples based on chemical test results and examine urine for evidence of heavy metal poisoning using chromatography.

Encourages students to learn and experiment with dusting and developing latent prints.

Can a deceased cat assist a murder investigation?

Learn how Luminol is used in crime scenes.

For crime scene investigation and criminal identification based on bloodstains.

To perform a series of experiments focusing on the physical properties of density, smell, color, melting point, boiling point and solubility. Innovating Science™ Physical and Chemical Properties of Matter Educational Kit focuses on developing a better understanding of what is matter and what the different properties are.

Determine if a surface has been exposed to a discharged firearm.

To perform two sets of experiments focusing on alkaline earth metals and halogens groups. Innovating Science Element Groups Educational Kit focus on reactivity of alkaline earth metals and measuring reactivity within halogen group.

Designed to introduce students to the concepts of fabric and fiber analysis. Innovating Science Forensic Analysis of Fabric and Fibers Educational Kit, cover the areas of cloth weave identification, microscopic fiber analysis, burn testing and chemical analysis.

Who stole the cookies from the cookie jar?

Monitor the cycle of photosynthesis and respiration of plants using O₂, CO₂ and light sensors over several days.

Demonstrate magnetic fields to your students in a very visual way.

Identify which “suspect” was at the scene of a crime using hair analysis.

Synthesize chemical substances (esters) normally found in nature, produce their own heating 'unit' and build 3-dimensional model of synthesized ester.

Pipeclay stems on iron wire.

Use density to identify recyclable plastics and explore physical properties and flammability of plastics. Use data to identify unknown plastics and build a continuous unit that makes up the large polymer.

Emphasize experimental design and observation. Develop scientific reasoning skills.

A thorough introduction to acid and bases, observe effects of acids and bases on indicator dyes, measure concentration of acids by titration of an 'unknown' and perform a neutralization experiment.

Three lab activities to help understand the differences between elements, compounds and mixtures. Innovating science Classification of Chemicals: Elements, Compounds and Mixtures Educational Kit, allows students to differentiate between three major classes to matter.

Students can observe and measure how muscles contract.