GENETICS EXPERIMENTS

This long-life experimental kit allows your students to determine blood groups with Rhesus factor without any risk of infection. They can examine the artificial “blood” of 4 fictitious persons and determine their blood group and Rhesus factor ... more

Refill kit for 1022412/W56621. Kit Includes: 4 Simulated Blood Samples Donor #1 Donor #2 Donor #3 Donor #4 1 bottle Simulated anti-A serum 1 bottle Simulated anti-B serum 1 bottle Simulated anti-Rh serum ... more

Refill kit for 1022414/W56622. Kit Includes: 4 Simulated Blood Samples Mother Child Sample X Sample Y 1 bottle Simulated anti-A serum 1 bottle Simulated anti-B serum 1 pkg toothpicks more

Determine AB0/Rh blood type of real human blood in under five minutes. A small amount of blood is applied to a series of wells containing lyophilized blood typing antibodies, followed by the addition of a wash buffer that flows across each ... more

In this lab students will learn the history of the discovery of DNA and DNA structure. Understand the nature of genetic inheritance and the role of DNA and proteins in genetic expression while using biological detergents, enzymes, and ethanol ... more

This activity provides the most procedurally accurate simulation of the blood typing technique available. Students test and determine the ABO/Rh blood types of four different simulated blood samples. Using Innovating Sciences' new simulated ... more

Blood type, an inherited characteristic, has use in everything from forensic investigations to medical procedures. In this activity, students will learn about the genetics that determine blood type and the possible inheritance patterns and ... more

Prepare your own squashed stained slide and be able to identify the phases of plant mitosis and chromosomal development. With the DNA/Chromosome Staining Kit, students will be able to prepare, stain and mount slides using specifically prepared ... more

The earliest historical attempts at blood transfusions often had lethal results. These results led to the investigation and discovery of blood types, as well as a deeper understanding of the importance of antigen/antibody interactions. In ... more

In this activity, students can simulate Mendel's work and determine patterns of inheritance. Using special chips and Innovating Science's exclusive "double dice," students will be able to simulate both monohybrid and diybrid crosses ... more