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Index Results
(29 Results)

FB1112 - $17.10
Put life into the genetic code. This lively bingo game will add some fun to the difficult concepts of transcription and translation. Students will get very involved in the gaming part of this activity and will start incorporating new words such as...
FB1223 - $102.85
You have described it as a “twisted ladder” or a “double helix”. These descriptions are very difficult for students to understand and visualize. Now your students can build their own DNA model and twist it themselves! After building the basic structure,...
FB1228 - $55.15
A fun kinesthetic way to teach DNA structure and restriction enzymes. Every student in your class becomes a coded nucleotide and together the entire class will form a giant DNA molecule. Students will personally experience the antiparallel and coding...
FB1562 - $35.45
Learn how to isolate DNA from human cells-yours! DNA can be isolated from many types of tissue. In this activity, students extract DNA from their own cheek cells. The procedure for securing student cheek cells is safe and requires only a rinsing of...
FB1639 - $26.90
History will record the Human Genome Project as one of the top accomplishments of the 20th century. All 3,000,000,000 base pairs in the approximately 20,000 to 25,000 genes have been sequenced. How did biologists determine the sequence of all those...
FB1757 - $21.60
Why will a restriction enzyme cut DNA at a 5'-TCGA-3' site, but not at a 5'-ACGA-3' site? In the first example, the base sequence on the complementary strand is 3'-AGCT-5'. The base sequence at a restriction enzyme site always “reads” the same-in the...
FB0449 - $92.20
Once your students have assembled their own model of DNA they'll have a much clearer picture of how it looks and works. The assembled models are flexible enough to twist into the double helix structure and can be “unzipped”-allowing the students to...
FB0450 - $105.95
Students will have the opportunity to construct and study the basic components of the DNA and RNA molecules. They will assemble an individual nucleotide after first building its three component parts: a five-carbon sugar (ribose or deoxyribose), a...
FB0482 - $22.50
All of the features of the Molecular Model of DNA and its Replication Kit (FB0449) and the Nucleic Acid Molecular Structure Kit (FB0450) scaled down for an individual student. Components are sufficient to complete an eight base-pair segment of DNA...
FB1239 - $30.85
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1240 - $10.20
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1241 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1242 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1243 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1244 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1245 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1246 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1247 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB1248 - $9.25
Students simply pop the beads together to construct models of DNA and to simulate its molecular activities.
FB0661 - $58.85
A fascinating discovery-oriented approach to learning about the structure and function of DNA. Students embark on a sequential problem-solving exploration using clues, hints, and the model pieces themselves. By manipulating the pieces and seeing which...
FB1165 - $10.95
Easy to germinate and easy to grow. These classic genetic seeds display a Mendelian 3:1 ratio. Germinate them in Petri dishes and compare the phenotypic results in the light versus the dark. Can the genetics be altered? Reversing the seed locations...
FB1429 - $184.05
Students count the corn kernels of various phenotypes on ears of genetic corn. Based upon their data and calculated predictions, students will be able to establish the genotype of the parent corn that produced their laboratory specimen. Two different...
FB1670 - $17.55
Let students gain hands-on knowledge of transcription and translation without having to use flimsy paper cutouts! Outstanding protein synthesis model contains 30 durable, 3-D pieces representing the components of a 12-base mRNA sequence as well as...
FB1718 - $276.55
Helping students learn about protein synthesis is easy! Large, colorful models of DNA, mRNA, ribosome, tRNA, and amino acids ensure that even students in the back of the classroom will clearly see the demonstration. Simply attach the durable plastic...
FB1921 - $40.00
Bring microscopic genetic techniques to life size by building a recombinant DNA plasmid! Simulate the roles of restriction enzymes and DNA ligase in the formation of recombinant DNA. Students will construct plasmid DNA using chenille wire and four...
FB1982 - $74.00
Nucleic acids were first extracted from cells in 1869—long before Watson and Crick were born. Explore some of the same techniques used by scientists to determine the chemical composition of nucleic acids back when the contents of cells were unknown....
FB2065 - $73.75
Learn how to isolate DNA from human cells-yours! DNA can be isolated from many types of tissue. In this activity, students extract DNA from their own cheek cells. The procedure for securing student cheek cells is safe and requires only a rinsing of...
FB2043 - $99.20
Big Idea 3, Investigation 9, Science Practices 3, 6  In this experiment, restriction enzymes are introduced as a tool to digest DNA at specific nucleotide sequences. Bacteriophage lambda DNA has a linear structure and multiple recognition sites....
FB2144 - $42.75
Protein synthesis is essential for all living organisms. Make this process easy and fun to learn with this descriptive and highly visual activity. Students assemble models to understand the roles of mRNA, tRNA, codons, anticodons, amino acids and ribosomes...
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