Genetic information transfers through nucleic acids, making these the chemical link that connects people to their parents and grandparents. Viewers determine the importance of both DNA and RNA after observing the presentation. Key...

How did the Ebola virus first infect humans? Young virologists examine genetic sequences from the 2014 Sierra Leone outbreak to find similarities during a riveting activity. Following similar methods used by MIT and Harvard, partners...

Five percent of the weight of a human cell comes from RNA, while only one percent comes from DNA. The video explains what RNA is and how it relates to DNA. It also describes the importance of understanding RNA and the two types of RNA:...

Engage learners with an intriguing presentation on DNA and its role in organisms. Individuals see its structure, what genes are, how the code works, and then explore DNA replication. For advanced classes, the presentation introduces...

An informative lesson has learners read about, discuss, and study the classification, structure and importance of the following biomolecules: carbohydrates, proteins, lipids, nucleic acids, and enzymes. 

AAG-CCT-GAA: Can somebody translate this for me? A video demonstrates how transcribing and translating DNA is similar to reading a cookbook to make a meal. Scholars walk through the steps of transcription, converting genes to mRNA. Video...

Explore how DNA, genes, and proteins are tied together to make life. Scholars learn about the central dogma, connecting DNA, which is inherited, to RNA and then to proteins, all which make the diversity of life today. 

Viewers explore the structures of RNA and DNA and then learn how DNA replicates itself. The narrator explains the central dogma, showing how DNA is eventually translated into proteins, before briefly discussing genetic engineering. 

Explore the history of DNA through Griffith, Avery, and Watson and Crick. The narrator of a science video briefly covers how DNA is organized in prokaryotic and eukaryotic organisms. 

I wish I was adenine because then I could get paired with U. Awwww. The video explains what DNA is made of and analyzes its structure. Video includes a short pop quiz about base pairs before explaining the differences between RNA and DNA...

Show learners how DNA transcription works with a video that details the step-by-step instructions required to copy genes, and how cells follow those instructions, via translation, to produce proteins and enzymes that help build further...

Help young biologists piece together an understanding of cell structure with a comprehensive review worksheet. Tasking students with describing the function of the organelles found in cells and their relationship with one another, this...

Support young biologists with synthesizing an understanding of living things with this PowerPoint presentation on proteins. As you move through these slides, your class will learn about the role proteins play in sustaining life and...

Introduce young biologists to the biochemical molecules that make life possible with a comprehensive slide show presentation. After first explaining the processes that join and separate monomers and polymers, this resource goes on to...

Explaining exactly how DNA works to provide genetic information is a complex topic, but it is presented in a clear and engaging way through a five-minute video. Have learners try to explain how DNA works before watching the video, then...

Welcome to the complex biological story that is our life. Great visual imagery zooms in on the dissection of a DNA double helix in our body. What happens with RNA? Where do amino acids come in? This resource explores our inner workings...

Has your class finished its unit on genetics? Use this resource to provide a quick, encompassing review. Mr. Anderson discusses DNA, RNA, nucleotides, mitosis, meiosis, diploids, haploids, gametes, gene expression, etc. Create a...

Explore genetics with Mr. Anderson! In this introduction, he discusses which topics he'll cover in subsequent sections. From DNA to RNA and cell cycle to mitosis and meiosis, Mr. Anderson provides a quick introduction to future videos.

Different cells have different shapes for their individual purposes. Look at the variety of cells and the structures inside as you examine these diagrams and microscopic images. Each part of a cell is explained according to its function.

The parts of HIV are pointed out while the steps of the virus to overtake a cell are listed. Highly scientific terms make this resource appropriate for an advanced placement or college level biology course.

Continue learning about microbes, focusing on DNA and research in part three. The abundance of genetic material is beyond our scope so far. Finish up with part four to find out just where research is taking us in these findings.

Definitely geared toward college level biology, this instructional activity is a survey of metabolism and biosynthesis. All questions require learners to write out short explanations, and a few include the analysis of graphs. The...

A biology exam for college level learners, this resource has four multi-part questions. For the first, takers analyze a schematic of protein synthesis in E. coli. For the second, they analyze mRNA sequences and mutations. For the third,...

The answer key for a nine-page assessment on organic molecule is contained in this resource. Probably the only way to use this resource in your chemistry class, would be to imitate the questions on your own worksheet to assign as a...