Learning about transcription and translation can be difficult but this animation helps make the processes less confusing. The animation is interactive and it also covers the overall importance of proteins.

In this video tutorial, use a coordinate plane and discover how to translate an image. Check understanding with a quiz. [2:42]

In this video tutorial, explore whether a vertical or horizontal translation of a function is occurring. Assess learning with a quiz. [8:42]

Provides an explanation, examples, and a video lesson all related to the four common types of transformation. [1:00]

In this lesson students explore composite transformations. Students examine guided notes, review guided practice, watch instructional videos and attempt practice problems.

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In this lesson, students learn how to translate a figure. They examine guided notes, review examples, watch instructional videos, and try practice problems.

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This concept teaches students about translations and vectors and how to perform translation rules. Students examine guided notes, review guided practice, watch instructional videos and attempt practice problems.

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Recognizing translation transformations also called slides. Students can explore the concept of translations by studying notes, watching a video, looking at examples, reviewing vocabulary and trying some practice problems on their own.

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Translate, rotate, and reflect figures using coordinate notation and graphing in the coordinate plane.

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In this video tutorial [4:47], determine what translation is, and the difference between transformation and translation. Take quiz to check for understanding.

Do your students struggle to understand the “central dogma” of biology? Are you looking for innovative teaching techniques? This unit is an integrated art and science project to teach transcription and translation, which is also known as “central dogma”. This process explains how sequences of DNA are interpreted by organelles in the cell and are expressed as specific proteins. It is a core idea in understanding molecular genetics. Students will create a three-paneled work of art that models the process of transcription and translation. Explicit instructions make this unit accessible to science teachers. This unit features 4 lessons and 15 files. Lessons are aligned to NGSS.

This video introduces how HIV enters the host cell, how it co-opts the cellular machinery to reproduce, and how to fight HIV infection.

This video explains how HIV enters the host cell, how it co-opts the cellular machinery to reproduce, and how to fight HIV infection.

Learn how similarity transformation is one or more rigid transformations (reflection, rotation, translation) followed by a dilation.

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This pathway will help learners better understand the critical role that bacterial cells play as protein production factories in the process of gene cloning. The processes of binary fission, transcription and translation are all essential for this role and are explored in detail here. For those using this pathway as part of the Amgen Biotech Experience, this pathway is a good companion to ABE Lab 5.

An excellent source for this text, this site has a side-by-side translation into English accompanying the Latin. This site also includes hyperlinks to various subjects in the English to help understand the writing. An invaluable site!This page was created by Ann Raia of The College of New Rochelle.

The DNA sequence contains the instructions to place units called amino acids into a specific order. When these amino acid are assembled in that specific order, proteins are made. In short, DNA contains the instructions to create proteins. Each strand of DNA has many separate sequences that code for a specific protein. Insulin is an example of a protein made by your cells. Units of DNA that contain code for the creation of a protein are called genes. Learn more about protein synthesis and gene expression in this learning module produced by CK-12.

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In this lesson, students choreograph a dance figure by creating a dance graph with descriptions of rotation, reflection, and translation; perform it for their classmates; and translate a classmate's dance map into a performance. Media resources and teacher materials are included.

Investigate tessellations using this interactive Learn Alberta math resource. Students will explore transformations, namely line symmetry, rotation symmetry, and translation occurring within a tessellated pattern. Be sure to follow the link to the printable activities, solutions, learning strategies, and math renovation game that are included to reinforce target skills.