Smart Biology

@SmartBiology3D

3D Animated Biology Textbooks, so students can truly understand.

Toronto, Ontario
Vrijeme pridruživanja: travanj 2017.

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  1. Prikvačeni tweet
    29. ruj 2019.

    Everything we see is as manifestation of the level below. From organism, to organs, cells, macromolecules, molecules, atoms, to subatomic particles. This quick zoom in from our new Animated Textbook 'Life' allows students to appreciate this concept.

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  2. 3. velj

    From our First Year Animated Textbook 'Life | Unit 2 | Chloroplasts harvest sunlight.

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  3. 26. sij

    Instructors: From our First Year Animated Textbook 'Life | Unit 2 | Photosynthesis and Respiration': Protons (red dots) and electrons (yellow dots) take center stage as they dance through the ETC and ATP synthase to power the production of ATP.

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  4. 19. sij

    In our new First Year Animated Textbook Series 'Life | Unit 2 | The Flow of Energy' we take a closer look at the light reactions in the thylakoid membrane. Students can now "see" photosynthesis in action.

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  5. 15. sij

    We’ll be attending the SABER West 2020 Conference, January 18th – 19th at the University of California, Irvine. If you’re in the area or attending the event, stop by our booth and interact with some of our 3D Animated Textbooks.

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  6. 12. sij

    Learning about the Krebs cycle by seeing the enzymes involved just makes it so much more interesting for students. Not to mention a sense of scale from the cell zoom in!

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  7. 5. sij

    In 'Life | Unit 2 | Photosynthesis and Respiration' students can see how electrons (yellow lights) travel through the electron transport chain (ETC) mega complex (blue).

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  8. 15. pro 2019.

    Our new First Year Animated Textbook series 'Life' continues with "Unit 2 | The Flow of Energy | Photosynthesis and Cellular Respiration". Instructors: contact us now to start an in-class trial with your students.

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  9. 10. stu 2019.

    Instructors: What are animated textbooks? Everything in a traditional textbook +more: Text, figures, interactive 3D structures, exercises, quizzes, take notes in page, discussion boards, AND scientifically accurate 3D animations. Contact us to get started!

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  10. 3. stu 2019.

    This weekend we wanted to share with you a retweet of one of our classic clips, The KREBular System, in part because these enzymes star in Life | Unit 2...wait, did you say Unit 2? 😉

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  11. 30. lis 2019.

    Why is the mitochondrial ribosome (on the left) rRNA core so small? The mito-ribo has been slowly picked apart by the host cell through evolution leaving only the essential rRNA core (red) then built back up with host proteins (white).

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  12. 27. lis 2019.

    A simplified representation of a protein being threaded through both mitochondrial membranes by the TIM/TOM complex. This process is highly orchestrated and much remains unknown about the structure of TIM/TOM and about how this entire process works.

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  13. 23. lis 2019.

    If you ever find yourself stuck floating in the plasma membrane, you can always grab on to a lipid raft. They're easy to spot: look for groups of proteins floating together and phospholipids that poke their heads out above the water level.

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  14. 22. lis 2019.

    Have you ever wanted to see how creates his paintings? Have a look at his Twitter page to see the progression. Not only is this artwork beautiful, but scientifically accurate as well

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  15. 20. lis 2019.

    The nucleolus makes the machines that make the machines that do virtually everything. The cell tour in the Animated Textbook 'Life' thus goes from the nucleolus outward, structurally AND functionally, so students can appreciate the cell as a whole

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  16. 16. lis 2019.

    How are genes regulated? One simple way is by physically blocking RNA polymerase from transcribing the gene, as we see for the lac repressor protein shown here (orange, PDB:1EFA,1TLF) This short clip is from our upper year "Gene Regulation" chapter

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  17. 13. lis 2019.

    This weekend we go for a very quick flyover across an epithelial cell - notice the extensive cytoskeleton, especially the adherens junctions and desmosomes towards the end of the video (actin=red, intermediate filaments=blue, microtubules=green).

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  18. 12. lis 2019.
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  19. 12. lis 2019.

    The one and only David Goodsell is now on Twitter! His incredible paintings (below) have been an inspiration for us and so many others for many years, each of which is incredibly accurate based on all available research. Welcome David!

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  20. 10. lis 2019.

    How do biologists solve membrane protein structures? First, detergents distort and break the cell membrane into tiny pieces to partially isolate the protein, as shown in this short clip from one of our upper year chapters "The Plasma Membrane".

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  21. 6. lis 2019.

    Even the simplest proteins can act as complex molecular machines, such as PGK seen here, which adds a third phosphate group to ADP to produce ATP (energy for our cells). This clip from our new Animated Textbook 'Life | Unit 1 | From Atoms to Cells'

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