• 4006 views

    Lec 110 - Fly Paper: Mapping the Protein Interactions of Our Distant Relative

    Lec 110 - Fly Paper: Mapping the Protein Interactions of Our Distant Relative. Professor of Cell Biology Spyros Artavanis-Tsakonas and colleagues have built a map that shows how thousands of proteins in a fruit fly cell communicate with each other. This is the largest and most detailed protein interaction map of a multicellular organism, demonstrating how approximately one third of the proteins cooperate to keep life going. Understanding how proteins communicate and interact with each other is key to understanding disease.

    Video is embedded from external source so embedding is not available.

    Video is embedded from external source so download is not available.

    Lecture List | Course Details | Contents | Related

    No content is added to this lecture.

    Go to course:

    This video is a part of a lecture series from of Harvard University

    Lecture list for this course

    Lec 1 - Building Bubbles: Surprising insights into how molecules move in and out of cells

    Lec 2 - Our Microbes, Ourselves: Gut Bacteria's Key Role in Immunity Is Tuned to the Host Species

    Lec 3 - Time Lapse of Harvard's Largest Solar Project Being Installed at Harvard Athletics

    Lec 4 - Harvard Thinks Green 2012 Promotional Video

    Lec 5 - How to Tell a Star's Real Age - Harvard-Smithsonian Center for Astrophysics

    Lec 6 - Engineering for Life

    Lec 7 - Engineering for Society

    Lec 8 - Engineering the Harvard Way

    Lec 9 - CS50 Fair

    Lec 10 - Hack Harvard

    Lec 11 - Engineering a Solution

    Lec 12 - The Science of Cooking

    Lec 13 - Science and Cooking: A Dialogue | Lecture 1 (2010)

    Lec 14 - Integrating long-term experiments & measurements - Harvard Forest

    Lec 15 - Stream biogeochemistry - Harvard Forest - Science video

    Lec 16 - Fluxes between the forest & atmosphere - Harvard Forest

    Lec 17 - The water cycle and real-time data - Harvard Forest

    Lec 18 - Discussion of Emerging Directions - Harvard Forest

    Lec 19 - The past and future of future scenarios in LTER - Harvard Forest

    Lec 20 - Integrating boundary-spanning efforts into long-term ecological research - Harvard Forest

    Lec 21 - Landowner conservation awareness, and information exchange and decision making - Harvard Forest

    Lec 22 - Exploring the influence of land use policy on forest cover and land conservation - Harvard Forest

    Lec 23 - Boston ULTRA-Ex: Metabolism across urban-to-rural gradients - Harvard Forest

    Lec 24 - Human Health and Global Change - Harvard Forest

    Lec 25 - Vegetation response to episodic disturbance - Harvard Forest

    Lec 26 - Assessing the changing effects of moose and deer browsing on forest ecosystems - Harvard Forest

    Lec 27 - Foundation tree species loss - Harvard Forest

    Lec 28 - Microbial Ecology at Harvard Forest - Harvard Forest

    Lec 29 - Opening Remarks at the 22nd Annual Harvard Forest Ecology Symposium - Harvard Forest

    Lec 30 - The Forum at HSPH: Mammograms: Who in the World are they Good For?

    Lec 31 - From Biopolymer Translocation to Hemodynamics: New Challenges in Multiscale Computing

    Lec 32 - Medical Imaging Computing: From Data to Understanding

    Lec 33 - Mapping the Human Genome: Ten Years After

    Lec 34 - An Introduction to Computational Multiphysics II: Theoretical Background Part II

    Lec 35 - An Introduction to Computational Multiphysics II: Theoretical Background Part I

    Lec 36 - An Introduction to Computational Multiphysics II: Examples/Applications Part I

    Lec 37 - Brain Science & Society: Thinking about the Future

    Lec 38 - Creative Ceilings | Lecture 12 (2010)

    Lec 39 - Cultivating Flavor: A Recipe for the Recipe | Lecture 11 (2010)

    Lec 40 - Meat Glue Mania | Lecture 10 (2010)

    Lec 41 - At last, the edible science fair

    Lec 42 - Arnold Arboretum: Winter Tree Tour

    Lec 43 - An Introduction to Computational Multiphysics: Theoretical Background Part 2

    Lec 44 - An Introduction to Computational Multiphysics: Selected Applications Part 2

    Lec 45 - An Introduction to Computational Multiphysics: Selected Applications Part 1

    Lec 46 - Browning & Oxidations | Lecture 9 (2010)

    Lec 47 - Gelation | Lecture 8 (2010)

    Lec 48 - Emulsions: Concept of Stabilizing Oil & Water | Lecture 7 (2010)

    Lec 49 - Reinventing Food Texture & Flavor | Lecture 6 (2010)

    Lec 50 - Heat, Temperature and Chocolate | Lecture 5 (2010)

    Lec 51 - Olive Oil and Viscosity | Lecture 4 (2010)

    Lec 52 - An Introduction to Computational Multiphysics: Motivations for Triple-M Modeling

    Lec 53 - Science and Cooking: A Dialogue | Lecture 1 (2010)

    Lec 54 - Sous-vide Cooking: a State of Matter | Lecture 2 (2010)

    Lec 55 - Brain Candy: How Desserts Slow the Passage of Time | Lecture 3 (2010)

    Lec 56 - Statistical Signal Processing for Modern High-Dimensional Data Sets

    Lec 57 - Acute Infectious Diseases in Space and Time with Bryan Grenfell

    Lec 58 - Food Webs in River Networks with Mary Power

    Lec 59 - Sustainable Energy - Without the Hot Air with David MacKay

    Lec 60 - Energy Innovation at Scale with Steven Koonin

    Lec 61 - Books to Bench to Bedside Informatics for Autism Research

    Lec 62 - An Introduction to the Dataverse Network as an Infrastructure for Data Sharing

    Lec 63 - Astronomy as I See It

    Lec 64- CS50 / Week 0: Wednesday

    Lec 65 - CS50 / Week 2: Wednesday

    Lec 66 - Harvard Microrobotics Laboratory micro-aerial vehicle

    Lec 67 - CS50 / Week 12: Monday

    Lec 68 - CS50 / Week 11: Monday

    Lec 69 - CS50 / Week 10: Monday

    Lec 70 - CS50 / Week 9: Wednesday

    Lec 71 - CS50 / Week 9: Monday

    Lec 72 - CS50 / Week 8: Wednesday

    Lec 73 - CS50 / Week 8: Monday

    Lec 74 - CS50 / Week 7: Wednesday

    Lec 75 - CS50 / Week 7: Monday

    Lec 76 - CS50 / Week 5: Wednesday

    Lec 77 - CS50 / Week 5: Monday

    Lec 78 - CS50 / Week 4: Wednesday

    Lec 79 - CS50 / Week 4: Monday

    Lec 80 - CS50 / Week 3: Wednesday

    Lec 81 - CS50 / Week 3: Monday

    Lec 82 - CS50 / Week 2: Monday

    Lec 83 - CS50 / Week 1: Friday

    Lec 84 - CS50 / Week 1: Wednesday

    Lec 85 - CS50 / Week 0: Friday

    Lec 86 - Harvard Stem Cell Institute - Progress report

    Lec 87 - Stem Cells: Mending a broken heart?

    Lec 88 - Sweeping for Thompson Island hoppers

    Lec 89 - Judah M. Folkman, MD

    Lec 90 - E.O. Wilson, the

    Lec 91 - Shaq Attacks Sleep Apnea

    Lec 92 - Invaders in Action: Ovarian Cancer Cells Bully Their Way Through Tissue

    Lec 93 - Shaq Attacks Sleep Apnea

    Lec 94 - Prof. Lene Hau: Stopping light cold

    Lec 95 - Harvard's green commitment

    Lec 96 - Roughing it on Great Brewster Island

    Lec 97 - Tree huggers

    Lec 98 - Open Sources and Crowdsourced: The Promise and peril of Shared Genetic Information

    Lec 99 - Individual Rights to Genetic Information: Issues for Medicine and Government

    Lec 100 - Science and Technology Studies: Defining the Boundaries