TTC Video - Mysteries of the Microscopic World TTC Video - Mysteries of the Microscopic World English | DVDRip | M4V | 640 x 480 | AVC ~1500 kbps | 29.970 fps AAC | 126 kbps | 44.1 KHz | 2 channels | 24 lectures of 30 minutes | 8.13 GB Genre: Video Training An invisible world of astonishing complexity is all around you. A world so small you can't see it with the naked eye. A world so crowded that its population staggers the mind. A world in which you participate every day—often without even knowing it. The inhabitants of this world are trillions of bacteria, viruses, fungi, and other organisms, collectively known as microbes. Hundreds of thousands could fit on the period at the end of this sentence. And many play a powerful role in your life, from the bacteria in your stomach that help you digest food to the pathogens that make you sick. Mysteries of the Microscopic World is your illustrated guided tour through a realm that is as teeming with exotic life as any rainforest—and that is just as exciting. Presented by award-winning Professor Bruce E. Fleury of Tulane University, these 24 half-hour lectures tell the story of how microbes evolved; how they function; how humans discovered them; how they harm and also help us; and how we compete, coexist, and coevolve. A Spellbinding Narrative Assuming no background in science, Mysteries of the Microscopic World teaches you all the biology you need to understand cells as the basic unit of life, DNA as the amazingly versatile genetic code, the immune system as an almost miraculous arsenal of defenses, and other features of the tiny domain where microbes thrive. Among the intriguing concepts you encounter are these: Coevolution: Civilization and microbes have grown up together—in beneficial associations such as bread- and winemaking, and less fortunate relationships such as the pandemics that have periodically changed the course of history. Extremophiles: On Earth, microbes flourish in environments of punishing heat, cold, acidity, and saltiness, where nothing else can survive. These "extremophiles" may be clues to what life is like on other planets. Cyanobacteria: Earth owes its oxygen-rich atmosphere to the evolution of photosynthetic cyanobacteria. These tiny organisms were so successful that they dominated the planet for nearly two billion years. Darwinian medicine: Outsmarting disease-causing organisms means understanding how they evolved to make us sick and how they adapted to defeat our treatments. In medicine, it pays to think like Darwin. Cytokine storm: When people in the prime of life are felled by an epidemic, it could be because the pathogen induces a "cytokine storm," an immune system overreaction—as happened to millions of young people in the deadly 1918 flu. Professor Fleury weaves these and many other stories into a spellbinding narrative that takes you from the germ theory of disease to germ warfare, from the challenges of being small to the advantages of infecting through a "vector" intermediary, from ancient prokaryotes to the latest probiotics. After watching these lectures, you will be able to follow with deeper understanding news reports about epidemics, vaccine research, antibiotic-resistant germs, bioterrorism, and many other topics about the microbial world. Evolutionary Arms Race In our ceaseless contact with microbes, the good news is that some age-old diseases are being defeated. Smallpox, a scourge as ancient as human history, was eradicated in the late 1970s, and similar campaigns are underway against polio, leprosy, and guinea-worm. But the bad news is that many microbes mutate astonishingly quickly, making them highly adaptable in the evolutionary arms race with each other and with us. The following battles, covered in detail in this course, are still inconclusive: HIV/AIDS: Only 50 years have passed since HIV first appeared in humans, which is not long enough for the body to evolve an effective defense—or for HIV to coevolve to a less virulent strain. The most worrisome scenario is for the virus to mutate into an airborne form. Multiple drug resistance: In 1952, penicillin could cure virtually any infection caused by Staphylococcus. No more. Today, the bane of hospitals is the multidrug-resistant Staph strain MRSA. Even more troubling is a resistant strain of Streptococcus dubbed flesh-eating bacteria. Killer flu: The deadliest epidemic of all time was the 1918 flu, killing an estimated 50 to 100 million people. Starting as a normal flu, it mutated into an unusually virulent form. Scientists have recovered samples of the virus from victims of the era so they can sound the alarm when a similar flu type appears. A Scientific Detective Story Just as interesting as the microbes are the scientists who discovered and charted this microscopic realm. It's easy to forget that the cause of plagues and even the existence of microorganisms were a complete mystery for thousands of years, until the work of science detectives such as Louis Pasteur and Robert Koch, who laid the foundations for bacteriology; or Alexander Fleming, who discovered penicillin; or the unheralded Ernest Duchesne, who recognized the antibiotic properties of penicillin more than 30 years before Fleming, but whose work went unnoticed. Among the other pioneers of the microscopic world that you learn about are these: Ignaz Semmelweis: Working in Vienna in the 1840s, Semmelweis linked his hospital's high mortality rate among women in childbirth with their treatment by staff members who did frequent autopsies. The solution, washing hands with disinfectant, was rejected by his offended colleagues. Alexandre Yersin: When the bubonic plague struck China in the 1890s, this Swiss bacteriologist rushed to the scene. Together with a Japanese researcher, Dr. Kitasato, he discovered the plague bacillus, identifying the pathogen that had menaced the world for centuries. Stanley Miller: Microbial and other life had to start with complex biomolecules. In the 1950s, graduate student Stanley Miller, working under Nobel laureate Harold Urey, performed a brilliant experiment showing that the chemical precursors of life formed naturally in conditions thought to exist on the early Earth. World of Wonder The winner of two Mortar Board Awards for outstanding teaching from Tulane University, Professor Fleury has a gift for making science accessible to non-scientists. In Mysteries of the Microscopic World, he tackles the ideal subject, one that is unusually rich in historical and cultural connections, human stories, intriguing technical details, and relevance to the daily lives of everyone. "This is one of the most fascinating areas in biology," he notes, "not just because of the value we get from knowing how and why we get sick, but because of the sheer beauty of what's going on at the microscopic level." After viewing this course, he says, "you'll never feel quite the same way about the world again, because wherever you go, whatever you do, you'll be more aware of all the creatures that are living around you, hidden by their small size." About Your Professor Dr. Bruce E. Fleury is Professor of the Practice in the Department of Ecology and Evolutionary Biology at Tulane University. He earned a B.A. from the University of Rochester in Psychology and General Science, and an M.A. in Library, Media, and Information Studies from the University of South Florida. His career as a college reference librarian led him to Tulane University, where he became head of the university library's Science and Engineering Division. He went on to earn an M.S. and a Ph.D. in Biology, both from Tulane. Dr. Fleury is the author of numerous articles and newspaper columns, both popular and professional, and a reference book on dinosaurs. He teaches between 600 and 700 students a year, and his courses include ornithology, introductory general biology and environmental biology, the history of life, and evolution in human health and disease. His teaching awards include two awards for outstanding teaching from the Tulane chapter of the Mortar Board National College Senior Honor Society and a Mortar Board "Last Lecture" Award, in which favorite professors are invited to give a lecture as if it were their last. Recently, Dr. Fleury served as an advisor for Warner Brothers' space epic Green Lantern, working on several classroom and laboratory scenes, and serving as a "consulting xenobiologist" on alien life. Includes: 01. The Invisible Realm 02. Stone Knives to Iron Plows 03. The Angel of Death 04. Germ Theory 05. The Evolutionary Arms Race 06. Microbial Strategies 07. Virulence 08. Death by Chocolate 09. Bambi's Revenge 10. The Germ of Laziness 11. The 1918 Flu—A Conspiracy of Silence 12. The 1918 Flu—The Philadelphia Story 13. The 1918 Flu—The Search for the Virus 14. Immunity—Self versus Non-Self 15. Adaptive Immunity to the Rescue 16. AIDS—The Quiet Killer 17. The Deadly Strategy of AIDS 18. Autoimmunity—Self versus Self 19. Allergies and Asthma 20. Microbes as Weapons 21. Pandora’s Box 22. Old World to New 23. Close Encounters of the Microbial Kind 24. Microbes as Friends MediaInfo: General Complete name : 01. The Invisible Realm.m4v Format : MPEG-4 Codec ID : M4V File size : 374 MiB Duration : 32mn 0s Overall bit rate : 1 633 Kbps Movie name : Lect.01 The Invisible Realm Album : Mysteries of the Microscopic World Track name/Position : 1 Track name/Total : 24 Performer : The Great Courses Screenplay by : The Great Courses Genre : Books & Spoken Encoded date : 2011 Tagged date : UTC 2011-08-09 14:35:19 Cover : Yes tvsh : Mysteries of the Microscopic World tvsn : 1551 soal : Mysteries of the Microscopic World soar : Prof. Bruce E. Fleury soaa : The Great Courses soco : The Great Courses sosn : Mysteries of the Microscopic World tven : Lect.01 The Invisible Realm tves : 1 sonm : Lect.01 The Invisible Realm Video #1 ID : 1 Format : AVC Format/Info : Advanced Video Codec Format profile : [email protected] Format settings, CABAC : No Format settings, ReFrames : 1 frame Codec ID : avc1 Codec ID/Info : Advanced Video Coding Duration : 32mn 0s Bit rate mode : Variable Bit rate : 1 500 Kbps Maximum bit rate : 3 792 Kbps Width : 640 pixels Height : 480 pixels Display aspect ratio : 4:3 Frame rate mode : Constant Frame rate : 29.970 fps Resolution : 24 bits Colorimetry : 4:2:0 Scan type : Progressive Bits/(Pixel*Frame) : 0.163 Stream size : 343 MiB (92%) Encoded date : UTC 2011-07-26 00:36:44 Tagged date : UTC 2011-07-26 00:36:44 Audio #2 ID : 2 Format : AAC Format/Info : Advanced Audio Codec Format version : Version 4 Format profile : LC Format settings, SBR : No Codec ID : 40 Duration : 32mn 0s Bit rate mode : Variable Bit rate : 126 Kbps Nominal bit rate : 128 Kbps Maximum bit rate : 137 Kbps Channel(s) : 2 channels Channel positions : L R Sampling rate : 44.1 KHz Resolution : 16 bits Stream size : 28.8 MiB (8%) Encoded date : UTC 2011-07-26 00:36:44 Tagged date : UTC 2011-08-09 14:35:19 DOWNLOAD http://extabit.com/file/7rol7icu8z78t/ .