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Three years in the making, ``The Human Body'' reveals the incredible story of life. In astonishing detail, this large format film presents a look at the biological processes that go on without our control and often without our notice. Throughout the film we follow a family from dawn to dusk as they go about their daily routines. But this is no ordinary story. This is the tale of what takes place beneath the skin -- a tale that allows us to see the accomplishments of our everyday lives. Director Peter Georgi Cast |
-Notes provided by NWave Pictures- Biographies PETER GEORGI: Director-Producer, BBC RICHARD DALE: Writer-Producer, BBC JANA BENNETT: Executive-in-Charge, Discovery Pictures Jana Bennett brings twenty years of experience in creating innovative programming to her dual roles as executive-in charge for the large-format film unit Discovery Pictures and vice president and general manager of The Learning Channel (TLC) North America. -more- During her tenure, TLC received its first-ever Academy Award nomination for On the Ropes, and has achieved record-setting ratings for such programs as the Emmy award-winning series Trauma: Life in the E.R. The U.S. native began her broadcasting career with the BBC in 1979 and was ultimately appointed Director (president) of BBC Programmes in May 1999. As head of the BBC's Science programs department, she oversaw the production of many award-winning mini-series including, Intimate Universe: The Human Body and Walking with Dinosaurs, both of which made their American premieres on Discovery's U.S. networks, TLC and Discovery Channel. She joined TLC in September 1999 and was recently awarded the prestigious Order of the British Empire (O.B.E) by Her Majesty Queen Elizabeth II for her contributions to science broadcasting and production. TIM GOODCHILD: Production Designer and Visual Effects Director Tim Goodchild has over 20 years of experience in production design, visual effects direction, and graphic design for broadcast television and large format movies. Goodchild's innovative approach to design and special effects has been recognized with numerous accolades, including a BAFTA in Graphic Design for Intimate Universe: The Human Body, a Gold World Medal at the New York Film Festivals, two Royal Television Society awards for Graphic Design and Visual Effects, and two BDA Gold Awards. Television credits include The Planets, Tomorrow's World, and The Human Face, as art director and concept designer for the BBC production, which aired in the U.S. on TLC in summer 2001. REED SMOOT, A.S.C.: Director of Photography Reed Smoot is one of the most sought-after large format cinematographers in the world. A life long passion with photography has seen him work in everything, from stills through documentary, commercials and feature films. Yet it is his work in large format film that he is most proud, having shot some of the most beautiful films in the medium's history. Shackleton's DAVID BARLOW: Director of Specialist Photography David Barlow has been on the cutting edge of medical, scientific and natural history filmmaking for nearly two decades. His background as a research scientist involved filming with microscopes and high-speed cameras, which led to working with the BBC on such series as Natural World, Horizon and Wildlife on One. He branched out into medical subjects with the UK Channel 4 series Living Body and served as producer/director on the award-winning documentary Chaos. In 1988, Barlow filmed special sequences for the large-format film To the Limit. He also served as specialist cameraman on Intimate Universe: The Human Body. Barlow's other credits include Cracking the Code, Avalanche, Extreme Machines and Blast Off: Stories from the Final Frontier. ANNE DUDLEY: Director of Musical Composition As a musician, composer, arranger and producer Anne Dudley has a very unique approach to music. Combined experience and training in both the classical and pop genres have enabled Dudley to explore different career paths and musical relationships. Dudley's collaboration with GREG ANDORFER: Executive Producer, Maryland Science Center As executive director of the largest provider of informal science education in the state of Maryland, Andorfer reaches hundreds of thousands of schoolchildren each year and takes traveling programs into neighboring states. Andorfer oversees museum operations and exhibits, the Planetarium, and the community and educational outreach, in addition to the IMAX Theater. His background includes fundraising, lobbying, documentary film production and program development. In addition to The Human Body, Andorfer's leadership of the MSC include production credit for the development and production of a seven-hour documentary on the RMS Titanic for the Discovery Channel, as well as numerous projects for public television, including Emmy-winning Planet Earth. ALISON RODEN: Executive Producer, Science Museum, London Roden started her career as the first Administrator of EUROMAX, the European association of IMAX theaters, advising on programming and marketing, negotiating on behalf of the membership with large format film distributors, and representing the group within the international IMAX industry. -more- In her current capacity, Roden has headed up efforts to develop and establish the Science Museum's IMAX presence and has been involved in the production of The Human Body, in addition to another large format project, Journey to the Centre of the Brain. Roden is also current president of EUROMAX, serves on the Publications Advisory Panel for THE BIG FRAME, and was Associate Editor of the publication for a two-year period. She is also a serving member of the GSTA Communications Committee. MARK KATZ: nWave Pictures Distribution nWave Pictures Distribution was established in August 1998 to handle the global distribution, sales and marketing of nWave Pictures original large format productions, as well as a growing library of third-party large format projects. With a combined staff of ten, nWave Pictures Distribution is headquartered in Greenwich, CT, with support offices in Los Angeles and DR. ROBERT WINSTON Dr. Robert Winston, Professor of Fertility Studies at London University's Imperial College School of Medicine, is Europe's foremost infertility expert. As Chairman of England's House of Lords Select Committee on Science and Technology, Lord Winston is a leading voice in the British Parliament on health, scientific and education issues. A pioneer in the field of reproductive medicine, Dr. Winston was part of the team that created the first human "test tube baby" in 1978. In addition to other medical landmarks, Dr. Winston developed new techniques of reproductive surgery, conducted the first successful experimental tubal and ovarian transplant, and performed the first human tubal transplant. In 1999, Dr. Winston presented the Peabody award-winning, "Intimate Universe: The Human Body," an eight-part TLC/BBC co-production that showcased the body's inner workings throughout the life span and is the basis for the large format film. He has presented a number of other BBC productions, and frequently appears on television for his medical expertise. Professor Winston has written Getting Pregnant and Infertility: A Sympathetic Approach, as well as about 300 articles for scientific journals and lay media. In addition to having served as Scientific Advisor to the World Health Organization, Professor Winston has been a Visiting Professor at Harvard University, and has lectured and taught at Johns Hopkins, Mt. Sinai, New York University, the University of California at Los Angeles, and the University of Texas at San Antonio. The Human Body Film Overview Three years in the making, The Human Body reveals the incredible story of life. In astonishing detail, this large format film presents a look at the biological processes that go on without our control and often without our notice. Throughout the film we follow a family from dawn to dusk as they go about their daily routines. But this is no ordinary story. This is the tale of what takes place beneath the skin a tale that allows us to see the extraordinary accomplishments of our everyday lives. The everyday biological processes that keep us ticking are all in a day's work for the human body. Finding a way to film and illustrate those activities for a screen seven stories tall required a cinematic inventiveness that was anything but routine. Co-produced by Discovery Pictures and the BBC, The Human Body incorporates groundbreaking computer graphics with stunning real-life images to create a day in the life of a human body. "This film is one of the most technically complex large format films ever made," states director-producer Peter Georgi. "To get the subject matter on the large screen, we've pushed the boundaries, taken advantage of the most advanced scanning electron microscopes, the latest thermal imaging and high-definition digital video cameras, the cutting edge in medical computer graphics whatever we thought could provide the best possible images." And provide images it does! The Human Body will provide a glimpse of: "The film explores the complexities of the human body by investigating, in great detail, the functions the body performs routinely every day," notes executive producer Jana Bennett. "We investigated and portrayed the human body in ways never seen before. This film brings images to the audience on a scale never before captured in the history of cinema." To make The Human Body come alive took not only the marriage of the latest developments in medical imaging with cutting-edge cinematic techniques and cameras, but also a good measure of ingenuity as well. As a result, The Human Body is an incredible technological achievement for Discovery Pictures and the BBC. The films opening sequence a close tracking shot over the body is just one instance where "ingenuity" played a major role. "You had to light the body with an enormous number of big film lamps to accomplish that [tracking shot over the body]," explains writer-producer Richard Dale. "The lights gave off tremendous heat and ultraviolet light, which could have been very damaging to the skin. The commercially available UV filters were not adequate to stop that much light, so our photographers developed little aquariums that could fit in front of the lamps. They had cold water, which is quite a good absorber of UV, constantly running through them." Ultimately, The Human Body shows us more than a biological wonder at its best; the film also shares the emotions of life. From the joy of learning and the anxiety of puberty, to the potential wonder of pregnancy and birth, The Human Body tells us the amazing story of our own lives our own bodies. "Large format has traditionally climbed mountains and gone to the bottom of the ocean, but we have turned the camera on ourselves and looked to our own bodies as a place for exploration," observes Dale. "Technology makes it possible to think about our lives differently and to suddenly realize how marvelous the human body is." Techniques Used to Show the Body at Work Scanning Electron Microscopy (SEM) uses electrons rather than light to magnify parts of the body, such as the tiny hairs in the ear, hundreds of thousands of times. Images are produced by placing a thinly-sliced, freeze-dried specimen coated with 24-karat gold within the microscope and bombarding it with electrons, producing moon-like landscapes of the body. Endoscopy relies on pencil-thin cameras that can be easily slipped into the body's orifices to peer further inside. Thermal Imaging is a form of heat-sensitive photography that reveals the different temperatures of areas of the body. The filmmakers used the highest definition thermal imaging camera currently available. Schlieren Photography is a way of capturing the movement of heated air. The technique images convection currents rising from the body and is used to show thermal plumes, respiration, olfaction or air flows around the body. The process uses a series of mirrors and lenses to bend a powerful light source that is passed over the surface of the body. The light rays are defracted or bent as they pass through differing air temperatures. Time-Lapse Photography allows you to speed up a slower process, such as the fusion of parental DNA. A series of single exposures is made on film at predetermined regular intervals and then projected at normal film speeds so the process appears to be taking place at a faster rate. Time-Slice Photography freezes a moment in time by utilizing dozens of cameras set at different angles to capture a single moment. When animated, the different angles create a three-dimensional time event, a Matrix-like effect. Motion-Control Photography uses a computerized camera to guarantee precise repetitive moves, which allowed the filmmakers to seamlessly show the changes in Heather's body. She was filmed with the camera at regular intervals walking in the same position on a treadmill. Magnetic Resonance Imaging (MRI) is an imaging technique used to produce high-quality images of the soft tissue in the human body, like the brain or the liver. It complements X-ray techniques, which are better for looking at dense materials like bone. Sonography/Ultrasound are procedures that use very-high-frequency sound waves to produce real-time imagery of the internal structure of the body. Heather's Journey Sitting in her living room, Heather Pike rubs her stomach, a gesture of reassurance for herself and the baby growing within. In a few short weeks, she will give birth to a healthy little boy, but for now she's still waiting to meet her baby. Unlike most mothers-to-be, Heather and her husband Buster will share the first few exciting moments of their baby's life with the crew filming The Human Body. -more- 2-2-2 -more- 3-3-3 |
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