Coats you can be Passionate About
Transcription
Coats you can be Passionate About
FREE 2015 DECEMBER vol. 26 Clean Energy from Heat Under our Feet QUALITY REVIEW The Power of Magnets Delivers Scale Speed Equivalent to 500 km/h Now Enjoy Your Own Linear Motor Car at Home [Feature] Keeping Warm with Quality Japanese Clothing Coats you can be Passionate About ● Drawing on a Century of Knowledge and Experience to Develop New Materials ● Creating Premium-Quality Coat Fabric that Combines Texture and Color Fastness ● An Exemplary Sewing Factory Creates Unrivalled Coats to Order Leading Doctors Discuss Modern Longevity (Part 4) The Art of Mastering Heart Operations for Longer Lasting Healthy Hearts Doctor Hiroshi Niinami (Cardiovascular surgeon) 7 Japanese-Made Coats You’ll Want this Winter jqrmag.com/en/ ds Ears mon wor d n a m s gh co r Eye Othe ight throu ins tural l u c r e ~ Int Other Eyes and Ears ~ Intercultural insight through common words 耳 異 異目 Curveball’s Deadly Sin >>> vol.26 (published on December 10, 2015) C OV E R Photography/Nozomu Kohno C O N T E N T S Vol.9 02 04 Other Eyes and Ears Vol.9 Curveball’s Deadly Sin [Feature] Keeping Warm with Quality Japanese Clothing Coats you can be Passionate About ● Drawing on a Century of Knowledge and Experience to Develop New Materials Otsu Keori Co. Ltd., Izumiotsu City, Osaka Prefecture ● Creating Premium-Quality Coat Fabric that Combines Texture and Color Fastness Daiwa Intertech Co. Ltd. Hiki-gun, Saitama Prefecture ● An Exemplary Sewing Factory Creates Unrivalled Coats to Order Sanyo Sewing Co. Ltd., Shichinohe-cho, Kamikita-gun, Aomori 7 Japanese-Made Coats You’ll Want this Winter ● 100nen coat/Double-breasted trench ● Takeo Kikuchi/Color pane glen check coat ● D’URBAN/Brushed melton wool Balmacaan coat ● INÉD/Duffle coat ● Jiyu-ku/Yonetomi tweed knit coat ● NATURAL BEAUTY/Shearling wool “reversible” (invisible seam) coat ● Rain Wool/Chesterfield coat Secretary Powell explaining chemical weapons to the United Nations Security Council. A curve; a bent line. In baseball, you have the curve ball, a change-up pitch. Not many people know that this perfectly ordinary word was in fact the primary culprit not only in the rise of ISIS, but in triggering the U.S. military’s March 2003 invasion of Iraq, which lead to the present chaos in the Middle East. “Curveball,” in short, was the code name of an Iraqi defector, liar and con man, though “screwball” more clearly conveys the disquieting nuance behind the name. Following the September 11, 2001 terrorist attacks on the World Trade Center in New York, the Bush administration asserted that Iraq, under then-president Saddam Hussein, was behind the destruction. That led to the administration declaring that the Iraqi government was in possession of weapons of mass destruction, and in March 2003, the U.S. allied with the British, under the Blair administration, to launch its invasion of Iraq in an attempt to find those weapons. Prior to that, on February 5 of the same year, then-Secretary of State Colin Powell, the man in practical charge of the Iraq invasion and the former U.S.’ s top uniformed official, spoke for a full hour at the United Nations in an appeal for the legitimacy of the invasion. The almost farcical, trumped-up claims by Curveball of the existence of chemical weapons were provided as justification. In his autobiography, “It Worked for Me: In Life and Leadership,” (Harper; available in Japanese from Asuka Publishing) Secretary Powell confessed that he looked back on this mistake as a date that “is as burned into my memory as my own birthday.” This was not unlike Secretary McNamara’s confession in his own autobiography that the U.S. invasion of Vietnam (1965-1973) had been also been a mistake. Subsequently, both the Bush and Blair administrations publicly acknowledged that the Iraqi invasion had been a misstep. Meanwhile, back in Japan. In December 2003, the Japanese government under then-Prime Minister Junichiro Koizumi began the dispatch of self-defense forces to Iraq, a process that progressed gradually through July of 2009. The secretary-general of the Liberal Democratic Party at the time was none other than Shinzo Abe, Japan’s current prime minister. Abe, in other words, was in position to have close knowledge of the folly represented by the U.S. military’s invasion of Iraq. And what do you know—on July 1, 2014, as head of the Cabinet, he decided that Japan would exercise its right of collective self-defense under his government’s interpretation of the Constitution. Under the three new conditions for exercising this right, Abe stated in an April 29, 2014 speech before the United States Congress that Japan would respond proactively to armed attacks not only on Japan, but on countries with a close relationship with Japan—in other words, the U.S. In the wee hours of September 19, he made good on that commitment with the passing of security legislation based on falsified minutes of a special committee of the Diet’s upper house. 24 26 30 Editor-in-Chief Jun Shinozuka Editors Jun Nakaki Mariko Hatada Clean Energy from Heat Under our Feet Designer Wakako Kawasaki Web Motoki Nakae Translation Manabiya Inc. JQR editorial department 2-1-14 Sarugakucho, Chiyoda-ku Tokyo 101-0064 03-3518-2270 Leading Doctors Discuss Modern Longevity (Part 4) The Art of Mastering Heart Operations for Longer Lasting Healthy Hearts JQR advertising department 2-1-14 Sarugakucho, Chiyoda-ku Tokyo 101-0064 03-3518-4488 Doctor Hiroshi Niinami (Cardiovascular surgeon) Japanese Guides Vol. 4 The First Lucky Bag Especially for Foreign Visitors! The “Full Immersion Sumo Experience” Lucky Bag L International business consultant. Global Human Development Japan, Senior Advisor. HAMAJI Michio QUALITY REVIEW The Power of Magnets Delivers Scale Speed Equivalent to 500 km/h Now Enjoy Your Own Linear Motor Car at Home After Keio University (Economics) in 1965, studied at the International Studies Institute before taking up a post in the Middle East affairs at a major Trading House. At the age of 45, moved to the information business in New York, to promote Japanese-US communications. In 2002, chose the path of self-employment. Set up the Saudi Arabian pavilion at the Aichi Expo. Had worked on music videos of renowned L. Bernstein. Had advised Japan branch of US Cognizant and UK Pearson. Executive Coordinator of the Japan operation of French AtoS. 2 ucky bags are a regular feature of the New Year, with stores vying to offer a variety of enticing merchandise. This year, which saw such an increase in overseas visitors to Japan, also marks the first appearance of lucky bags designed especially for nonJapanese shoppers. At Tobu Department Store’s flagship Ikebukuro location, they will be offering two “Full Immersion Sumo Experience” lucky bags (at 50,000 yen each, to be used by two people). The offer includes tickets for masuseki (tatami box seats) at the Kokugikan sumo arena in Ryogoku for the Grand Tournament to be held in May 2016, along with interpreting service in English or Chinese. For the lower division bouts, a former top division wrestler will provide commentary and answer questions. This is sure to help the lucky purchasers enjoy the full depth of the sumo experience, even without any knowledge of the sport. The lucky bag includes other exciting additions, including a visit to the Dewanoumi sumo “stable,” where the ticket holders can watch a practice session, share a pot of traditional chanko stew with the wrestlers, and even take a souvenir photo. Interested visitors can apply for a lottery to purchase one of these two lucky bags by filling out and submitting the application form available at the second basement level of the store. Entries will be accepted from December 26 through five p.m. on January 2. Who will these lucky bags go to? 2015 vol.26 3 [Feature] Keeping Warm with Quality Japanese Clothing Coats you can be Passionate About Do you have one special coat that you depend on absolutely? Would you like an exceptional coat to keep warm in, one that protects you from the wind and rain and never fades over the years? This winter you can find coats on the market that were entirely made by Japanese companies. Elegant, warm and well-made, every aspect of these garments is completed to perfection. These coats, the embodiment of the best of Japanese manufacturing, are obviously well worth buying. Planning/ JQR Editorial Staff Photos/ Shingo Shiokawa, Satoru Naito, Shunichi Atami, Nozomu Kohno Fine, warm Rain Wool, a new water repellent product. 4 2015 vol.26 2015 vol.26 5 Japanese products exported to America after the Second World War were once a byword for inferiority. Well-known writers often made reference, in essays on Christmas, to excitement turning to disappointment in their childhoods when they discovered that their presents were “made in Japan.” The Japanese manufacturing industry, however, persevered with raising its standard of skills and technology, until finally the label “made in Japan” was trusted around the world. The 1980s saw the heyday of the so-called ‘bubble era’, but once the peak was past, the economy began to falter and decline like a kite with its string cut. One after another the major manufacturers shifted their production lines overseas, while many domestic workshops in the apparel industry closed their doors. Twenty lost years went by, and then became twenty-five: will the industry continue to languish? But among the lingering sense of stagnation, there are many stories of domestic manufacturers who are advancing their own unique technological development in order to send high-quality products out into the world. Pursuing these stories, we visited manufacturers involved with the production of coats: professionals who will go to any length in their persistent pursuit of quality. The coats they produce are finished to an astonishingly high degree of perfection, and undoubtedly warm the hearts as well as the bodies of their wearers. 6 2015 vol.26 2015 vol.26 7 1 Companies Creating the Perfect Coat Part 1 Uncovering the Latent Strengths of Japan’J Textile Industry! Drawing on a Century of Knowledge and Experience to Develop New Materials Otsu Keori Co. Ltd. (J ∞ QUALITY Accredited), Izumiotsu City, Osaka Prefecture Otsu Keori is a textile manufacturing company that does everything itself; from buying raw materials overseas, spinning thread, weaving, knitting, dyeing and surface finishing. Since changing direction toward the development of new materials, their aim is to make the kind of fabrics that will excite consumers. Text/ JQR Editorial Staff Photos/ Shingo Shiokawa W 8 Head of the Textile Division Takashi Miyamoto (right) with Junichiro Hamano. ool is the perfect raw material company had the experience and machinery in various configurations. for making an outstanding fabric. equipment to integrate the whole The same gig mills may be configured For this very reason Takashi Miyamoto, process, from spinning the thread and for different roles, turning out a variety Textile Division Chief at Otsu Keori, weaving the fabric to finishing it off. So of fabrics of different textures after once believed it was best not to we immediately procured the raw going through more than twenty interfere with it. But about fifteen years material from Australia and sent it to processes. It is difficult to buy these ago, when everything seemed to be our spinning mill in Shanghai.” machines new, and the level of going smoothly, the company suddenly The Shanghai mill is 16,530 square experience with the tens of thousands began to fall into the red. One by one meters in size, with five forty-meter of different combinations of processes other companies in the same industry long carding and ten spinning mules. also makes a powerful difference. Once were forced into closing their doors. Each spinner has a dozen or so rollers this technology and skill is lost it Driven by necessity to become more with card clothing wound on, and the cannot be regained. competitive, Otsu Keori began looking raw wool is untangled while being sent Products made from Tasmanian raw into whether or not there was from one roller to the next. By repeating wool are labeled ‘Dream Wool’. In something more they could do with this process, the thread gradually addition to being light and warm, “They wool. becomes intertwined and forms into were achieved by means of the “We hit on the idea of light wool. Since shape. Raw wool passes through three company’s unique weaving and thin and light is the norm, we set out to spinners, becoming a fine but dense processing technology,” said Hamano. make thick and light, and when we cotton-like raw material, which is cut While this material is 100% wool it presented this plan, Tatsuo Shimomura and spun into yarn. Good yarn cannot also has a 14.8% vertical and 5.3% of the Yarn Division, and also Head of be produced without data on making horizontal stretch capability, making it the Board of Directors, suggested using needles for the carding cloth, its truly seem as if a dream wool fabric the first cut taken from Tasmanian embedding density, and roller spacing. has been produced. Along with the Merino lambs less than a year old. At Finished yarn is sent to a textile center Dream Wool label, the Air Fab line is 14.5 microns, this wool rivals cashmere in Ichinomiya City, Ehime Prefecture drawing much attention for being 30 to for fineness, and compares favorably where it is woven into cloth and then 40% lighter than yarn of the same for texture. Even better, it is cheaper sent to the company headquarters in thickness. “We will continue to develop than cashmere. On the other hand, it is Izumiotsu City, Osaka Prefecture, fabrics that give the wearer a sense of short with curly tips, and hence difficult where it is dyed and processed into excitement,” said Miyamoto. It will be to make into yarn and not easy to finished material. The plant at interesting to see what fabrics will weave into a thick fabric. However, our headquarters is crammed with gigantic make an appearance in the future 2015 vol.26 4 2 3 1. Jet dyeing machinery in the gigantic plant. “The machinery is all custom built, and you couldn’t get it all for ten billion yen these days,” says Miyamoto. The plant is controlled by computer, and has surprisingly few workers. 2. Tasmanian Merino wool. On the left is a lamb’s first-cut. It looks difficult to handle and the dirt makes it stand out compared to wool from an adult, which has been shorn many times. 3. Wind pressure is applied as the fabric is stretched and tested. 4. A napping machine gives the fabric texture. New Aqua Drop Finishing technology Nano-level droplets of water repellent bound to the fabric achieve a level of water repellency not possible with surface applications. This is an effective water repellent for wools, which are difficult to remove water stains from. Otsu Keori Corporation Asahi-cho 17-24, Izumiotsu City, Osaka Prefecture 2015 vol.26 9 1 Companies Creating the Perfect Coat Part 2 2 Precision weaving with threne dyeing Creating Premium-Quality Coat Fabric that Combines Texture and Color Fastness Daiwa Intertech Co. Ltd. (J ∞ QUALITY accredited) Hiki-gun, Saitama Prefecture 3 Threne dyeing is known for producing superior texture quality and color fastness. However, this method requires a high level of skill, and in recent years such dyestuffs have become hard to find. So why has this company persisted in using threne-dyed fabric? President Tamio Nohara of Daiwa Intertech, a dyeing and weaving company that was established in the late nineteenth century. Text/ JQR Editorial staff Photos/ Satoru Naito O 10 ne method for dyeing fabrics is dyestuff preparation must be subtly requires a high-density fabric of 170 threne dyeing. adjusted after measuring the warp threads and 100 weft threads per “With threne dyestuff, fabrics don’t fade temperature and humidity. If any one of inch. as easily, even with sun exposure, and these measures is not performed, “To weave 50 meters of fabric with the colors stay fast in the wash. They’ dyeing irregularities will appear in the 10,000 warp threads takes ten to re resistant to getting dirty from exhaust thread. twelve hours, and there has to be less gases and so on, and the colors don’t Because of the amount of work than five flaws from cut threads.” fade or run easily. They’re well suited involved, over the last thirty years many It sounds like an extremely difficult task for coat fabrics, which need to be dyeing factories have shifted to using to work for ten hours without cutting tough while also having a high-quality simpler reactive dyes. However the any threads while weaving at high feel.” president of Daiwa Intertech, Tamio speed. In recent times a stream of According to Hiroshiro Suzuki of Daiwa Nohara, believes that the beauty of manufacturers have been retiring from Intertech, these are the advantages of threne dyeing lies in the interweave of the industry because they are unable threne dyeing, but he adds the caveat the vertical and horizontal colors, and to overcome this difficulty. Dye that it is also a difficult technique. opened out a coat to prove his point. irregularities and cut threads cannot be To begin with, long coats have a very “This fabric consists of a brown vertical tolerated because they spoil the fabric wide surface area, which means that and yellow horizontal thread, i.e., it’s with unwanted flaws and streaks. any flaws, such as joins in the thread woven from two differently colored Daiwa Intertech is able to carry out this or dye irregularities, are highly threads. So the color of the fabric process because of its know-how and noticeable. The thread used for changes in appearance depending on experience in weaving heavyweight weaving the fabric should therefore be how the light falls on it, or the angle of fabric, which it began accumulating long and evenly dyed. the cloth, and you get an iridescent before the Second World War. A number of steps are essential for effect like this. It vastly improves the “Even under difficult conditions, we threne dyeing long thread. First, the sense of quality and the color depth.” aspire to make a unique fabric that thread, which is the raw material, must When you see people wearing the embodies the requirements and be rewound onto a separate bobbin same color coat or jacket in the same sensibilities of designers and planning with an appropriate amount of tension. style, the differences in their quality coordinators,” says President Nohara. The water used for dissolving the dye and appearance become obvious. This In this way high-quality coat in must have a consistent quality, with difference can be explained by the manufacturing is sustained by any metallic ions and alkalis removed. potential of the material. determination and skills acquired over Pump voltage must be controlled to At Daiwa Intertech the dyed yarn is time. regulate the speed of the water made up into fabric at the companyn currents in the dye tank. Finally, the iweaving mill. A high-quality coat 2015 vol.26 4 5 7 6 1. Freshly dyed thread dried with hot air. 2. Thread is rewound for easy dyeing. 3. Beautifully threne-dyed thread and fabric samples. 4. Hiroshiro Suzuki has forty years of experience with threne dyeing. 5. The warping machine turning at high speed. 6. Every single thread is inspected individually. 7. Thread being fed into the warping machine from racks in the foreground. Daiwa Intertech Co. Ltd. Nishidaira 975, Tokigawa-cho, Hiki-gun, Saitama Prefecture 2015 vol.26 11 1 Companies Creating the Perfect Coat Part 3 3 Taking Pride in Doing No More or Less Than What is Required An Exemplary Sewing Factory Creates Unrivalled Coats to Order 4 Sanyo Sewing Co. Ltd., Shichinohe-cho, Kamikita-gun, Aomori (J ∞ QUALITY accredited) To sew a meter of thick fabric straight with all the machine stitching perfectly lined up is difficult. Repeating the same feat on hundreds of pieces, all exactly the same, is even more so. However, there is one sewing factory whose skilled workers, with an average of twenty years of experience, consistently ship out top quality coats into the world. 2 President and Chief Director Toru Yokoi talks about the challenge of passing on skills. Text/ JQR Editorial Staff Photos/ Shunichi Atami L 12 ook at a trench coat square on belong to another body. Piles of freshly the material. The pattern is made after and you will see its quality. A stitched coats are heaped at the sides distinguishing and getting a feel for wrinkled coats is not acceptable. To of the machines. When sewing the changes in the fabric. An apparel sew thick fabric without creating curve of the collar the stitch line gets maker will send image designs for wrinkles requires a high level of skill, looser, and the operators use their about sixty to seventy parts for a trench explains Hidekazu Wada, the factory fingers to sense and regulate the stitch. coat. These are turned into a manager at Sanyo Sewing Co. Ltd. On another machine was a pile of flap specifications sheet with 140 to 190 “When you sew with a machine there pockets, none out of shape in the parts for the purposes of actually is always puckering. So you have to slightest, with all of the corner stitching producing the coat. The specifications pull the fabric as you sew, and be on perfectly aligned. sheet records the sewing method and the lookout for what’s ahead so as to Coats are the main product of Sanyo other details. A test piece is made up be ready. Likewise, the machine thread Sewing. The skill of its employees is on the sample line accordingly, with feeds according to how strongly it is renowned as being among the best in problematic areas identified and pulled. Thread tends to go back when Japan, which is something of a miracle addressed one by one before being the you finish stitching, so you have to take according to President Toru Yokoi. The design is sent to the line for mass that into account when advancing the number of sewing factories in Japan is production. machine.” less than 10% of the number in Mr. Wada turned the finished collar of It would seem that this would require operation thirty years ago. “The factory the trench coat inside out. the operator to instantly sense the was able to learn the skills it needed to “We call this style of finishing off ‘hold elasticity of the fabric and thread, and distinguish itself because we back’,” he says, “because it comes out adjust for error while sewing. specialized in coats.” 0.5 mm at the front and is held back “I can’t express this in words very well, “The same piece of thread can on the reverse. It’s included in the but the operator does have that level of sometimes change in quality very pattern design. The lapel edging is the skill.” In the factory operators pull the slightly. To be able to instantly sense same.” fabric in front of them with their right that something is amiss is the quality All this work results in a coat with a hand while adjusting the machine needed for factories to become clean, finished look. However, even an stitching with their left. They never outstanding and distinguish amateur can see that it is no easy task falter. Their gaze is fixed on the line themselves.” to sew something like this. An amazing traced by the needle going up and When a sewing order is received, the coat is indeed the product of the right down, while their hands move as if they first thing to do is test the properties of combination of skill and passion. 2015 vol.26 5 1. Factory Manager Hidekazu Wada explains the ‘hold back’ theory. 2. Operators sew while calculating the pull and pucker of the fabric and thread. 3. Sewing method instructions and fine details are recorded on the specifications sheet. 4. Rigorous inspections at intervals along the line. These are conducted four times during all the processes. 5. No matter how many hundreds of parts are sewn, the stitching angle is always exactly the same. 6. Newly-sewn coats are carefully pressed. Accessories are then added before the final inspection. 6 Sanyo Sewing Co. Ltd. Arakumanai 67-18, Shichinohe-cho, Kamikita-gun, Aomori TEL:0176-62-2011 13 14 2015 vol.26 2015 vol.26 15 7 Japanese-Made Coats You’ll Want this Winter New J ∞ QUALITY Certification System Launched Fighting Back with 100% Japanese-Made Clothing Introducing seven different coats made entirely in Japan, from fabric weaving, dyeing and treatment to sewing. Each one carries the J ∞ QUALITY certification tag. Photos: Nozomu Kohno In the 1980s, half of the clothing sold in Japan was also made in Japan. Today that figure has plummeted to a mere 3.2 percent. The last 20 years have been lost decades for the Japanese apparel industry. Now, in an effort to regain market share, a new system of certification dubbed J ∞ QUALITY has been launched. We talked to Takahito Miyahara of J ∞ QUALITY operations about what it hopes to achieve. Text: JQR Editorial Staff Photos: Nozomu Kohno Japanese workmanship is internationally renowned, and the Japanese apparel sector is no exception. Japanese textiles in particular are so well-made that famous French fashion houses send their buyers here specifically to procure them. On the other hand, Japanese apparel makers venturing overseas are struggling. This issue was raised by the Japan Apparel Fashion Industry Council three years ago, resulting in a drive to emphasize the Japanese origins of Japanese-made garments. Emerging from these efforts is the J ∞ QUALITY certification system, which provides assurance that a product is made in Japan and is of good quality. Any item of clothing may display the label “Made in Japan” if the final production process (sewing) is carried out in Japan, but the J ∞ QUALITY certification is proof that all the processes involved in creating an item of apparel, including weaving, knitting, dyeing, and sewing, have been performed in Japan. There are two types of J ∞ QUALITY certification. One is a company certification, in which a firm applies for certification and undergoes appraisal. Checks are made to confirm whether the company is adhering to labor laws and workplace safety and hygiene regulations, verify its environmental performance, and so on, and if any doubts arise, on-site inspections are carried out. The other is product certification. A final product certification division assembles samples and inspects the materials, sewing, drafting, design, finish, and so on. Naturally, if attention to detail is felt to be insufficient, certification will not be awarded. This rigorous appraisal is designed to maintain the standard of 100 percent Japanese-made products. This autumn J ∞ QUALITY-certified goods will hit the stores. We hope consumers will take a close look at these products, and experience their quality for themselves. All J ∞ QUALITY-certified goods carry this tag. Head of the J ∞ QUALITY operations office Takahito Miyahara 16 2015 vol.26 1.[100nen coat] Double-breasted trench Classic trench coat made from a highquality cotton fabric of superlative sheen and complexity that acquires more character with every wearing. DWR-(durable water repellent) treated, robust and beautifully finished down to the smallest detail. The culmination of Sanyo Shokai’s knowledge and love of coat-making, this was also the first garment to earn J ∞ QUALITY product certification. 100nen coat Double-breasted trench (men’s), women’s also available ¥89,000 plus tax Contact Sanyo Shokai 2015 vol.25 17 Made from glen check fabric laundered with natural detergent to minimize fraying and other damage. Stylishly tailored at the back with a tidy crease-proof finish thanks to the outstanding experience and technique of a team of skilled cutters and machinists. Takeo Kikuchi Color pane glen check coat ¥69,000 plus tax Contact World 2.[Takeo Kikuchi] Color pane glen check coat 18 2015 vol.26 3.[D’URBAN] Brushed melton wool Balmacaan coat Balmacaan coat in a simple design. This impeccably-tailored coat is made from 100 percent wool brushed melton fabric finished in Japan. D’URBAN Brushed melton wool Balmacaan coat ¥100,000 plus tax Contact Renown Press Port 2015 vol.26 19 5.[Jiyu-ku] 4.[INÉD] Yonetomi tweed knit coat Duffle coat Made from fabric featuring interwoven thick and thin yarn with a twisted effect for a raised, three-dimensional feel. Extra care has been taken in cutting parts such as the armholes, which are often unwieldy in a thick coat, resulting in elegant, crisp lines. INÉD Duffle coat ¥59,000 plus tax Contact Flandre Produced in collaboration with long-established knit fabric manufacturers Yonetomi Seni, this tweed-look knit coat, created by alternating lame and tape yarn in the weave, is light, soft and comfortable to wear. Ideal for both casual and formal occasions. Jiyu-ku Yonetomi tweed knit coat ¥49,800 plus tax Contact Onward Kashiyama customer services 20 2015 vol.26 2015 vol.26 21 6.[NATURAL BEAUTY] Shearling wool “reversible” (invisible seam) coat Made from soft, high-quality melton wool fabric, this coat has crisp detailing and cutting for a beautiful silhouette. Heatretaining, cold-proof lining for cozy comfort without bulk. Shearling wool “reversible” (invisible seam) coat ¥62,000 plus tax Contact NATURAL BEAUTY 22 2015 vol.26 7.[Rain Wool ] Chesterfield coat Raincoat made from Super 180's wool, with a fineness on par with cashmere, and DWR-treated (initial water resistance of level 4 or above, level 3 or above after drycleaning 10 times, resists water pressure of at least 200 mm at all JIS water resistance standards). Also repels rainwater in warm conditions, for peace of mind even in sudden downpours. Rain Wool Chesterfield coat (women’s), men's also available ¥118,000 plus tax Contact Sanyo Shokai 2015 vol.26 23 QR 1 Quality Review Takaratomy/Linear Liner Linear Liner Superconducting LO Series Special Set (¥35,000) Course length approximately 1928 mm x 848 mm. Operate your very own linear motor car in the space of just one tatami mat. Takaratomy/Linear Liner The Power of Magnets Delivers Scale Speed Equivalent to 500 km/h Now Enjoy Your Own Linear Motor Car at Home Photos: Noriyuki Kamio Text: JQR Editorial Staff The world’s first toy train that levitates and runs on magnetic force 5 Development of the product began in on how high the car was off the track, the fall of 2013. “What we focused but no matter how many times we tried, most on was using the power of it didn’t run very fast. One day, though, magnets to levitate the train and make it ran faster than usual. Puzzled, we it run. Lifting the train car itself was not looked into it and found that, because that difficult; the problem was getting it we’d forgotten to install some of the to run fast while suspended above the magnets, it was floating just a few track,” explains Takuya Ishii of millimeters lower than before. With that 00 km an hour. As the practical Takaratomy’s New Toy Planning as a hint, we began a series of realization of a linear motor car Department Plan Development section. experiments in balancing distance from levitating and running on magnetic power gains attention in advance of its Aiming for Realistic Speed scheduled 2027 debut, Takaratomy is the track with speed, and eventually arrived at the current height of 2 mm from the track. We didn’t achieve a one step ahead with a toy version, That role falls to the magnets embedded stable scale speed of 500 km/h until launching its own Linear Liner. in the rails and the train car. Turn on the day before the scheduled toy show The toy is a 1:90 scale version of the the power, and the high-speed magnetic presentation.” original. It moves at about 6 km/h, but sensor in the train car detects the The Linear Liner comes equipped with converted to scale speed, that’s even magnetic power of the round magnets in about 30 different fun audio phrases, faster than the 500 km/h operating the rail, which sends electricity to a coil including “The train is about to depart,” speed of the linear Chuo Shinkansen that generates a magnetic field. This and “We have reached a speed of 500 LO Series. A visit to the exhibition creates a repulsive force between the kilometers an hour.” Until the real linear space at Takaratomy’s headquarters magnets in the rail and the train car motor car comes along, we can all reveals an elliptical track set up in a which generates propulsive power, dream of super-fast train travel with the space about one tatami mat in size. The moving the car forward. By pushing Linear Liner, stopped in the station, down on the train car when stopped, starts out slowly, but picks up speed as you can tell how it is just slightly it makes one, then two trips around the floating above the track. track. It passes by so fast, you could Mr. Ishii continues, “At first, we tried to almost mistake it for the real thing. emphasize appearances, and focused Linear Liner. ● For inquiries, contact the Takaratomy Customer Center: Tel. 0570-041-031 http://www.takaratomy.co.jp/normal/ 24 2015 vol.26 The longer the course, the faster it runs, and the Linear Liner once hit speeds of about 900 km/h on a giant course. Sales of rails and other parts will be launched at a later date. Using the power of magnets, the cars float about 2 mm above the tracks, with no need for wheels, rotary motor or other drive mechanism. The station is designed to resemble an airport. Running speed is also displayed. Tunnels and bridges have been modeled after those actually found along the linear test track in Yamanashi. 25 技 TAK U M I JQR Select Japanese technology T A K U M I 匠 JQR A COP of 6-12: the Potential of Ground Source Heat Pumps Clean Energy from Heat Under our Feet JQR Editorial Staff Photos: Tomoya Takai Special thanks to: University of Yamanashi Select Japanese technolo gy ものづくりの現場から V o l 13 Finding clean energy sources one unit of electric power that is degrees Celsius. that do not produce CO2 consumed. According to Professor Takeda, ground emissions is one of the most urgent challenges facing humanity. The use of natural energy sources such as sunlight source heat pumps are an Stable Year-Round Heat in the Ground extraordinarily efficient way of utilizing this temperature difference. The professor is focusing on the and wind continues to grow, but Few of us know the temperature of the development and study of heat pumps it is difficult to ensure a reliable ground deep beneath our feet. The that utilize ground heat, rather than supply of energy with these underground temperature at the heat from the air systems like those sources. University of University of Yamanashi's Kofu used in air-conditioners. Yamanashi professor of campus, for example, is about 18.3°C There are two types of ground source mechanical engineering all year round. Underground heat pump: indirect (the conventional Tetsuaki Takeda has turned his temperatures are influenced by the system), and direct expansion, with attention to ground source heat sun's heat to a depth of about ten conventional ground source heat pumps energy as a way to address this. meters, but deeper down they remain already operating at large, often public largely constant day and night, and in facilities such as Tokyo Skytree and nergy is what makes machines all seasons. Meanwhile, the air the Kofu local government offices. work, and without it we could temperature in Kofu fluctuates A Japanese Ministry of the Environment not sustain our modern lifestyles. considerably – by around 40°C – survey indicates that outside of Japan, throughout the year, from -4 to 35 uptake of ground source heat pumps is E However, the benefits of energy come at the cost of global warming, pushing our planet's environment into crisis. Average air temperature in Kofu In order to tackle this problem Source: Japan Meteorological Agency Features of ground heat experiments are underway involving ground heat, which offers a reliability of energy and wind power do not. Ground source heat pumps are a highly efficient heating and cooling system capable of drawing energy from the ground right Daytime high Temperature supply that technologies such as solar Kofu average air temperature Approx. Daytime low Underground temperatur under our feet, making it possible to acquire ten units of energy for every Terminology 1 “Ground heat” is easily confused with “geothermal heat” but the two are not identical. Geothermal heat is a general term for heat held inside the Earth, while ground heat refers specifically to a heat source of lower temperature (about 15-20° C) found up to about 100m below ground and largely constant all year round. 26 2015 vol.26 Two ground source heat pump types Conventional indirect system Direct system under development (Top photo) Professor Takeda explains ground heat data. (Bottom photo) Ground source heat pump installed next to the laboratory and actually used for air conditioning. 2015 vol.26 27 growing significantly, mainly in western The coefficient of performance (COP) is used to rate the energy efficiency of air conditioning systems and other appliances. COP is calculated by dividing output by power consumption in kilowatts (kW), and indicates heating and cooling capacity per kW of electricity consumed. household units (12GWt) already operating in the United States. In Japan the combined annual figure is much lower, at 62MWt. Air conditioner Indirect Direct expansion COP4 〜 5 COP6 〜 12 A feature of direct expansion systems is their ability to minimize condensing pressure and maximize evaporation pressure, because no discrepancy in Air-Conditioners Require Heat Exchange with the Outside Air Catalog value is COP 4-5 Average is around 3 A ground source heat pump essentially In other words, when cooling a space, heat pumps work in a similar fashion to etc., reducing the total number of an air conditioner transfers heat into the air conditioners, heat intake and outside air, and when heating, it does discharge takes place underground. components in the system. It also the opposite, taking in heat. Thus air Obviously, no hot air is blown out. household air conditioner. To heat a space, an air conditioning system takes in heat from the outside air through its conditioners cannot heat a space in outdoor unit, and this heat causes required. This removes the need for a outside. As mentioned earlier, there are two cost reductions. “Heat,” notes Professor Takeda, “is like different types of ground source heat water: it will only flow from a high place pump. The indirect type exchanges the to a low place. When the air heat of the refrigerant for anti-freeze in temperature reaches 35°C, air a heat exchanger, and circulates this conditioning systems cannot reduce the anti-freeze through pipes in the ground, heat below 35°C.” exchanging heat with the ground. An because they cannot take heat from compressed and sent to an indoor heat exchanger. There the gas condenses, becoming liquid, and the heat discharged at that point is used to heat the space. For cooling, the circuit is reversed to circulate refrigerant the other way. Heat exchange in air-conditioners Refrigerant gas Pressure Takes heat from outdoors these components, making for more efficient operation than indirect temperature falls below freezing point, gas. This gas (refrigerant) is eliminates the need for electricity to run How a Ground Source Heat Pump Works Hokkaido winters, when the outside air refrigerant to evaporate, i.e., turn into Discharges heat indoors Evaporator Condenser Reduced pressure Refrigerant liquid also simplifies installation, for further Comparison of initial and running costs Air source heat pump (air conditioner) Ground source heat pump Ground source heat pump (direct expansion type) (conventional) established technology, it is referred to as indirect due to the intervention of a into outside air of 35 heat exchanger. Unfortunately, heat °C, the air exchangers have only limited efficiency. conditioner has to The other technology is direct raise the temperature expansion, the subject of Professor of the refrigerant Takeda's development work. above that. The air “This circulates an alternative CFC conditioner utilizes called A-401A directly through pipes in the rise in the ground. Because the thermal installing air-conditioning. The 38°C. However, because heat was temperature caused exchange between refrigerant and mechanism itself is simple, but discarded underground, both the cooling by compressing the ground takes place directly, no heat excavations for the pipework are a capacity and electricity consumption refrigerant. This is exchanger is required. It's a very simple significant expense. were the same as when it was cool why the outdoor unit and efficient method.” Once installed, the cost of heating and outside. This proved that the COP was blasts out warm air Ground heat is a non-resource-depleting cooling will obviously be lower. Rough fixed, that is, even using direct when cooling, clean energy source with no CO2 calculations suggest that the cost of expansion, a ground source heat pump contributing to the emissions. Heat is also discharged into operating a conventional ground source system is unaffected by the outside air. urban heat island the ground, rather than warming up city heat pump is 70-80 percent that of Professor Takeda notes with some phenomenon. streets. In Hokkaido, air-conditioning running an ordinary air conditioning pride that, “The technical issues have While ground source systems cannot be used in winter, but system, while a direct expansion mainly been solved.” The next step is to with a ground source heat pump, system slashes the cost to about 30 collect the data required to work toward because it is warm under the ground percent of air conditioning. practical implementation of the even when the air temperature dips “Direct expansion was actually trialed technology, such as investigating the below zero, that heat can be extracted over 30 years ago, but failed due to effects of heat discarded into the and used for heating. So here we have inadequate performance by the ground. At the same time, the professor energy use with many positives. If refrigerant and machinery. Apparently intends to promote the certification of uptake is to increase, however, it needs the refrigerant would not circulate from products, and develop maintenance to be more cost-effective. 50m below ground. So direct expansion checks. systems came to be seen as Under our feet lies an infinite source of impractical, and were not adopted for clean energy, and ground source heat buildings even when suggested.” pumps allow us to extract that energy For Professor Takeda, who is working and use it in day-to-day living. Professor Professor Takeda agrees that cost is a on direct expansion technology, the Takeda continues to research ways to problem. winds of change began to blow about maximize efficiency, with a view to According to the professor, the initial two years ago with the results of an making this dream-come-true cost of introducing a ground source experiment he conducted. At the time technology into a reality. heat pump system is 2.7 times that of the outside air temperature in Kofu was ・This technology can be used anywhere, irrespective of climatic or regional variations ・Employing energy-saving systems helps reduce consumption of non-renewable energy and CO2 emissions ・Waste heat produced during cooling operations is not discharged into the air, thus alleviating the heat island phenomenon Introduction Costs and Thermal Efficiency Performance Initial cost ratio Running cost ratio 100 (base) 100 (base) Ground Heat: a Promising Energy Source (Note) order to discard heat ・Underground temperatures are virtually constant all year round ・High-performance systems reduce running costs systems. Eliminating brine piping work This means that in Ground heat characteristics and the efficacy of ground source heat pumps 2015 vol.26 temperature with a secondary medium is pump, heat exchanger, expansion tank, works the same way as the ubiquitous 28 Direct Expansion Ground Source Heat Pumps in Brief Terminology 2 countries, with a million 12kWt-capacity 270 75 200 Initial cost approx. 2X air conditioner 30 〜 40 Running cost approx. 1/3X air-conditioner Hagiwara Boring Co. Ltd President Toshiki Hagiwara Note Source: Hiito Panpu to Sono Oyo “Heat Pumps and their Applications” (March 2011 No. 81) “In the wake of the March 2011 earthquake and tsunami in northern Honshu, I pondered what might be the most stable form of energy, and decided upon ground source heat. We then began to look into its practical application. The problem is that the more you go down the environmentally-friendly route, the more the initial costs become a sticking point. We are working with the University of Yamanashi to build systems that boost the efficiency of ground source heat technology. Personally, I believe ground source heat pumps, with their superlative stability, are the energy-saving system with the greatest long-term potential. We are currently undertaking an exciting program of development as part of the MEXT Regional Innovation Strategy Support Program, which involves collaboration between industry, academia, government and finance.” University of Yamanashi, Department of Research Interdisciplinary Graduate School of Medicine and Engineering Takeda Laboratory Conducts research into direct expansion ground source heat pumps, binary power generation and thermoelectric generation using hot spring water, and the development of integrated systems. 4-3-11 Takeda, Kofu-shi, Yamanashi Prefecture TEL: 055-220-8415 2015 vol.26 29 新 Leading Doctors Discuss Modern Longevity (Part 4) 浪 The Art of Mastering Heart Operations for Longer Lasting Healthy Hearts Doctor Hiroshi Niinami (Cardiovascular surgeon) Coronary Artery Surgery In 2012 the Emperor underwent off-pump coronary artery bypass surgery. Although a highly complex procedure, this method was chosen because it puts remarkably less physical strain on the patient. Doctor Hiroshi Niinami of the Saitama Medical University International Medical Center (located in the city of Hidaka, Saitama Prefecture) is one of the leading experts in this procedure, performing around two hundred of these operations every year. This procedure guarantees the heart an extra ten years of life compared to conventional methods, and Dr. Niinami intends to take improve it even further. Text: Hiromi Kihara Photography: Satoru Naito W hy is it that “Japan is the most advanced country in the world for off-pump coronary bypass operations,” as Dr. Niinami declares? There are three main methods of treating angina (when the coronary artery narrows) and heart attack (when the coronary artery is blocked): drug therapy, coronary artery catheterization or coronary artery bypass. A coronary artery bypass is performed in cases where attacks cannot be controlled by drugs, constriction in the coronary artery is difficult to reach with catheterization, 30 pump surgery are lowering favorable beating, using an instrument called a outcomes. “Off-pump procedures are stabilizer to inhibit vibrations in the difficult for young surgeons who sections being sutured. The greatest haven’t racked up experience with merit of this procedure is that the multiple operations, so it’s no wonder physical strain on the patient’s heart they don’t perform well with them. and body is greatly reduced, leading But even in the West, hospitals to a faster postoperative recovery. that specialize in off-pump surgery Although heart-lung machines are are getting fantastic results and extremely safe, it cannot be denied outcomes.” that stopping the heart and putting The third reason is that in Japan a patient into a state of suspended bypass surgery is only performed on animation for a long period inflicts the most severely affected patients. damage on their body. “In the UK, for example, the ratio of bypass surgery to catheterization is Despite its Merits, the OffPump Method is Barely Used in the West catheterization, or there is narrowing According to Dr. Niinami, “In America in more than one location. Another only 17% of all bypass operations are blood vessel is used as a graft to off-pump, and in Europe it is 10%.” create a detour, or bypass, to restore There are three reasons for this. One blood circulation to normal. It used to is that on-pump operations with a be standard procedure to temporarily heart-lung machine are easier and stop the heart and use a heart- thus more efficient. “Even young lung machine, essentially a pump, to surgeons with limited experience can artificially perform the functions of do them, and operations that take five the heart and lungs to circulate blood hours off-pump can be completed in throughout the body while performing three hours on-pump. It lends itself to the bypass. However, in Japan 70% of managing numbers.” these operations are now performed The second reason is that using the so-called off-pump method, inexperienced surgeons who tackle off- 2015 vol.26 1:3. Bypass surgery is performed on even mildly affected patients. In Japan 士 there are risks associated with which is performed with the heart still 博 70% of Bypass Operations in Japan are Off-Pump PROFILE Doctor Hiroshi Niinami Next to the doctor’s desk is a photograph of the big name cardiovascular surgeons in Japan. Front left to right: Professor Toru Asai of Shiga University of Medical Science and Dr. Shuichiro Takanashi of the Sakakibara Heart Institute. Rear right to left: Professor Atsushi Amano of Juntendo University and Dr. Hiroshi Niinami. Professor of Cardiovascular Surgery, Director of Medical Treatment, Saitama Medical University International Medical Center. Born in Kanagawa Prefecture in 1962. After graduating from Gunma University Faculty of Medicine he completed postgraduate studies at Tokyo Women’s Medical University, then studied at Wayne State University in the U.S.A. and the Royal North Shore Hospital in Australia. Upon returning to Japan he became a lecturer and assistant professor in cardiovascular surgery at Tokyo Women’s Medical University No. 2 Hospital (now Medical Center East) and at Juntendo University honed his skills as assistant professor under the prominent physician Dr. Atsushi Amano, who operated on the Emperor in 2012. In 2007 he took up his current position. 2015 vol.26 31 The white-gloved hand shown (above) is lifting up the gastroepiploic artery to be collected from a patient’s stomach. Using this for a graft can give a patient over ten extra years of life. “I want certainty and care. Not speed,” says Dr. Niinami. He never lets his attention slip for even a second in his quest for quality. the ratio is 1:14. There’s a tendency graft. Nevertheless, arteries continue prolongs the surgery even further. to perform catheterization as much as to be used because their vascular life “So that’s the situation, even at a possible because reducing the strain is twice as long. Dr. Niinami explained. major heart specialist hospital in on the patient is the number one “Seventy percent of veins wear out Germany. If the patient improves for priority. Then again, this means that within ten years, no matter how a while, then that’s enough. Their those patients who undergo bypass skillful the surgeon might have been. attitude is that they can always do surgery in Japan are in a much more In comparison, arteries last for twenty another operation if the vein wears serious condition than most of those years, because the coronary artery is out. Meanwhile we are basically in the UK. Because bypass surgery is an artery, not a vein. In my opinion, aiming to avoid having to do another chosen as the last resort for patients nature made veins to be used as veins. operation.” in a serious condition, who may be The blood pressure on veins is about elderly or have other complications, it’ 10 mmHg. Arteries, on the other hand, s only natural that the safer off-pump have 120 to 130 mmHg at the lowest. procedure should be chosen.” If a blood vessel in an elderly person A focus on off-pump coronary bypass has functioned as a vein for 70 years surgery is the outcome of giving a before suddenly being put to work as high priority to reducing physical an artery, that’s a tough leap. At least, strain on the patient and pursuing a that’s how I see it.” high level of expertise. Yet Dr. Niinami doesn’t perform all coronary bypasses using arteries. “We Arteries Used Wherever Possible for Long-Lasting Hearts use leg veins for patients over eighty Another outstanding characteristic they’re ninety – it’s enough. Every of bypass surgery in Japan is that wherever possible, arteries are used to make the graft in bypass operations. The grafts used in bypass surgery are usually taken from a leg vein, the internal thoracic artery behind The heart squirms and pounds in a pool of blood during an operation that demands precision to the level of 0.1 mm. It is a difficult enough feat to suture together tiny vessels 2 mm in diameter, but even more of an accomplishment when it is done off-pump, with the heart still moving and without the aid of a heart-lung machine. 32 2015 vol.26 the sternum, a forearm artery, or the gastroepiploic artery. The leg vein is not very difficult to harvest, but the internal thoracic or stomach arteries are significantly harder. In addition to a certain degree of expert skill, it also takes about one hour just to harvest a who cannot endure a long operation. Some patients are satisfied with the prospect of another ten years, until patient is treated on a case by case basis – my policy is to do what’s individually best for each person. “The other day, when I was at an academic meeting in Germany, I asked why in Germany they only used one graft of internal thoracic artery at the most, and then only use veins. As I expected, the answer was that harvesting the internal thoracic artery is difficult. I was told that if a junior surgeon is given the job and accidentally destroys the vessel, it Clinton was On-Pump, the Emperor was Off-Pump Japan is dotted with hospitals that perform only fifty to a hundred heart operations per year, whereas in the West there are centers that perform a thousand to two thousand in the same time period. The circumstances are so different it’s difficult to make a sweeping comparison, but in regard to bypass operations, it is likely that Japanese patients have an advantage in receiving off-pump surgery using arteries, even if the procedure takes twice as long as on-pump. “Former U.S. president Bill Clinton is an example of someone who had bypass surgery on a heart-lung machine, with one graft taken from the internal thoracic artery and one from a vein. Even if there’s a greater chance more surgery will be required in the near future, veins are used like this in the West. In comparison, the Emperor was over eighty when he had his surgery, but he had off-pump 2015 vol.26 33 Technical Guidance in Myanmar (Left) Between operations the doctor writes patient reports and thank you letters to the hospitals that introduced patients to him. Often cardiac patients have other chronic conditions such as high blood pressure and diabetes, so in order for them to live long, healthy lives after their operation, it is important to liaise with their local doctor. (Above) The operating doctor making the rounds. ICU staff and rehabilitation doctors all work together to share information. One idea is to input data into a computer while making rounds. Cutting down on wasteful practices is considered important. (Below) In April 2015 the Saitama Medical University International Medical Center became the first university hospital in Japan to be awarded accreditation by the Joint Commission International, which rates health care organizations around the world. surgery with artery grafts only. This very slightly – it’s all done in a very is a common difference between Japan confined space. If you could turn the and advanced Western countries.” heart over that’d make it much easier, but it’d make blood pressure drop Anesthetists Have no Opportunities to Demonstrate their Skills suddenly.” One day in September, a man in his pump with the heart moving, without seventies was undergoing an offpump coronary bypass operation in the cardiovascular operating theater at Saitama Medical University International Medical Center. It took two hours to prepare the vessels from the left and right internal thoracic arteries and the gastroepiploic artery. “Using only the left and right internal thoracic arteries and the gastroepiploic artery – not leg veins¬ – is characteristic of my bypass surgeries. There’s a knack to using the gastroepiploic artery, and only a few surgeons in Japan can do it, but it produces extremely good results.” The cut in the chest was made in one stroke, extending a few centimeters and then cutting down. “Suturing the blood vessels behind the heart is a particularly difficult part of the procedure. You put the needle into the heart and pull, and incline 34 2015 vol.26 Just sewing together vessels 2 mm in diameter is a difficult enough feat, but this procedure is also performed offusing a heart-lung machine. The patient’s blood pressure is stabilized at 80 to 90 throughout the surgery. “Drops in blood pressure and cardiac arrests happen as a matter of course for the average doctor during surgeries. But Dr. Niinami is too good – there’s never any chance for anesthetists to show off their skills,” said the anesthetist who attended Dr. Niinami’s operation. In surgical operations, the surgeon is focused on manual skills, while supervision of the patient’s overall condition is the responsibility of the anesthetist. If an anesthetist has time on his or her hands, it can be taken as proof of the high level of the surgeons’ skill. Four hours after commencing, the operation finished without incident. The patient has had his heart restored to a healthy state. Dr. Niinami’s hobby is the electric guitar. “Moving the fingers is also good training for operations,” he laughs, but postoperative care after a coronary procedure is vital. Dr. Niinami is solicitous of patients’ conditions, and often stays over in the hospital. In the intervals he picks up the guitar. At those times, the guitar is his only respite. Performing Over 300 Operations a Year Refines a Surgeon’s Skills minimum of two hundred a year of what made it worthwhile for me.” was the norm. Some veterans even His goal is to develop the Saitama reached a thousand a year. I believe Medical University International that if you don’t have the numbers Medical Center into a facility that “I don’t try to be fast. I’m not under your belt, you can’t guarantee performs over 1,000 cardiac operations the quality of the surgery. Whenever a year. To this end he is devoting I get back from a week overseas on himself to training dependable medical business, I can’t help feeling my senses staff to help carry out the work. have become blunter when I grip “At the moment we have three other the scalpel again. A surgeon can only doctors at the hospital who can mature and improve skills through do heart surgery. All of them are repeated practice. It’s numbers that promising young surgeons who want provide the quality.” to reach the summit of this path, and concerned with what other doctors do, I aim to give patients an operation that restores them to health and helps them to live longer.” Many patients are elderly and have other chronic problems such as diabetes or high blood pressure. As well as needing treatment for a vessel, many also have complications from were directly scouted and trained by A Desire to Instantly Liberate Patients from Suffering me. future, and the quality of life ten or Dr. Niinami was inspired to become blood pressure and diabetes is on twenty years after an operation. He a cardiac surgeon by the television works on the principle of pursuing the drama Shiroi Kyoto (The White most thorough course possible within Tower), which he watched as a high the limits of the patient’s physical school student. endurance. “Jiro Tamiya was really cool as Every year he performs more than Professor Zaizen,” he said with a three hundred operations, close to two laugh, “so I decided I wanted to be a hundred of which are bypasses. He surgeon at a big hospital. Professor continues to perform more than ten Zaizen was a gastroenterologist times the number of operations of the surgeon, while I chose heart surgery. average Japanese cardiac surgeon, If I was a heart surgeon I use surgery because that is the world standard. to give patients instant relief from “When I studied in Australia, a their suffering. That was a huge part valvular heart disease or arrhythmia. If saving lives is the only consideration, then fast, minimal surgery is enough. Dr. Niinami, however, is looking to the Over the last four years Dr. Niinami has been going to the Myanmar National Hospital at their request twice a year to operate and provide surgical training. During his stay he performs ten operations a week. The doctor also hosts medical staff from Myanmar in Japan for training. According to the World Health Organization, the risk from lifestyle related diseases such as obesity, high the rise globally, and of the illnesses caused by these, the fatality rate from cardiac disease is 48%, with 17 million people dying from it every year. It seems likely that more and more people from around the world will want to come to Japan for offpump coronary bypass surgery to treat angina and heart attack. There’s no doubt that more and more of them will want their surgery performed by Dr. Niinami. “If you want to live healthily and long, coronary bypass operations should be done off-pump using arteries for the grafts,” says Dr. Niinami. He sets out once again, aiming to send his patients home in better health than any other doctor could. 2015 vol.26 35