Watauru W. Sutow, MD, is known for his work in pediatric oncology and for his pediatric studies with the Atomic Bomb Casualty Commission. Sutow was born August 31, 1912 and died December 20, 1981. Sutow was a pioneer in defining and establishing pediatric oncology as a specialty and chemotheraphy as a viable adjunct or alternative to radiotherapy and surgery for the treatment of cancer. During the late 1940s and early 1950s, Sutow directed a pediatric research team for the Atomic Bomb Casualty Commission. He later joined the University of Texas' M.D. Anderson Cancer Center. As a collaborator with the Brookhaven National Labratory, he conducted extensive research on the effects of radiation fallout on Marshall islanders.

Wataru "Wat" Walter Sutow was born August 31, 1912 in Guadalupe, California in the United States of America to Yasaku and Yoshi Sutow. He father was born in Fukushima, Japan, in 1868 and came to the Unites States in 1905. His mother, also of Fukushima, Japan, was born there in 1878, and migrated to the U.S. in 1911.

Wataru Sutow married Mary H. Korenaga in Guadalupe, California, in early September 1937. Mary was born May 28 1914, in Montrose, California. He attended the Stanford University School of Medicine from 1939-1942. As a result of the U.S. government's policy during World War II calling for imprisonment and revocation of civil rights for people of Japanese descent, Sutow was unable to finish his medical studies for most of the war. His family was forcibly relocated to Salt Lake City. He finally was able to complete his medical degree in 1945 at the age of 33. He earned his MD from the University of Utah College of Medicine.

The Sutows had two daughters while they resided in Salt Lake City, Ollie Ellen on October 3, 1942, and Chiyono Jean on September 14, 1946. Sutow completed his internship at Salt Lake City General Hostpital 1945-1946 and residency in the Departmnet of Pediatrics at the University of Utah 1946-1947. He obtained his license to practice medicine from the State of Utah on July 1, 1946; the State of California on September 24, 1947; and from the State of Texas on December 3, 1945.

Following the decision to use atomic weapons against Japan at the end of World War II in August of 1945, the United States government decided to study the immediate and long-term effects of ionized radiation on humans. Sutow was invited to help organize the pediatric portion of the studies by the Atomic Bomb Casualty Commission (ABCC) in Hiroshima and Nagasaki. The Sutows left Salt Lake City in 1947 and were in Japan by 1948. During Sutow's first stint with the ABCC, he served as civilian head of the Pediatric Department. On January 16, 1950 they had their third and last child, a son named Edmund Keith who was born at Osaka General Hospital.

In 1950, the Sutow family returned to the United States. Sutow became a fellow at Stanford University where he worked with Dr. John Anderson. As a result of the Korean War, which began in June 1950, Sutow began serving in the U.S. Army in 1951 with the rank of Captain in the U.S. Army Medical Corps. He received his officer training in San Antonio and was assigned to the Far East Command. In that position, he again worked with the ABCC in 1953-1954 as Director of Pediatric Research doing the same job he earlier had done as a civilan.

Sutow was drawn to the Texas Medical Center through his working relationship with Dr. H. Grant Taylor, a former director of the ABCC. Taylor was the Professor of Pediatrics and Chief of the Section of Pediatrics of the University of Texas (UT) M.D. Anderson Hospital (MDAH) in 1954. Taylor recruited Sutow who joined MDAH pediatrics in 1954. Sutow served as assistant and associate pediatrician and associate professor of pediatrics until 1969 when he became pediatrician and Professor of Pediatrics. He was acting head of the department of pediatrics at Baylor College of Medicine from 1954-1978. From 1957 on, his association as research collaborator with Brookhaven National Laboratory allowed him to continue and elaborate on his reseawrch on long-term radiation effects including his study of Japanese infants who had experienced in utero exposure to atomic bomb fallout. Aside from the study of the Hiroshima and Nagasaki popultations, he was also involved in the ongoing study of the effects of the exposure of Marshall Islanders to radiation fallout in 1954.

In March 1954, the United States conducted the Castle Bravo shot on the Bikini Atoll in the Marshall Islands. The Bravo shot was the first code name of the first test of a dry fuel hydrogenn bomb detonated in the atomosphere. Due to unexpected weather patterns, the fallout fell on residents of Rongelap and Utirik atolls in the Marshall Islands. Source: Castle Bravo (April 29, 2015); Wikipedia; retrieved April 30, 2015 from http://en.wikipedia.org/wiki/Castle_Bravo.

While at MDAH, Sutow organized inter-institutional groups, such as the Southwest Cancer Chemotheraphy Study Group for which he chaired the Pediatric Division 1957-1969. He chaired the Childhood Solid Tumor Committee from 1969-1976. He was a member of the Pediatric Executive Committee of hte Southwest Oncology Group from 1972-1979. He was a member of hte National Wilms' Tumor Study Committee from 1967 and a member of the Executive Committee, Section of Oncology and Hematology, American Academy of Pediatrics, 1975-1978.

When Sutow joined the MDAH Pediatric Section, it consisted of four beds. In Sutow's obituary, which ran in the December 22, 1981 edition of the Houston Post, Dr. Charles A. LeMaistre, president of the UT System Cancer Center, praised Sutow for innovations in treating cancer. "Popular opinion at that time (1954) was skeptical of hte value of drugs in treating cancer, but ... Sutow's regimens for treatment of osteosarcoma (bone cancer) produced some of the most dramatic results ever achieved in pediatric oncology." LeMaistre said. Dr. Jan van Eys stated in the May-June 1982 edition of "The Cancer Bulletin" that Sutow's legacy was that "pediatric oncology addresses the child with cancer, not the cancer in the child ... [Sutow's] ultimate aim was the cured childen, not the cure ... he gave them complete life, not permanent dependency."

In addition to his research and medical practice, Sutow served as an editor or sat on editorial boards for numerous cancer-related publications. He published more than 250 journal articles, contributed to cancer and pediatric textbooks, and published a cancer reference bibliography, a textbook and a book on malignant solid tumor of children.

He was member and a fellow of numerous medical organizations, including the American Academy of Pediatrics, the American Association for Cancer Research, the American Medical Association and numerous other organizations.

In his personal life, he was an avid conchologist, which is the study of mollusc shells, and a devoted student of philately, which is the study of stamps and postal history.

Dr. Robert Warwick Miller was born on September 29, 1921 in Brooklyn, New York(1). Miller was the eldest of two sons. Inspired by his parents’ passion for medicine as well as his uncle’s successful hospital, Miller had always wanted to become a physician(2). He attended the University of Pennsylvania for both his bachelor's and medical degrees(3). Miller greatly enjoyed medical school, particularly because they “encouraged innovation” in their students(4). He trained in pediatrics during his residency at the Buffalo Children’s Hospital. After completing his residency, Miller did not feel completely comfortable going immediately into a medical practice and decided that he needed to further his education(5). He graduated during a time in the medical community when specializing in a certain type of medicine was the general standard, but Miller was not interested in focusing on a narrow system or area of the body(6). Instead, Miller completed one year of post doctrinal training in radiation biology and radiation medicine for the Atomic Energy Commission at the University of Rochester, Case Western Reserve and Duke Universities(7). This was a new field that was attempting to discover the various effects of radiation on all parts of the body(8).

At the end of his training in radiation medicine, Miller was drafted into the army and assigned as a Captain to the Atomic Energy Project at the University of Rochester(9). While he was there, Miller “expressed his concern over the frequent use of fluoroscopy for examining young children, which led to a heated interdepartmental conference that resulted in more conservative radiological procedures, especially for children”(10). After noticing this, Miller became particularly interested in how radiation affects children(11).

At the end of his military tour in Rochester, Miller heard that two of the doctors he worked with would be conducting some research with the Atomic Bomb Casualty Commission (ABCC) in Hiroshima. Miller thought this might be a perfect field study to learn more about how radiation affects young children, babies, and fetuses(12). Miller joined the ABCC as the chief ABCC Hiroshima’s children’s clinic(13). Miller and others examined children who survived the bombing after a Japanese pediatrician(14). They examined about 20 children a day, all between the ages of 9 and 19(15). Miller greatly enjoyed his time in Hiroshima and described it “it was a joyous time...it was like being 7 years old again and discovering many fascinating things around me”(16). After the work for the ABCC was complete, Miller stayed in Hiroshima for 6 more months to complete his pediatric study and to marry his wife(17). Miller met his wife, Haruko, at the ABCC where she was a nurse. Haruko also went by the nickname Holly(18). They were married at the U. S. Consulate in Kobe on February 21, 1955. They stayed in Hiroshima to complete Miller’s study of pediatric radiation before heading home to the United States. From his study, Miller concluded that “exposure to radiation before birth increased the incidence of mental retardation in children and small head circumference”(19). He also concluded that the closer the fetus is to the bomb’s epicenter, the greater risk there is for the child to have or develop health issues(20).

After his time in Hiroshima, Miller stayed on with the ABCC as a Professional Associate at the ABCC office in the National Academy of Sciences where he was responsible for recruiting staff and providing medical advice to the Chairman of the Division of Medical Sciences(21). While he was there, the ABCC proposed a second course of study of children in Hiroshima and Nagasaki, but they needed a Chief of Pediatrics to help plan and institute the study(22). Miller agreed to attend the University of Michigan to get his doctorate in public health with the study as the research for his dissertation(23). This also served to train Miller in epidemiology. After graduating with his doctorate, Miller took the position as the Chief of the Epidemiology Branch at the National Cancer Institute (NCI) in 1961, where he remained for much of the rest of his career(24).

As the Chief of the Epidemiology Branch of the National Cancer Institute, Miller devoted himself to studying two different things: the link between cancer and congenital anomalies, and pediatric cancer epidemiology(25). To study the link between cancer and congenital anomalies, Miller conducted studies of different parings of cancers with genetic diseases. He studied the link between Wilms tumor and Aniridia, Down syndrome and leukemia, Ataxia-telangiectasia and leukemia and many more. In these studies, Miller concludes that there does seem to be a link between certain genetic disorders and certain types of cancer(26). In 1976, Dr. Miller became the Chief of the Clinical Epidemiology Branch of the National Cancer Institute(27). Throughout his career, Miller has had the opportunity to go to different sites around the world where people were exposed to vast amounts of radiation(28). He went to study Dioxin in Seveso, Italy as well as participating in the Air Force Agent Orange Study. He was able to go back to Hiroshima again, as well as Chernobyl and the Marshall Islands(29).

Dr. Miller was the Chief of the Clinical Epidemiology Branch of the National Cancer Institute until he retired in 1994(30). Throughout his career, Miller conducted a wide variety of studies and published most of his findings. When he retired in 1994, he was named a scientist emeritus at the National Cancer Institute and continued his research up until the year before his death(31). Dr. Miller died of colon cancer at his home on February 23, 2006 at the age of 84(32).