Tumor Immunology and Cancer Vaccines (Cancer Treatment and Research, 123)

It all started with an observation. Edward Jenner, an English physician, observed that milkmaids who contracted cowpox were rarely victims of smallpox epidemic, a disease that in?icted a heavy toll on humankind with an estimate of 500 million victimsworldwide. In1796,Jennerinoculatedtheextracted?uidfromblistersonthe handofamilkmaidwhowasinfectedwithcowpoxintothearman8yearoldpeasant boy. After the boy recovered from a mild illness caused by this inoculation, Jenner exposed him to smallpox and to his delight the boy did not develop the disease. He published his work in 1798 in three publications titled "Vaccination Against smallpox", where the term vaccination is derived from the Latin word "vacca" meaning cow. Jenner was recognized to be the father of modern immunology, and hisworkmarkedthecommencementofanewdawninmedicinethatledtothe1979 declaration by the World Health Organization (WHO) of the global eradication of smallpox. By the beginning of the 20th century, vaccines for typhoid fever, rabies, polio, plaque and diphtherias were in use, and nowadays we are equipped with effectivevaccinesagainstmorethan20infectiousdiseasessuchasmeningitis, rubella, whooping cough, rabies, and hepatitis B among others

Tumor Immunology and Cancer Vaccines addresses the state of the art knowledge of tumor immunology relevant to cancer vaccine and the different aspects of cancer vaccine development, covering the field from its basic science logic to clinical trials. The four sections of the book, Basic Tumor Immunology; Cancer Vaccine Development; Vaccine-Enhancing Strategies; and Clinical Trials Design, provide a general overview of the field, historic background, and the field’s promises and problems.