Eminent scientist Frederick Dawtrey Drewitt (1848-1942) had general readers in mind when he retraced the steps that led to the growing worldwide recognition of the 'father of immunology', Edward Jenner (1749-1823). The first edition was published in 1931 and this enlarged second edition appeared in 1933.

A history of the global spread of vaccination during the Napoleonic Wars, when millions of children were saved from smallpox.

The once-dreaded scourge of smallpox has been eradicated through barrier immunization. The eminent scientist Edward Jenner (1749-1823) was a pioneer in demonstrating that vaccination was an effective means of preventing smallpox. In the three groundbreaking treatises contained in this volume, originally published between 1798 and 1800, Jenner summarizes his evidence in favor of vaccination and describes individual cases.

The story of the rise and fall of smallpox, one of the most savage killers in the history of mankind, and the only disease ever to be successfully exterminated (30 years ago next year) by a public health campaign.

Doctor Edward Jenner, born in the early eighteenth century, was the discoverer of a preventive for smallpox, the greatest killer of mankind. This contagious disease destroys its victims in 10 to 14 days. Those who survive frequently are left horribly scarred or partially or completely blind. The story of Doctor Jenner and smallpox is told by guests at a dinner party at an old English home, on the evening of the 180th anniversary of Doctor Jenner's death. To celebrate the occasion, the individuals review his life story, including his many discoveries and the trials and tribulations associated with smallpox vaccination being accepted as the way to prevent smallpox. Jenner eventually received universal acclaim. The guests at the dinner party, in the process of telling the story of Doctor Jenner, reveal a great deal about themselves.

Internationally renowned medical scientist, frequent media contributor, and autism dad Dr. Peter J. Hotez explains why vaccines do not cause autism. In 1994, Peter J. Hotez's nineteen-month-old daughter, Rachel, was diagnosed with autism. Dr. Hotez, a pediatrician-scientist who develops vaccines for neglected tropical diseases affecting the world's poorest people, became troubled by the decades-long rise of the influential anti-vaccine community and its inescapable narrative around childhood vaccines and autism. In Vaccines Did Not Cause Rachel's Autism, Hotez draws on his experiences as a pediatrician, vaccine scientist, and father of an autistic child. Outlining the arguments on both sides of the debate, he examines the science that refutes the concerns of the anti-vaccine movement, debunks current conspiracy theories alleging a cover-up by the Centers for Disease Control and Prevention, and critiques the scientific community's failure to effectively communicate the facts about vaccines and autism to the general public, all while sharing his very personal story of raising a now-adult daughter with autism. A uniquely authoritative account, this important book persuasively provides evidence for the genetic basis of autism and illustrates how the neurodevelopmental pathways of autism are under way before birth. Dr. Hotez reminds readers of the many victories of vaccines over disease while warning about the growing dangers of the anti-vaccine movement, especially in the United States and Europe. Now, with the anti-vaccine movement reenergized in our COVID-19 era, this book is especially timely. Vaccines Did Not Cause Rachel's Autism is a must-read for parent groups, child advocates, teachers, health-care providers, government policymakers, health and science policy experts, and anyone caring for a family member or friend with autism. "When Peter Hotez—an erudite, highly trained scientist who is a true hero for his work in saving the world's poor and downtrodden—shares his knowledge and clinical insights along with his parental experience, when his beliefs in the value of what he does are put to the test of a life guiding his own child's challenges, then you must pay attention. You should. This book brings to an end the link between autism and vaccination."—from the foreword by Arthur L. Caplan, NYU School of Medicine

The 18th century was a wealth of knowledge, exploration and rapidly growing technology and expanding record-keeping made possible by advances in the printing press. In its determination to preserve the century of revolution, Gale initiated a revolution of its own: digitization of epic proportions to preserve these invaluable works in the largest archive of its kind. Now for the first time these high-quality digital copies of original 18th century manuscripts are available in print, making them highly accessible to libraries, undergraduate students, and independent scholars. Medical theory and practice of the 1700s developed rapidly, as is evidenced by the extensive collection, which includes descriptions of diseases, their conditions, and treatments. Books on science and technology, agriculture, military technology, natural philosophy, even cookbooks, are all contained here. ++++ The below data was compiled from various identification fields in the bibliographic record of this title. This data is provided as an additional tool in helping to insure edition identification: ++++ British Library T054053 With a half-title and a final leaf of errata. London: printed, for the author, by Sampson Low: and sold by Law; and Murray and Highley, 1798. [2], iv,75, [3]p., plates; 4°

Benjamin Jesty has been described as ‘the man history forgot’. Spanning the late 18th and early 19th centuries, this book tells the story of the ingenious Dorset farmer who used cowpox as a vaccine to protect his family against the dreaded disease of smallpox in 1774. This happened 22 years before Dr Edward Jenner used a similar process. The origins of vaccination have always been clouded in controversy. Probing previous accounts flawed by myth or subjectivity, this text sets the record straight. Man’s early attempts at stimulating immunity are rooted in folk wisdom of the distant past. Vaccination was not a ‘discovery’ or a ‘medical breakthrough’, but a development from variolation, substituting cowpox as an inoculum instead of smallpox. Analysing relevant primary sources with an innovative approach, this book reveals the geographical extent of awareness of Jesty’s endeavour in Georgian England, confirms his priority, and seeks to establish his Intellectual Property for the first use of an empirical vaccine. Jenner brought vaccination to the world. His achievement will always take precedence, but the findings of this new research suggest it is now time to honour Benjamin Jesty with the credit he deserves.