Venom : The secrets of nature's deadliest weapon
'Venom researchers Jenner and Undheim record the stunning, often beautiful diversity of the world's venomous species and the parallel evolution of poisons and venoms in this generously illustrated--and shudder-inducing--volume.' - Publishers Weekly
Venom, the companion book to a show at the Natural History Museum explores the biology and evolution of nature's ultimate weapon, its astonishing adaptive value, and the incredible array of species which rely on it for predation, defence, competition and more from snakes and scorpions to Gila monsters and platypuses.
Since it first appeared in ancient jellyfish and sea anemones, venom has proved so effective that it has since evolved independently in dozens of different animal groups.
The authors reveal the many unique methods by which venomous animals deliver their cocktail of toxins and how these disrupt the physiology of the victims.
Jenner and Undheim also consider how humans have learnt to neutralise venom's devastating effects, as well as exploit the power of venom in innovative ways to create new drugs to treat a variety of serious conditions.
Fully illustrated throughout, this illuminating guide will appeal to all those with an interest in the wondrous world of venom.
- Author: Ronald Jenner, Research Leader in the Department of Life Sciences, Natural History Museum, London.
- Paperback: 192 pages
- Date published: October 2017
- Language: English
- ISBN: 978-0565094034
- Product Dimensions: 23.1 x 17.6 cm
'Venom researchers Jenner and Undheim record the stunning, often beautiful diversity of the world's venomous species and the parallel evolution of poisons and venoms in this generously illustrated--and shudder-inducing--volume. The authors carefully convey substantial physiological, chemical, and ethological information about the functions of nature's aggressive pharmacopeia, which has evolved numerous times for predation, defense, and other more surprising uses. Jenner and Undheim devote a chapter to venoms used for human medicine, but focus mostly on the natural roles venoms play in their particular environments. The authors make plain that the study of venomous creatures is worthwhile in its own right and that researchers can learn lessons relevant to human physiology by studying the function of venom at the systems and molecular levels. However, they never imply that the value of these astonishingly well-targeted chemical cocktails derives from their potential service to the human world. The text itself is well-balanced, even occasionally bland, and the authors largely refrain from introducing their own emotional reactions, except in defending animal experimentation. The book is well suited to inspire budding biologists, while discussions about lethal capacity and stories of researchers bitten intentionally or unintentionally will still satisfy the curious thrill seeker'. - Publishers Weekly
'Venom! The very word inspires awe and terror. After all, who hasn't seen a rattlesnake bite a mouse, at least on TV? But as research scientists Jenner and Undheim establish in this look at some of the most dangerous animals in the world, venom is one of evolution's most elegant means of procuring food and defending oneself. First the authors define the difference between poisonous and venomous (poisons are transferred passively, venoms are delivered actively), then they move on to survey the different types of venom, the broad range of venomous animals, and the different ways venoms are delivered. Venoms are usually cocktails of different toxins, which can affect the victim in more than one way and can be subtle or brutal. The evolution of venom is a fascinating study, with venomous animals appearing in many taxa and striking similarities showing up in only distantly related species. The use of venoms in pharmaceuticals shows how the power of these toxins can be harnessed to fight disease and even to counter the damage caused by the venom itself' - Booklist