Department of Genetics, ZOO Tábor, Czech Republic
*Corresponding author: Evžen Korec, Department of Genetics, ZOO Tábor, Dukelských hrdinů 19, Prague 7, 17000, Czech Republic, Tel: + 420 233 372 021; Email: firstname.lastname@example.org
Submission: August 31, 2017; Published: November 01, 2017
Volume1 Issue2 November 2017
Body mass is a very significant factor for influencing longevity. Generally, large animal species tend to live longer than small species. In domestic dogs, the relationship between body size and lifespan shows opposite trend and increasing bodyweight is negatively correlated with longevity. Crossbred dogs have increased longevity, compared with purebreds. In the Cane Corso Italiano breed, a relationship between longevity and hair colour was found for the first time in mammals.
Understanding longevity and aging across species and individuals is critical for reaching higher ages at death in animals, as well as in humans. By understanding genetics, the age limits of animals and humans can be significantly prolonged. Detection and analysis of genes associated with longevity present a very promising method for prolonging life.
Body mass is a very significant factor for influencing longevity. Generally, large animal species tend to live longer than small species [1,2]. This rule has some exceptions. In domestic dogs, the relationship between body size and lifespan shows the opposite trend, and increasing bodyweight is negatively correlated with longevity [3,4]. A negative correlation has also been observed between height and longevity . The lifespan of most dog breeds has already been described in the past [3,4]. Cane Corso is the last dog breed in which their lifespan was determined . Breed – specific age at death is shown in Table 1.