Erratum: to Spontaneous alternation behavior in animals: A review

Spontaneous Alternation Behavior in Human Neutrophils

The Impact of a Naturalistic Stressor on Spontaneous Alternation Behavior: A New Animal Model of OCD

Over the past few decades, various animal models of obsessive compulsive disorder (OCD) have been developed. Similarly, various stressors have been used throughout animal research. The Spontaneous Alternation Behavioral (SAB) model is a well-established model of OCD while 2,5-dihydro-2,4,5-trimethylthiazoline (TMT) has recently become a popular naturalistic stressor. This study linked the two t...

Erratum to: Armentum: a hybrid direct search optimization methodology

In the original publication of this article unfortunately the co-authors were omitted. The two co-authors are displayed now.

Intensive Artificial Selection Jeopardizes Animals, Well-Being: A Short Review

Domestication of animals has had some important effects on physiology, morphology, behavior and well-being of domesticated animals. Conscious or goal directed selections on animals for increasing their productions has accelerated the rate of the changes, leading to some well-being defections. This paper notes some aspects of animal domestication in context of genetic science. Then explains how ...

Spontaneous Diabetes Mellitus in Animals

Diabetes mellitus is considered as a common metabolic disease diagnosed frequently in canine and feline pathology. On the other hand, clinical syndrome of diabetes is described rarely in other domestic species (cattle, small ruminants, swine and horses) [1-3]. Many similarities with human counterpart are clearly emphasized in the literature, considering the mechanism of this disease. This is th...