Publication | Closed Access
Species Diversity Matters in Biological Research
12
Citations
55
References
2017
Year
Biodiversity LossSpecies Diversity MattersNeurogenomicsBrain MechanismSensory SystemsSocial SciencesSensory NeuroscienceAnimal ModelsVital ResourceBroad DiversityBiodiversity ProtectionConservation BiologyBiodiversityBehavioral NeuroscienceAnimal NeurophysiologyNeuroecologyNervous SystemSpecies DiversityBiologyNeurobiological MechanismIntegrative NeuroscienceBiodiversity AssessmentEvolutionary BiologyNeuroscienceCentral Nervous SystemMedicine
Species diversity in experimental neuroscience research provides a vital resource. Addressing contemporary questions using nontraditional model systems (i.e., studies of species other than rats or mice) have regularly led to serendipitous breakthroughs in this discipline. The “comparative” approach to neuroscience and neuroendocrinology harnesses the diversity of organisms—and their nervous systems—that have been refined and differentiated over evolutionary timescales. Here, we review some recent examples of unexpected and impactful outcomes resulting from research on nontraditional study species. This work shows that maintaining broad diversity in study species will continue to provide the best path forward for extraordinary advances and insights into the neural mechanisms of behavior.
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