Comparing new tools of artificial intelligence to the authentic intelligence of our global health students.

Introduction: The transformative feature of Artificial Intelligence (AI) is the massive capacity for interpreting and transforming unstructured data into a coherent and meaningful context. In general, the potential that AI will alter traditional approaches to student research and its evaluation appears to be significant. With regard to research in global health, it is important for students and research experts to assess strengths and limitations of GenAI within this space.

Male Cayo Santiago rhesus macaques () tend to have greater molar wear than females at comparable ages: exploring two possible reasons why.

Objectives: (1) To investigate sex differences in molar wear in known-age Cayo Santiago rhesus macaques () and, (2) To explore sex differences in body weight and molar eruption timing as factors influencing sex differences in molar wear.

Materials And Methods: Data set I comprises wear scores, ages and body weights of 212 living monkeys included in the 1985 roundup. Data set II consists of molar wear measurements taken on 2D images of 103 of these monkeys' dental remains.