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Thomas Watkins [7]Trevor Watkins [1]Terie Lea Watkins [1]Timley A. Watkins [1]
Trevor S. Watkins [1]
  1.  37
    From Pleistocene to Holocene: the prehistory of southwest Asia in evolutionary context.Trevor Watkins - 2017 - History and Philosophy of the Life Sciences 39 (3):22.
    In this paper I seek to show how cultural niche construction theory offers the potential to extend the human evolutionary story beyond the Pleistocene, through the Neolithic, towards the kind of very large-scale societies in which we live today. The study of the human past has been compartmentalised, each compartment using different analytical vocabularies, so that their accounts are written in mutually incompatible languages. In recent years social, cognitive and cultural evolutionary theories, building on a growing body of archaeological evidence, (...)
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  2.  16
    Mindful but forgetful: The negative effect of trait mindfulness on memories of immoral behavior.Scott J. Reynolds, Matt Eliseo, Trevor S. Watkins & Misha Mariam - 2023 - Business and Society Review 128 (3):389-416.
    Drawing from existing theory and empirical evidence on mindfulness, we posit that trait mindfulness is associated with less accurate memories of immoral conduct. We report three studies that provide evidence of this argument. One significant implication of this finding is that it provides a more balanced and complete view of mindfulness. Specifically, while mindfulness is widely promoted for its positive effects for employee well‐being, mindfulness may inadvertently promote a biased moral self‐perception based on inaccurate memories of one's past immoral conduct. (...)
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    Every transcription factor deserves its map: Scaling up epitope tagging of proteins to bypass antibody problems.E. Christopher Partridge, Timley A. Watkins & Eric M. Mendenhall - 2016 - Bioessays 38 (8):801-811.
    Genome‐wide identification of transcription factor binding sites with the ChIP‐seq method is an extremely important scientific endeavor − one that should ideally be performed for every transcription factor in as many cell types as possible. A major hurdle on the way to this goal is the necessity for a specific, ChIP‐grade antibody for each transcription factor of interest, which is often not available. Here, we describe CETCh‐seq, a recently published method utilizing genome engineering with the CRISPR/Cas9 system to circumvent the (...)
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