What is DASH?

A central, open-access repository of research by members of the Harvard community.

Deposit Your Work

DASH enlarges the audience and impact of your work. Authors who deposit in DASH have access to on-demand metrics and receive monthly reports about their readership. Deposited works receive persistent URLs, are comprehensively indexed by search engines, including Google and Google Scholar, reach academic and non-academic readers who may not have access to the original publications, and are preserved by the Harvard Library.

Making your work open access in DASH is as simple as completing our quick submit form. We also welcome bulk deposits and offer CV scraping services. Simply contact OSC if you are interested. OSC will do the legal legwork for all submissions.

The OSC is pleased to offer a robust suite of services to support you and your scholarship. Visit our For Authors page to learn more.


  • mRNA splicing targets HIV integration into PAF-1-regulated genes. 

    Singh, Parmit; Annamalai, Arun; Kvaratkshelia, Mamuka; Engelman, Alan (2024-03-01)
    Pre-mRNA co-transcriptional splicing is coupled with promoter-proximal Pol II pausing and alternative polyadenylation (APA)1,2. Splicing inhibitors increase pausing and the use of upstream or proximal polyadenylation sites ...
  • Postmortem neuropathology in early Huntington disease 

    Hedreen, John; Berretta, Sabina; White, Charles III (Oxford University Press (OUP), 2024-03-29)
    Two aspects of the neuropathology of early Huntington disease (HD) are examined. Neurons of the neostriatum are counted to determine relative loss in striosomes versus matrix at early stages, including for the first time ...
  • Nanoparticle proximity controls selectivity in benzaldehyde hydrogenation 

    Lim, Kang Rui Garrick; Kaiser, Selina K.; Wu, Haichao; Garg, Sadhya; Perich, Marta Perxés; van der Hoeven, Jessi E. S.; Aizenberg, Michael; Aizenberg, Joanna (Springer Science and Business Media LLC, 2024-02-16)
    Disentangling the effects of nanoparticle proximity and size on thermal catalytic performance is challenging with traditional synthetic methods. Here, we adopt a modular raspberry-colloid-templating approach to tune the ...

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