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Drew LaMar onto Timeline @ 10:30 am on 25 Oct 2016
Drew LaMar onto Timeline @ 3:49 pm on 22 Oct 2016
Drew LaMar onto Primary and news articles @ 3:43 pm on 22 Oct 2016
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Drew LaMar onto Timeline @ 6:30 am on 21 Oct 2016
Full paper: "Mechanistic modeling of hemoglobin glycation and red blood cell kinetics enables personalized diabetes monitoring"
Drew LaMar onto Primary and news articles @ 11:16 am on 18 Oct 2016
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Drew LaMar onto Timeline @ 6:20 am on 18 Oct 2016
Drew LaMar onto Timeline @ 8:17 am on 15 Oct 2016
The Dryad Digital Repository is a curated resource that makes the data underlying scientific publications discoverable, freely reusable, and citable. Dryad provides a general-purpose home for a wide diversity of datatypes.
Drew LaMar onto Data Repositories @ 4:38 pm on 13 Oct 2016
Contains large datasets on many topics including demography, environment, and health.
Drew LaMar onto Data Repositories @ 4:32 pm on 13 Oct 2016
The LTER Network Information System Data Portal contains ecological data packages contributed by past and present LTER sites. Please review the LTER Data Policy before downloading any data product. We request that you cite data sources in your published and unpublished works whenever possible. Digital object identifiers (DOI) are provided for each dataset to facilitate citation.
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Drew LaMar onto Data Repositories @ 4:27 pm on 13 Oct 2016
Kam Dahlquist onto Resources for the Language paper @ 3:16 pm on 11 Oct 2016
Anne Kruchten onto Vision and Change @ 11:39 am on 11 Oct 2016
Anne Kruchten onto Vision and Change @ 11:36 am on 11 Oct 2016
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Drew LaMar onto Timeline @ 2:13 pm on 05 Oct 2016
Video
Drew LaMar onto Timeline @ 2:09 pm on 05 Oct 2016
October 3, 2016 by Patrick Ammerman
A new study by Eleni Katifori, an assistant professor in the Department of Physics & Astronomy of the University of Pennsylvania School of Arts & Sciences, and Henrik Ronellenfitsch, a postdoc in her lab, described how a simple rule guides the development of the vasculature in both animals and plants.
They used mathematical modeling to show that this rule, known as adaptive feedback, can produce the most efficient possible network of veins for any organism.
Drew LaMar onto Primary and news articles @ 11:04 am on 04 Oct 2016
Drew LaMar onto Timeline @ 2:58 pm on 28 Sep 2016
Drew LaMar onto Timeline @ 4:29 pm on 26 Sep 2016
Carrie Diaz Eaton onto Online ODE courses @ 3:20 pm on 26 Sep 2016
Carrie Diaz Eaton onto Online ODE courses @ 3:17 pm on 26 Sep 2016
Online ODE course at University of Illinois
Carrie Diaz Eaton onto Online ODE courses @ 10:42 am on 26 Sep 2016
Drew LaMar onto Timeline @ 7:15 am on 25 Sep 2016
Drew LaMar onto Timeline @ 7:12 am on 25 Sep 2016
Biology Scholars Program
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Carola Haas onto Faculty Development @ 4:27 pm on 21 Sep 2016
Drew LaMar onto Timeline @ 2:17 pm on 21 Sep 2016