Bradly Alicea
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  • Home
  • Publications
    • Interactive CV-ROM
    • Google Scholar
    • ResearchGate
    • Semantic Scholar
    • dblp
    • NCBI
    • Publons Profile
    • Libraries
  • Projects
    • DevoWorm
    • Representational Brains and Phenotypes
    • Rokwire Community
    • Data Reuse Initiative
    • Reproducibility for Everyone
    • Reprogramming to the Nervous System
  • Pedagogical Materials
    • Teaching History
    • Course Design
    • Open Badges
    • Symposia, Workshops Blogrolls, and Media
    • Notes, Virtual Travelogues, and Brainstorms
  • Blogging
    • Synthetic Daisies
    • Tumbld Thoughts
    • The Gradient
    • Rokwire Community
  • Contact
  Bradly Alicea
Picture
Reprogramming to the Nervous System: a computational and candidate gene approach. Dissertation, Michigan State University, ProQuest. Open Access version
OSF Commons   Project Site

Papers:
Alicea, B.   
Cellular decision-making bias: the missing ingredient in cell functional diversity. arXiv, 1310:8268 [q-bio.QM] (2013).
 
Alicea, B., Murthy, S., Keaton, S.A., Cobbett, P., Cibelli, J.B., and Suhr, S.T.  Defining phenotypic respecification diversity using multiple cell lines and reprogramming regimens. Stem Cells and Development, 22(19), 2641-2654 (2013).
 
Alicea, B.  Collective properties of cellular identity: a computational approach. arXiv, 1302:0826. [q-bio.GN, q-bio.QM] (2013).
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Book Chapters:

Alicea, B. and Cibelli, J.B.  (2013). Comparing indirect-derived ES cells and directly-derived iPS cells. In “Principles of Cloning”. Elsevier, Amsterdam.

Posters:

Alicea, B.  Dynamical Cellular Encodings for Exploring Cellular Reprogramming. Dynamics Days 2012. Baltimore, MD. Poster (2012).
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Alicea, B.  Dynamical approximation of a reprogramming cell culture. Dynamic Days 2010. Evanston, IL. Poster (2010).
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