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Why do your friends have more friends than you do? The question may sound offensive. We don’t even know you. How can we assume than you have fewer friends than your friends have on average? Because… (More)

- Hannah L. Callender, Mary Ann Horn, Dianne L Decamp, Paul C. Sternweis, H Alex Brown
- Journal of theoretical biology
- 2010

A mathematical model of the G protein signaling pathway in RAW 264.7 macrophages downstream of P2Y(6) receptors activated by the ubiquitous signaling nucleotide uridine 5'-diphosphate is developed.… (More)

Many empirically studied networks have approximately so-called power-law or scale-free degree distributions. In Section 1 we formally define such distributions and explore some of their properties.… (More)

- Winfried Just, Hannah L. Callender, Drew LaMar, Natalia Toporikova
- 2013

This module gives a brief introduction to models of disease transmission on contact networks. These models allow for exploration of stochastic effects and incorporation of more biological detail than… (More)

- Dolly Peach, Jacqueline D Van Hoomissen, Hannah L. Callender
- Physiological measurement
- 2014

Though portable accelerometers are ubiquitous in physiology and public health studies, their accuracy as objective measures of physical activity is still being examined. This paper enumerates and… (More)

Press New to initialize a next-generation SIR-model on a network GReg(200, 4) with one index case in an otherwise susceptible population. Press Metrics to verify that R0 = 2. By the result of our… (More)

- Hannah L. Callender, Jeffrey Forrester, Pavlina T. Ivanova, Anita M Preininger, Stephen Milne, H. Alex Brown
- Analytical chemistry
- 2007

Diacylglycerols (DAGs) play significant roles in both intermediate metabolism and signal transduction. These lipid species are second messengers involved in modulating a plethora of cellular… (More)

In our module Exploring distances with IONTW [2] you learned that a class of networks has the small-world property if, for some fixed positive constants P and c, the P -th percentile of the distance… (More)

As we explained in the brief overview of network-based models of transmission of infectious diseases at this web site1, for most populations of hosts the actual contact network is not known, and we… (More)

- Johan Grasman, Hannah L. Callender, Marco Mensink
- PloS one
- 2017

A differential equation model is formulated that describes the dynamics of glucose concentration in blood circulation. The model accounts for the intake of food, expenditure of calories and the… (More)