We use an automaton model for the cell cycle to assess the toxicity of various circadian
patterns of anticancer drug delivery so as to enhance the efficiency of cancer chronotherapy�…

Quantitative single-cell time-lapse microscopy is a powerful method for analyzing gene
circuit dynamics and heterogeneous cell behavior. We describe the application of this�…

Cell populations can be strikingly heterogeneous, composed of multiple cellular states, each
exhibiting stochastic noise in its gene expression. A major challenge is to disentangle these�…

To optimize the temporal patterning of drug delivery used in cancer chronotherapy, we resort
to an automaton model describing the transitions through the successive phases of the cell�…

The circadian timing system (CTS) controls drug metabolism and cellular proliferation over
the 24 hour day through molecular clocks in each cell. These cellular clocks are coordinated�…

Typically, biometric systems authenticate the user at a particular moment in time, granting or
denying access to resources for the complete session. This model of authentication does not�…

Purpose: The aim of this study is to find out the central corneal thickness (CCT) values for a
Turkish patient group and to investigate the possible influences of age, sex, IOP, refractive�…

In plants mechanical signals pattern morphogenesis through the polar transport of the
hormone auxin and through regulation of interphase microtubule (MT) orientation. To date�…

A barrier to utilizing machine learning in seasonal forecasting applications is the limited
sample size of observational data for model training. To circumvent this issue, here we�…

We consider an automaton model that progresses spontaneously through the four
successive phases of the cell cycle: G1, S (DNA replication), G2 and M (mitosis). Each�…