We quantify the dynamical implications of the small-world phenomenon by considering the
generic synchronization of oscillator networks of arbitrary topology. The linear stability of the …

… SC3 takes as input an expression matrix, M, in which columns correspond to cells and rows
correspond to genes/transcripts. Each element of M corresponds to the expression of a gene/…

… In our experience, patients with confirmed CS in fact have a lower body mass index
compared to patients with suspected, but biochemically not confirmed CS (~30kg/m 2 vs. 33 kg/…

… The distances between the three profiles decreased from D(L - M) 0 days = 0.027 to D(L -
M) 6 days = 0.009 and from D(M - H) 0 days = 0.061 to D(M - H) 6 days = 0.012 (Fig. 4 and …

Tanycytes are elongated hypothalamic glial cells that cover the basal walls of the third
ventricle; their apical regions contact the cerebrospinal fluid ( CSF ), and their processes reach …

… , mRpt , mRep are the reporter and repressor mRNA, PRpt , PRep are the reporter and
repressor proteins, I is the inducer, R is the ribosome, and all other species are complexes …

… Without loss of generality, let us describe some Markov process M in terms of the motion of
a random walker moving on the graph. Under the single condition that M is ergodic, namely …

We provide an analysis of the classic Kuramoto model of coupled nonlinear oscillators that
goes beyond the existing results for all-to-all networks of identical oscillators. Our work is …

… This regime can be studied through the extension to the continuous-time version of [2]
obtained by substituting M t by the matrix exponential exp[(M - I)t], where I is the identity matrix (23)…

… where p denotes the 1 Â N dimensional probability vector and M is the transition matrix. Note
that following the Markov chain literature, the probability vectors are defined as row vectors. …