In this paper, we extend upon our previously reported work [ 20], which was focussed only on the construction of PhenoCHF.
Based upon our previously published data [ 25, 26] and published reports [ 2- 12], we hypothesize that central clock mechanisms in the chick pineal gland are likely identical or, at least, very similar in the retina and must be retained in vitro.
Our original impetus was based on our previously reported NeuroD6-mediated long-term neuronal survival upon serum removal (Uittenbogaard and Chiaramello, 2005) combined with our recent microarray analysis suggestive of a co-ordinate expression between NeuroD6, mitochondria-related genes and a cluster of ROS-scavenging genes (Uittenbogaard et al., 2010).
To investigate the ability of the yeast Tpo1p transporter to confer resistance to metal cations in plants, we analysed the growth of Arabidopsis ScTPO1-expressing lines upon exposure to two different concentrations of the Co2+, Cu2+, Ni2+, Al3+ or Cd2+ ions, selected based on our previously reported physiological analyses14.
Here, based on our previously reported reverse engineering method, we propose a new constraint, i.e., the minimum network constraint, to facilitate the reconstruction of biological networks.
Celecoxib concentrations were based on our previously reported study [ 15].
Additionally, we evaluated the expression of hormone receptors based on our previously reported case.
Based on our previously reported results [ 21], all bioluminescence measurements were done 15 min after i.p. injection of luciferin.
Here we present a molecule with four functional units—our previously reported rotary motors6,8,17 that undergo continuous and defined conformational changes upon sequential electronic and vibrational excitation.
In the present paper, based on an extension of our previously reported sample, we address a different question.
