We propose an approach wherein the price sensitivity parameter of a brand choice model is specified as a function of loyalty with three parameters.
In order to explain these findings, we propose a model wherein the Z/AP and Z/EG loci are demethylated after fertilization as a result of the genome wide demethylation that is known to occur in pre-implantation embryos [25].
We propose a model wherein MyoD1 mediates recruitment of Set7, H3K4me1, H3K27ac, p300, and RNAP II to MyoD1-bound enhancers to establish condition-specific activation of muscle genes.
Since H4K16ac prevents chromatin compaction, we propose a model, wherein Hdacs1,2 remove H4K16ac to allow chromatin restoration/reassembly step following DNA replication.
Hence, we propose a model wherein BMPR1A is connected to the TAK1 complex (TAK1 TAB1) through XIAP, and TAK1 mediates canonical Smad and p38 MAP kinase activation downstream of BMP signalling.
Based on these results, we propose a model wherein inactivation of Nf1 during early embryonic stages overproduces BG cells, thus impairing the formation of the PC/BG monolayer, and consequently, the alignment of the BG scaffold.
We propose a model wherein the interaction of Arfrp1-GTP and AP-1 exposes a sorting recognition determinant of the AP-1 µ subunit that binds the sorting motif on Vangl2, and this binding in turn helps to stabilize AP-1 assembly on membranes.
To overcome this problem, we propose inter-frame scheduling, wherein free bandwidth from one dedicated frame is temporarily re-assigned to another frame and to the link which can best utilize it.
We propose the "tumbling hypothesis", wherein a molecule tumbling through an imprinted network with multiple, organized functionalities and an appropriate mesh size, experiences heightened interactions with memory sites and shows delayed transport kinetics.
Nowadays, that sort of thing isn't particularly special or eyebrow raising so we propose a new celebration wherein travelers bungee jump, using this year's extra day to scare the bejeezus out of themselves.
