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In fact, we also showed that the NB-associated proteins turned out to consist of calcium or apatite binding proteins found in the medium in which NB were presumably formed.
This protein profile appears to mirror the very composition of the calcium and apatite binding proteins found in the serum that in turn had been used to culture and assemble NB; their relative abundance found in the NB scaffold appears to vary directly with their respective protein concentrations seen in the feeder serum as well as with their calcium and apatite binding affinities [2].
Like NB, serum granulations can seed particles upon transfer to serum-free medium, and their main protein constituents include albumin, complement components 3 and 4A, fetuin-A, and apolipoproteins A1 and B100, as well as other calcium and apatite binding proteins found in the serum.
It is possible that this protein exercises binding of biogenic amines such as displayed by histamine/serotonin/norepinephrin binding proteins found in the salivary glands of ticks [ 101], mosquitoes [ 102] and triatomine bugs [ 103, 104].
Although Model 2 did not take into account the variety of potential binding proteins found in Model 1, using a generic binding partner instead, this simplified β-catenin model provides a good platform for advancing a Wnt signaling model which is more representative of real life systems.
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Together, the data presented in Figures 1, 2, 3, 5 and Table 1 suggest that NF90 is a dengue RNA binding protein found in the EMSA RNP2 complex (Figure 1B).
Protein S-100 (especially the B subunit) is a calcium binding protein found in high concentrations specifically in neurogliar and Schwann cells.
Although IGFBP3 is the most common binding protein found in the placenta [ 23], IGF1 and IGFBP1 appear to play the major role in regulating fetal growth.
Calprotectin, a calcium binding protein found in neutrophilic granulocytes, monocytes, and macrophages, which resists faecal degradation was also used as a marker.
KCs are responsible for production of high mobility group box 1 (HMGB1), a DNA binding protein found in most cells that also functions as a pro-inflammatory molecule extracellularly.
The assay permits observation of the first 5 μM of ATP hydrolyzed, which is limited by the concentration of the fluorescent Pi binding protein found in solution.
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