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An N-terminus with small acidic motif (DSpSpEE) that is also found in SIBLING proteins [65]. When solubilized, statherin has a random coil conformation. When bound to HA, it takes on a more alpha-helical structure exposing a bacterial binding site [63], leading to bacterial entrapment. Another example is the role of the IDP, DMP1, in preventing kidney and cardiovascular calcification. The double k
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Nucleation clusters. In calcium phosphate solution, the presence of amelogenin stabilized small particles, aggregates with two or three particles and larger aggregates (pre-nucleation clusters). While needle shaped particles of hydroxyapatite were eventually formed, the amorphous aggregates were stabilized by amelogenin, leading to the statement that amelogenin inhibited (retarded) mineralization
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Nucleation clusters. In calcium phosphate solution, the presence of amelogenin stabilized small particles, aggregates with two or three particles and larger aggregates (pre-nucleation clusters). While needle shaped particles of hydroxyapatite were eventually formed, the amorphous aggregates were stabilized by amelogenin, leading to the statement that amelogenin inhibited (retarded) mineralization
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Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are
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Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are
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Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are
1
Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are
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Ibodies, primarily SC-1173 and SC9040 [160, 161]. AT1 receptors in the RVLM and NTS showed increased AT1 immunoreactivity, while AT2 receptors showed decreased immunoreactivity. Infusion of Ang II into the brain of rabbits to simulate a heart failure model increased AT1 receptor immunoreactivity in the RVLM [162]. Interestingly, viral transfection of AT2 receptors into the RVLM, which was document