A small amount of SAR DNA was present in the mixture to avoid precipitation of chromatin by excess H1.
A certain amount of SAR (scaffold-associated region) DNA was present in the mixture to avoid precipitation of chromatin by excess H1.
An increased amount of Sar-soluble and insoluble 3R tau was detected in cells expressing 3R1N tau and APP when the cells were treated with 3R1N tau fibrils (Fig. 3b).
To reduce the amount of stored SAR data, Sujit [1] proposed a method based on CS theory.
An appropriate amount of the SAR fragment from the Drosophila histone cluster was added to keep H1 stoichiometry approximately constant and as a means of having a set of reference relative affinities.
The amounts of chromatin, SAR and additional H1 were adjusted so as to keep the stoichiometry of perturbed chromatin similar to that of native chromatin.
A sample of chromatin containing 20 μg of DNA was incubated in physiological salt for 90 min at 37°C with increasing amounts of a SAR fragment from the Drosophila histone cluster.
Similar to the effect already described for the induction of LTP, SAR 10 W/kg exposed animals responded in an essentially robust way and showed the lowest amount of LTD in comparison to the group of SAR 2 W/kg (p2 W/kg vs. 10 W/kg <0.001) and sham exposed rats (psham vs. 10 W/kg <0.001).
To induce SAR, a large amount of NPR1 monomers must be translocated to the nucleus.
The first known case of Sars emerged in the southern Chinese province of Guangdong in November 2002.
