On the other hand, a number of theoretical models for nucleosome-forming sequences [ 12, 13, 15, 16, 25] have indicated various sequence tendencies related to DNA composition and periodicities, but to what extent these properties are constrained (this being the prerequisite for any code) is a question that has not been addressed in full.
Numbers data has indicated that various inflammatory mediators such as IL-1 β, IL-8, and TNF- α can lead to neuronal damage [ 6, 7].
Although considerable evidence has indicated that various xenobiotics may be immunosuppressive, little attention has been directed toward ascertaining a specific cellular locus which could be responsible for the impaired immune responsiveness.
Additionally, research in various disease models has indicated the kinase as an interesting inhibitory drug target for various acute or chronic inflammatory diseases.
Evidence from various sources has indicated that chromatin might generally be less compact and more "transcription-permissive" in undifferentiated ES cells compared with differentiated cells.
Converging evidence from various laboratories has indicated a lack of consistent effects upon HPA programming by maternal separation protocols in mice (Millstein and Holmes, 2007; Own and Patel, 2013).
Experimenting with various cutoff cycles has indicated that setting the cutoff one or two cycles above or below this cycle does not significantly affect MAK2 concentration predictions.
However, extensive testing of various cutoff values has indicated such errors to be negligible in our implementation.
Several reports have indicated that various Afa/Dr-positive strains are able to enter epithelial cells in vitro [ 174, 180– 182].
Several investigations have indicated that various growth factors and cytokines stimulate the AR through the Raf-1/MEK/ERK, NF- κB, and Akt pathways at low level or absent in the androgens [ 27].
