The fourth pattern, failure of FruA-His6 alone to bind and lack of cooperative binding, was observed for the regions upstream of socA1 and pilA (Additional file 10, lanes 49 and 50).
An earlier study confirmed that branched nonylphenol can bind to human TTR, whereas no binding was observed for linear nonylphenol [ 25].
No binding was observed for N42A.
However, stable binding was observed for all complexes with slow or negligible dissociation as seen for tracrRNA (Supplementary Fig. 16b).
Moreover, a >1000-fold >1000-foldfor CN− binding was observed for KatGNterm.
However, moderate binding was observed for 4 days after imbibition (DAI) indicating a weakening of the starch structures as a result of amylolytic degradation in the grain.
Moreover, the presumably Fc silent human IgG4 PAA framework bound to cynomolgus monkey FcγRI with nanomolar affinity while only very weak binding was observed for the human FcγRI.
A trend of LM11 (recognising arabinoxylan and unsubstituted xylan) binding was observed for the CDTA extracted samples showing highest signals at 20 days after pollination (DAP) for all the three normal barley, AO and HP lines indicating the presence of CTDA-soluble transient structures of arabinoxylan since the LM6 (xylan recognising antibody) did not recognise any material.
Significant binding was observed for each receptor type and the binding affinity for naloxone versus naloxone methiodide was found to be 15:1 for μ, 6 1 for κ and 330 1 for δ receptors.
No binding was observed for polyvinylpyrolidone coated silver ENP (AgNPPVP) nor citrate coated silver ENP (AgNPCIT) suggesting that the properties of the core material have a major influence on binding reactions.
Essentially no binding was observed for GF, ∆1 83, or the stalk domain under the same assay conditions (Fig. 1B).
