<p>The purified HaALP sample was immobilized on CM5 surface and five different concentrations of WT and mutant toxins were injected at a flow rate of 30 µl/min. Binding events were monitored and response curves were prepared by subtracting the signal generated simultaneously on the control flow cell. (A) Cry1Ac WT, (B) Q509A, (C) N510A, (D) R511A, (E) Y513A, (F) Triple mutant, (G) Tetra mutant, (H) W545A.</p
<p>Plots of the equilibrium binding response, normalized to the R<sub>max</sub> value (the ligand im...
(A–F) Real-time luciferase measurements of Per1 and Per2 promoter activity in non-oscillating HEK293...
ELISA assay of Cry1Ac and Cry2A proteins in reference control and transgenic sample.</p
<p>HaALP receptor protein was resolved by 10% SDS–PAGE and transferred to nitrocellulose membrane. E...
<p>The proteins transferred to a PVDF membrane were probed with activated Cry1Ac toxin and detected ...
<p>(A) Detection of Cry1Ac binding to Sf9 cells expressing PxmALP by immunolocalization. Panels 1 to...
<p>Histograms show the number of Cry 1Ab toxins versus the fluorescence intensity. Dot plot graphs s...
<p>Experimental curves (jagged line) are shown overlaid with fitted curves (smooth line) obtained wi...
<p>Both the detection of bound Cry1Ac by Western blotting (upper row) and quantitative estimation of...
(A) Schematic representation of the experimental set-up. Colours of the sensors correspond with the ...
<p><i>A–C</i>, background-corrected SPR sensorgrams of defensins, each at 333 nM, binding to immobil...
<p>Panel A, Binding of Cry1Fa: Lane 1, binding of Cry1Fa to SfBt; Lane 2, binding of Cry1Fa to SfLab...
(A) Schematic representation of the experimental set-ups. Colours of the sensors correspond with the...
<p>The left lane of each pair shows total binding with no competitor (-). The right lane shows non-s...
<p>30 µg each of fat body, Malpighian tubule and salivary gland membrane protein fractions prepared ...
<p>Plots of the equilibrium binding response, normalized to the R<sub>max</sub> value (the ligand im...
(A–F) Real-time luciferase measurements of Per1 and Per2 promoter activity in non-oscillating HEK293...
ELISA assay of Cry1Ac and Cry2A proteins in reference control and transgenic sample.</p
<p>HaALP receptor protein was resolved by 10% SDS–PAGE and transferred to nitrocellulose membrane. E...
<p>The proteins transferred to a PVDF membrane were probed with activated Cry1Ac toxin and detected ...
<p>(A) Detection of Cry1Ac binding to Sf9 cells expressing PxmALP by immunolocalization. Panels 1 to...
<p>Histograms show the number of Cry 1Ab toxins versus the fluorescence intensity. Dot plot graphs s...
<p>Experimental curves (jagged line) are shown overlaid with fitted curves (smooth line) obtained wi...
<p>Both the detection of bound Cry1Ac by Western blotting (upper row) and quantitative estimation of...
(A) Schematic representation of the experimental set-up. Colours of the sensors correspond with the ...
<p><i>A–C</i>, background-corrected SPR sensorgrams of defensins, each at 333 nM, binding to immobil...
<p>Panel A, Binding of Cry1Fa: Lane 1, binding of Cry1Fa to SfBt; Lane 2, binding of Cry1Fa to SfLab...
(A) Schematic representation of the experimental set-ups. Colours of the sensors correspond with the...
<p>The left lane of each pair shows total binding with no competitor (-). The right lane shows non-s...
<p>30 µg each of fat body, Malpighian tubule and salivary gland membrane protein fractions prepared ...
<p>Plots of the equilibrium binding response, normalized to the R<sub>max</sub> value (the ligand im...
(A–F) Real-time luciferase measurements of Per1 and Per2 promoter activity in non-oscillating HEK293...
ELISA assay of Cry1Ac and Cry2A proteins in reference control and transgenic sample.</p