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The small amount of proposed adsorbent (0.01 g) is applicable for successful removal of MB (RE > 95%) in short time (1.6 min) with high adsorption capacity (104 185 mg g−1).
The small amount of proposed adsorbent (0.015 g) is applicable for successful removal of MG (RE > 99%) in short time (4.4 min) with high adsorption capacity (140 172 mg g−1).
The small amount of adsorbent (0.008 0.015 g) is applicable for successful removal of JGB (RE > 99%) in short time (7 min) with high adsorption capacity (81.3 98.03 mg g−1).
The small amount of proposed adsorbent (0.015 g) was applicable for successful removal of dyes (RE > 99.0%) in short time (2.5 min) with high adsorption capacity in single component system (123.5 mg g−1 for MB, 123 mg g−1 for AO and 84.5 mg g−1 for Er).
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The sample is showing a homogeneous fluorescence of the functionalized area (not shown here, see Additional file 1), underlining that the GOPS treatment is applicable for the successful accumulation of DNA monolayer to ZnO surfaces.
The small amount of proposed adsorbent (0.023 g) is applicable for the successful removal of SY (> 97%) in short time (5 min) with high adsorption capacity (83 114 mg g− 1).
The central conclusion of the paper is that the field needs to work towards development of more patient-applicable endophenotypes to allow for successful translation of basic research discoveries to successful therapeutic development.
The resulting assemblies were used to confirm the orientation, bp deletion, and plasmid insertion copy number where applicable (not successful for multiple copy plasmid insertions) by alignment to the reference sequence Fusarium graminearum PH-1 genome and the plasmid sequence within Geneious version 7.1.6 created by Biomatters (available from http://www.geneious.com/) using LASTZ [ 39].
The final product's high optical purity, good crystal size distribution, SEM imagines and the in-situ observations, all suggested that the critical supersaturation control was essential and the systematic approach was successful and applicable for preferential crystallization.
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