High-throughput schematic diagram

FIGURE I Schematic diagram of high-throughput LC/UV/MS analysis for equilibrium solubility assay. ... 

Figure 1 The classic yeast two-hybrid method and derivatives, (a) Schematic diagram of the yeast two-hybrid approach, describing an interaction between protein X and protein Y. Protein X is fused to a transcription factor DNA-binding domain (the "bait" construct), and protein Y is fused to a transcription factor activation domain (the "prey" construct), (b) High-throughput applications of the yeast two-hybrid method use mating of haploid strains carrying bait and prey, respectively. Hybrids can be mated in arrayed formats (as shown) or as libraries, (c) The reverse two-hybrid method uses a counter-selectable marker to indicate loss of protein interaction because of disruption by an inhibitor protein/small molecule ("/" illustrated in the diagram) or mutation(s) in proteins X and/or Y.

Bench-Scale Test Apparatus. A schematic diagram of the bench-scale test apparatus is shown in Figure 2. This apparatus is used to test the feasibility of gasifying wastes before pilot-scale tests are performed. The waste throughput of the bench-scale apparatus is 1 to 3 kg h-1 (2 to 6 lb/h), Approximately 5.5 kg (12 lb) of molten salt are contained in a 15-cm ID by 76-cm high alumina tube placed inside a type 321 stainless steel... 

Figure 6.2. Schematic diagram of an LC/MS system for high-throughput purification of combinatorial library compounds using the MS signal as trigger for fraction collection. Reprinted with permission from reference 12.

Figure 35.12 shows a schematic diagram of an online high-throughput detection system for a reaction product synthesized by a microreactor. The system has a synthesis chip that a microreactor for the synthesis of 2,2,2-trifluore-A-phenetyl acetamide (TPA), an extraction chip for the purification of TPA from the reaction mixture, and an electrospray ionization mass spectrometer (ESl-MS) for... 

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