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Keyword [Solid-phase organic synthesis]
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1. Solid-Phase Organic Synthesis Based On Polystyrene Bound Organoselenium Reagents
2. Preparation Of Polystyrene-Supported Sulfonyl Compounds And Their Applications In Solid-Phase Organic Synthesis
3. Optimization Of Synthetical Craftwork And Solid-phase Organic Synthesis Of 1,4-2H-benzoxazine-3(4H)-ones
4. Solid-Phase Organic Synthesis Based On Polymer-Supported Organoselenium Reagents
5. Kinetic Study Of Solid Phase Organic Synthesis And Cleavage Reactions
6. Applications Of Polymer-Supported Organselenium Reagents In Solid-Phase Organic Synthesis Reations
7. Solid-Phase Organic Synthesis Of Heterocyclic Compounds Containing Bromo Or Iodo Substituent Using Recyclable Polystyrene-Supported Selenium Bromide
8. Preparation Of Polystyrene-supported Propargly Sulfone And Its Application In Solid-phase Orgnic Synthesis Of Heterocyclic Compounds
9. Research On Synthesis Of P-Hydroxybenzaldehyde And Its Application
10. Synthesis Of Oxazolidinone Compounds
11. The Applications Of Polvstvrene-Suppor-ted Organoselenium Reagents On The Preparation Of Vitamin D Analogues By Solid-phase Synthesis
12. Preparation Of Polystyrene-supported2-sulfonylethanol And Its Application In Solid-phase Organic Synthesis
13. Researches On The Synthesis And/or Green Chemistry Technology Of Hydrate Hydrazine And Its Derivatives
14. Towards voltage-gated ion channels synthesized by solid-phase organic synthesis
15. Linear combinatorial solid phase organic synthesis
16. Synthesis and evaluation of functionalized polymers for use in solid phase organic synthesis
17. The sulfone linker in solid-phase organic synthesis: Development of cleavage strategies for the preparation of small molecules
18. The synthesis of isoxazol(in)es via 1,3-dipolar cycloaddition, other heterocyclic systems, and developments in solid-phase organic synthesis
19. Novel cleavable linkers for solid-phase organic synthesis
20. Solid-phase organic synthesis (SPOS) of heterocycles and preparation and use of functionalized cross-linked polymers as solid-phase catalysts
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