The recent advances and some typical reactions types in solid phase organic synthesis are reviewed.

This article reviews the linkers and linkage strategies in solid phase organic synthesis, and the application of solid phase synthesis in various organic synthesis in recent years.

Recent Progress in the applications of transmission, diffuse reflectance, attenuated total reflection, photoacoustic and microscopic Fourier-transform infrared spectroscopy for qualitative and quantitative analyses in solid-phase organic synthesis is reviewed.

This review is concerned with the characteristic, the development, and the application of linkers for solid-phase organic synthesis, especially the functional linkers such as spacer linkers, traceless linkers, safety-catch linkers and multidetachable linkers.

However, such a gas injection process tends to changing tbermodynamic conditions in the petroleum system, including the system's composition, temperature and pressure, possibly giving rise to precipitation of organic solid materials.

Liquid-Phase Organic Synthesis Using Poly (Etheylene Glycol) as Support;

This paper focuses on the concept and features of functional ionic liquid supported liquid-phase organic synthesis, and its application to the synthesis of small molecular heterocycles, peptides, oligosaccharides.

The recent advances in synthesis of organic small compounds on PEG-support and applications in liquid-phase organic synthesis on PEG-supported reagents are reviewed.