Melibiose 1-phosphate

That melibiose-l-phosphate cannot react with fructofuranose is inferred from the inability of the enzyme to phosphorolyze raffinose. 

Katon et al. (1968) have extended their low-temperature work to other types of compounds and have given a description of the low-temperature cell they used. Other carbohydrates were examined (e.g., raffinose, sucrose, fructose, arabinose, xylose, lactose, mannose, maltose, galactose, rhamnose, cellobiose, and melibiose) as well as a noncrystalline trypsin (little or no change at the lower temperature), urea, diphenyl, stearoyl chloride, cholesterol (Fig. 3.20), cholesteryl acetate, serotonin creatinine sulfate, sodium creatinine phosphate hexahydrate, daunomycinone, carnosine, and... 

D-melibiose 339 M , while the monoboronic acid 28a has a binding constant of 96 in 52.1 wt% methanol-water at pH 8.21 (phosphate buffer). The selectivity of 27a-f for D-melibiose mirrors that for D-glucose, indicating that these diboronic acid sensors form stable 1 1 cyclic structures with the furanose segment of D-melibiose [84]. These observations and those of Hall with polysaccharides complement the observations made by Norrild for monosaccharides [13,14,85]. 

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