4A and B shows jelly candy with microparticles when observedin microscope using external optical fiber source light (Olympus). The40× magnification was sufficient to observe microparticles (pinkishstructures) inside the jelly candy. In addition, was observed the differenceof color between microencapsulation methods, since microparticlesobtained by dripping-extrusion have shown more intense colorthan microparticles obtained by atomization. Both microparticles exhibitedgood thermal resistance at jelly candy matrix, maintaining theirintegrity throughout the process. Such characteristic is very importantfrom technological point of view.Jelly candies with particles were seen in stereoscope at a 40×magnification and at external light (Fig. 4C and D). The microparticlesobserved were intact inside the candy. We could also observe the presenceof air bubbles in a large amount. Fig. 4C shows better distributionof microparticles obtained by atomization. The smaller size of suchmicroparticles enabled a more homogeneous color, which resulted in alight pink color to the entire candy.