Effect of Relative Humidity on the Oxidative Stability of Microencapsulated Sea Buckthorn Seed Oil

Abstract

The effect of r The effect of r The effect of r The effect of r The effect of relative humidity (RH) (20 °C: RH 11%, 54%) on o e humidity (RH) (20 °C: RH 11%, 54%) on o e humidity (RH) (20 °C: RH 11%, 54%) on o e humidity (RH) (20 °C: RH 11%, 54%) on o e humidity (RH) (20 °C: RH 11%, 54%) on oxidative stability micr e stability micr e stability micr e stability micr e stability microencapsulated sea meq/kg just after 1 wk. Caking and collapse of the microcapsule powder were observed in the rubbery state. At meq/kg just after 1 wk. Caking and collapse of the microcapsule powder were observed in the rubbery state. At meq/kg just after 1 wk. Caking and collapse of the microcapsule powder were observed in the rubbery state. At meq/kg just after 1 wk. Caking and collapse of the microcapsule powder were observed in the rubbery state. At accelerated conditions (50 °C: RH 11%, 30%, 45%), the oxidation was noticeably fast, not only in the bulk oil but also accelerated conditions (50 °C: RH 11%, 30%, 45%), the oxidation was noticeably fast, not only in the bulk oil but also accelerated conditions (50 °C: RH 11%, 30%, 45%), the oxidation was noticeably fast, not only in the bulk oil but also accelerated conditions (50 °C: RH 11%, 30%, 45%), the oxidation was noticeably fast, not only in the bulk oil but also accelerated conditions (50 °C: RH 11%, 30%, 45%), the oxidation was noticeably fast, not only in the bulk oil but also in the MD/GA matrix, even in the glassy state. The behavior in the HiCap matrix was more complex as the amount of in the MD/GA matrix, even in the glassy state. The behavior in the HiCap matrix was more complex as the amount of in the MD/GA matrix, even in the glassy state. The behavior in the HiCap matrix was more complex as the amount of in the MD/GA matrix, even in the glassy state. The behavior in the HiCap matrix was more complex as the amount of in the MD/GA matrix, even in the glassy state. The behavior in the HiCap matrix was more complex as the amount of peroxides started to decrease in time. This was assigned to the structural collapse in HiCap microcapsules. The peroxides started to decrease in time. This was assigned to the structural collapse in HiCap microcapsules. The peroxides started to decrease in time. This was assigned to the structural collapse in HiCap microcapsules. The peroxides started to decrease in time. This was assigned to the structural collapse in HiCap microcapsules. The peroxides started to decrease in time. This was assigned to the structural collapse in HiCap microcapsules. The behavior of the microencapsulated oils under accelerated conditions did not correlate with their behavior at 20 °C. behavior of the microencapsulated oils under accelerated conditions did not correlate with their behavior at 20 °C. behavior of the microencapsulated oils under accelerated conditions did not correlate with their behavior at 20 °C. behavior of the microencapsulated oils under accelerated conditions did not correlate with their behavior at 20 °C. behavior of the microencapsulated oils under accelerated conditions did not correlate with their behavior at 20 °C. K