Food Safety Performance in Food Manufacturing Facilities: The Influence of Management Practices on Food Handler Commitment

The purpose of the study was to investigate the influence of management practices on food handler commitment and, ultimately, food safety performance in food manufacturing facilities. Two focus groups, one with six food handlers and the other with six food safety professionals, were used to develop a conceptual model that measured the effect of management practices on food handler commitment and organizational performance. The fitness of the structural model was measured via a survey with 945 respondents from 189 food manufacturing facilities and official food inspectors in the Emirate of Dubai, United Arab Emirates. The study found that training, communication, employee involvement, and organizational management support positively and significantly influenced employee commitment, and employee commitment positively and significantly influenced facilities' food safety performance. These results indicate food handler commitment is a critical factor in the relationship between all of the studied management practices and facilities' food safety performance. The study may have implications for food safety inspectors, enforcement officers, training agencies, and food manufacturing managements to consider human aspects in their work.

Monitoring changes in the nutritional content of ready-to-eat grain-based dessert products manufactured and purchased between 2005 and 2012

BACKGROUND

Monitoring changes in the nutritional content of food/beverage products and shifts in consumer purchasing behaviors is needed to measure the effectiveness of efforts by both food manufacturers and policy makers to improve dietary quality in the United States.

OBJECTIVE

To examine changes in the nutritional content (eg, energy, saturated fat, and sugar density) of ready-to-eat (RTE) grain-based dessert (GBD) products manufactured and purchased between 2005 and 2012.

DESIGN

Nutrition Facts panel information from commercial databases was linked to RTE GBD products purchased by households (N=134,128) in the Nielsen Homescan longitudinal dataset 2005-2012.

STATISTICAL ANALYSIS

Linear regression models were used to examine changes in the energy, saturated fat, and sugar density of RTE GBD products manufactured in each year between 2005 and 2012. Random effects models controlling for demographics, household composition/size, and geographic location were used to examine changes in household purchases of RTE GBD products (in grams) and the average energy, saturated fat, and sugar density of RTE GBD products purchased.

RESULTS

The saturated fat density (grams/100 g) of RTE GBD products increased significantly from 6.5±0.2 in 2005 to 7.3±0.2 and 7.9±0.2 for pre-existing and newly introduced products in 2012, respectively. Between 2005 and 2012, the energy density (kilocalories/100 g) of RTE GBD products purchased decreased significantly from 433±0.2 to 422±0.2, the saturated fat density (grams/100 g) of products purchased increased significantly from 6.3±0.01 to 6.6±0.01, the sugar density (grams/100 g) of products purchased decreased significantly from 32.4±0.03 to 31.3±0.02, and household purchases of RTE GBD products (in grams) decreased by 24.1%±0.4%.

CONCLUSIONS

These results highlight an opportunity for both food manufacturers and public health officials to develop new strategies to shift consumer purchases toward products with lower energy, saturated fat, and sugar densities in addition to decreasing overall purchases of RTE GBDs.