MEATing POINT Magazine: #17 / 2017
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CASE STUDY<br />
PREVENT THE FORMATION OF NITROSAMINES<br />
DURING BACON BAKING MANUFACTURED WITH<br />
A BLEND OF NATURAL COMPOUNDS<br />
Introduction<br />
There have been considerable concerns<br />
over the safety of nitrate and nitrite<br />
in foods. Measures have been taken<br />
to reduce the amounts of nitrate<br />
and nitrite used during meat curing<br />
processes owing to concern over the<br />
formation of nitrosamines. Although,<br />
nitrate is largely unreactive but can<br />
be reduced to nitrite, which can then<br />
react with secondary amines to form<br />
nitrosamines (many of which are<br />
carcinogens) (Dennis and Wilson,<br />
2003). N-nitrosamines (NA) may be<br />
formed during production and storage<br />
of nitrite preserved meat products.<br />
The group of NA includes both the<br />
so called volatile NA (VNA) and the<br />
non-volatile NA (NVNA).<br />
Nitrosamines are chemical substances<br />
with strong toxic, mutagenic, neuro- and<br />
nephrotoxic and carcinogenic effects.<br />
Dimethylonitrosamine (DMNA) and<br />
diethylonitrosamine (DENA) have the<br />
strongest toxic activity.<br />
Bacon processing<br />
Material and methods<br />
Figure 1. Raw bacon. Raw pork bellies were purchased from a local supplier. The bellies were<br />
injected to 15%. See table below with the brine formula (Table 1).<br />
Table 1. Brine formula<br />
Objective<br />
Compare the potential nitrosamine<br />
formation in two different types of<br />
cooked bacon. One bacon was made<br />
using nitrite (150 ppm) and the other<br />
one was produced without nitrite<br />
addition using NATPRE T-10 CUR<br />
RME, a PROSUR product that is<br />
based in fruit and spice extracts with<br />
high content of polyphenols.<br />
Table 2. The dosage of each ingredients in the bacon after injection.<br />
28 www.meatingpoint-mag.com | <strong>2017</strong>