- According to
Joseph Juran, quality means “fitness for use”
- According to
Philip Crosby, quality means “conformance to requirements.”
- “Low quality
does not necessarily mean bad quality.” – Felix Amiri
- "With
product quality, 'low' describes a ranking while 'bad' invariably means
unacceptability" - Felix Amiri
- “Product quality
is mostly perceived and sometimes experienced; but product safety is
experienced, else it is an unfounded perception.” – Felix Amiri
- “Quality is
subject to personal opinion that can be changed; safety is subject to
personal susceptibility that cannot be changed.” – Felix Amiri
- “A product found
to be unsafe is automatically, universally and correctly perceived to have
unacceptable quality.” – Felix Amiri
- "One
hundred percent (100%) assessment of products for quality and safety
takes place at the point of consumption or use" - Felix Amiri
- "The
results of the most crucial and complete assessment of products for
quality and safety, with or without objective conclusions, are not always
published but inevitably and decisively acted upon." - Felix
Amiri
- "A poor
quality food may cause little more than a disruption of consumers’
enjoyment and disrupts no deeper than the emotional enjoyment; but an
unsafe food product disrupts consumers’ health and life up to the point of
even causing death." - Felix Amiri
- "We are
required and morally obligated to insure our product is safe for consumer
use." - Gary Crittenden
- "The main
motive of a food company should be to take care of the health of their
customers or consumers and keep them happy by providing foods with safe
and good quality foods.If they are successful in both aspects, they get
more business without advertisements and marketing. " - Pragash
RAMADOSS
- "The
success of a food safety system is not based on how good people feel about
it; but on how well (healthy) people remain upon consuming the
resulting products." – Felix Amiri
- "The true
measure of a product quality control system is not the audit report; it is
the experience and satisfaction of the people using the resulting
product." – Felix Amiri
The Global Coalition for Sustained Excellence in Food & Health Protection invites you to have your say. This is an action campaign that calls for collaborative engagement.
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Friday, 28 June 2013
Quips about Product Quality and Safety:
Monday, 17 June 2013
Sunday, 16 June 2013
Safety of Food Irradiation
Links to some published information on food irradiation:
Idaho State University Fact Sheet: Food Irradiation explained with
a list of additional resources and the organizations that support food
irradiation: http://www.physics.isu.edu/radinf/food.htm
Health Canada - http://www.hc-sc.gc.ca/fn-an/securit/irridation/faq_food_irradiation_aliment01-eng.php
UK Food Safety Standards - http://www.food.gov.uk/policy-advice/irradfoodqa/#.Ub2iSfnkurw
From The American Dietetic Association Position: Food irradiation http://www.ncbi.nlm.nih.gov/pubmed/10670403
Friday, 14 June 2013
Radioactive Fish Found In California
The article also stated: "Daniel
Madigan, one of the study's authors, explained that this study shouldn't give
people pause about eating tuna caught in the Pacific. 'We're exposed to
radiation in almost all of the food we eat,' he explained."
Note the inclusion of radiological hazards in the required hazard analysis under the FSMA:
‘‘SEC. 418.
HAZARD ANALYSIS AND
RISK-BASED PREVENTIVE CONTROLS.
‘‘(a)
IN GENERAL.—The owner,
operator, or agent in charge of
a facility shall, in
accordance with this section,
evaluate the hazards that could affect
food manufactured, processed, packed, or held by such
facility, identify and implement
preventive controls to significantly minimize or prevent the occurrence of such hazards and
provide assurances that such food
is not adulterated
under section 402 or
misbranded under section
403(w), monitor the performance
of those controls, and maintain records of this monitoring as a matter of
routine practice.
‘‘(b)
HAZARD ANALYSIS.—
The
owner, operator, or agent in charge of a facility shall—
‘‘(1)
identify and evaluate known or
reasonably foreseeable hazards that may
be associated with the facility, including—
‘‘(A)
biological, chemical, physical, and
radiological hazards, natural
toxins, pesticides, drug residues, decomposition, parasites, allergens, and unapproved food and
color additives; and
‘‘(B)
hazards that occur naturally, or may be
unintentionally introduced; and
‘‘(2)
identify and evaluate hazards that
may be intentionally introduced,
including by acts of terrorism; and
‘‘(3)
develop a written analysis of the
hazards.
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