1
The Use of laboratory Information Management Systems in Food Safety Testing The Use of laboratory Information Management Systems in Food Safety Testing The Use of laboratory Information Management Systems in Food Safety Testing C li Th t dD C tt Th Fi h Si tifi Wb MA USA Colin Thurston and Don Crossett , Thermo Fisher Scientific, Woburn, MA, USA. Introduction Introduction R i f l R ti i t i tdf d h b i id Food production has become increasingly globalised in recent years not only In order to illustrate this point, consider the following two examples: Traceability & Authenticity Reporting of results Recent issues concerning contaminated foods have been given wide coverage Food production has become increasingly globalised in recent years, not only in terms of food production but also in terms of global demand for specific One of the key regulatory requirements for food safety is traceability. LIMS Typical food safety laboratories spend a significant amount of time in the world’s press, which in turn has led the consumer to question the safety of in terms of food production, but also in terms of global demand for specific food types essentially as populations in developing nations have become The FDA reports that there are five times more identified pathogens allows users to not only show the relationships between the various manually preparing reports. Recent visits made to customer labs by both domestically produced and imported foodstuffs. food types essentially as populations in developing nations have become lthi th i f dd d h b i il t th i th d l d The FDA reports that there are five times more identified pathogens compared to 50 years ago allows users to not only show the relationships between the various ingredients that have been processed to prepare a final product but can Thermo Fisher staff found that up to 20% (i.e. one day per week) is wealthier, their food demands have become similar to those in the developed ld I Chi f l th l ff d t kt h d bl d compared to 50 years ago ingredients that have been processed to prepare a final product, but can also identify the testing carried out at each stage hence it is possible to spent preparing report data in spreadsheets and word processing The ensuing demands for surveillance of food ingredients and products means world. In China, for example, the sales of food at supermarkets has doubled $ Analytical technologies have advanced to allow large numbers of also identify the testing carried out at each stage hence it is possible to show both the related ingredient batches but also the quality of those software. Nautilus LIMS allows users to automate this arduous that food laboratories are required to deploy an increasing number of testing every year since their introduction in 1999, and now represent a $100Bn Analytical technologies have advanced to allow large numbers of contaminants to be screened in a single method e g Figure 3: 170 show both the related ingredient batches, but also the quality of those ingredients In the example shown in Figure 4 (below) a failing reporting process using re-usable templates, embedded calculations methods and to sort through the resulting data to highlight potential problems. industry. contaminants to be screened in a single method e.g. Figure 3: 170 pesticides in a GC MS/MS method (see Figure 3) ingredients. In the example shown in Figure 4 (below), a failing microbiology result is highlighted within a raw material that has been used to reporting process using re usable templates, embedded calculations and inbuilt instrument data management functionality methods and to sort through the resulting data to highlight potential problems. pesticides in a GC-MS/MS method (see Figure 3) microbiology result is highlighted within a raw material that has been used to produce the finished product and inbuilt instrument data management functionality. Laboratory Information Management Systems (LIMS) are purpose built to cope Recent high profile incidents of food contamination have raised both public produce the finished product. By automating the data collection Laboratory Information Management Systems (LIMS) are purpose built to cope with the needs of today’s high throughput laboratories by automating workflows and political concerns that oversight of food production has not been stringent By automating the data collection process all the way from instruments with the needs of today s high throughput laboratories by automating workflows, ensuring that the food scientist spends less time on paperwork and enough, all of which has increased both the scrutiny and the workload of the process all the way from instruments, through calculations and up until the ensuring that the food scientist spends less time on paperwork and administration and more time on science food safety laboratory. through calculations and up until the final result appears upon a report administration and more time on science. food safety laboratory. final result appears upon a report th tl b t ii means that laboratory supervision i l i dt lid t h Today’s Challenges in Food Safety Testing is no longer required to validate each i di id l l Today s Challenges in Food Safety Testing individuals results. Th ff d f i h i d k dl i i Th The scope of food safety testing has increased markedly in recent times. The Figure 4 - Using Nautilus LIMS to requirements for testing of food for human consumption encompasses not Figure 4 - Using Nautilus LIMS to Trace Batch Quality Figure 6 – Reporting – Gathering the only food products and ingredients, animal health, animal welfare and plant Trace Batch Quality Data together One single method generates 170 health. different results: C i ith Ch How will you check them? H ill t th l ? Having LIMS immediately highlight when a key test has failed means that Coping with Change How will you trace the samples? Having LIMS immediately highlight when a key test has failed means that d ii b tk di ti ll f d t th t Th Si tif ’ LIMS d i dt ith h i lb t decisions can be taken regarding quarantine or recall of products that ii i th t ti l i tt th d Thermo Scientifc’s LIMS are designed to cope with changes in laboratory minimize the potential impact to the consumer and company. workflows and customer infrastructure customization. By architecting systems Figure 3 Fast Pesticide Analysis Method Thermo Scientific San Jose that are user configurable, our approach allows the laboratory to be able to Figure 3 Fast Pesticide Analysis Method Thermo Scientific, San Jose Managing the Laboratory Process cope with changes in methods, regulations and customer demands. All of this adds to the amount of data the laboratory is required to produce and LIMS is designed to increase efficiency of the laboratory by automating The current political focus on food safety means that regulations are one of the manage and report... tasks and decisions: The current political focus on food safety means that regulations are one of the t idl h i f th lb t F l Th F dSft Identifying samples having the same testing requirements to make sample most rapidly changing areas for the laboratory. For example, The Food Safety Eh tA t tl bi l iltdi th US l d d preparation and testing efficient Enhancement Act currently being legislated in the US places new demands on lb i tf dt ti f th US kt N l l i t f Using LIMS to Manage the Data Mountain Automating data collection and processing from instruments reducing labs carrying out food testing for the US market. New legal requirements for Using LIMS to Manage the Data Mountain Automating data collection and processing from instruments reducing errors automating calculations and removing manual review steps inspections, traceability and certification mean that organizations need to be Figure 2 – Global News Highlights Food Safety Issues It i l th t d l ti lt hi h th bilit t t errors, automating calculations and removing manual review steps Managing by exception removing the need for the scientist to sift through able to demonstrate complete control over their analytical process. Doing so It is clear that modern analytical techniques have the ability to generate more d d f h lb Ii l l h h lb Managing by exception removing the need for the scientist to sift through multiple data sets and potentially missing key results without recourse to the built in security, traceability and control mechanisms and more data for the laboratory to process. It is also clear that the laboratory multiple data sets and potentially missing key results within LIMS will be a challenging prospect. Figure 1 The Scope of Food Safety scientist needs tools to make sure that they are spending as much time as Figure 1 The Scope of Food Safety possible doing valuable work, rather than manually sifting data and preparing Conclusions The Data Mountain in Food Safety Labs Regulatory bodies such as the EU and FDA require compliance with their reports. Conclusions The Data Mountain in Food Safety Labs Regulatory bodies such as the EU and FDA require compliance with their standards by domestic producers as well as those in third countries who The use of LIMS in food safety testing is a significant way to improve laboratory As we have seen, the workloads placed upon the laboratory is increasing. standards by domestic producers as well as those in third countries who export to those markets Laboratory Information Management Systems are all about automating efficiency, traceability and compliance with regulatory demands, whilst freeing As we have seen, the workloads placed upon the laboratory is increasing. There are a number of key pressures that contribute to this: export to those markets. repeatable laboratory processes, assisting lab managers and scientists to up the food scientist to spend more time on analysis and less on administration There are a number of key pressures that contribute to this: As pathogens and potentially harmful contaminants are identified Given that over 70% of the world’s trade is food related 1 it is clear that this repeatable laboratory processes, assisting lab managers and scientists to control and monitor the laboratory environment and making critical up the food scientist to spend more time on analysis and less on administration C ft i dii ti tl lf ki hi h As pathogens and potentially harmful contaminants are identified, analytical technologies are being developed to make detection and Figure 5 - Using Given that over 70% of the world s trade is food related 1 , it is clear that this places a significant demand upon the resources of food producers importers control and monitor the laboratory environment, and making critical information available as soon as it is generated Consumer safety is driving a more stringent legal framework in which analytical technologies are being developed to make detection and quantification possible Nautilus to Manage places a significant demand upon the resources of food producers, importers d t ll h lt bd th t d information available as soon as it is generated. laboratories must operate, and LIMS is the ideal tool to help laboratories quantification possible. Regulatory authorities update standards that compel laboratories to the Laboratory and exporters as well as on each regulatory body that oversees and th i f di t Lets consider some key functional areas that are supported by the laboratory demonstrate their competence and adherence to these requirements. Regulatory authorities update standards that compel laboratories to carry out these additional tests process authorises food imports. Lets consider some key functional areas that are supported by the laboratory and how LIMS can show significant advantages over a manual system ***This poster is adopted from a oral presentation which can be viewed via the carry out these additional tests. A l ti lt hi l t i hi h iti it f and how LIMS can show significant advantages over a manual system. This poster is adopted from a oral presentation which can be viewed via the web Please contact michelle sharron@thermofisher com for a reprints and Analytical techniques evolve to give higher sensitivity for t i t web. Please contact [email protected] for a reprints and dt il bl t ti contaminants updates on available presentations 1 UN FAO (Food and Agriculture Organisation)

The Use of laboratory Information Management Systems in Food

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Page 1: The Use of laboratory Information Management Systems in Food

The

Use

ofla

bora

tory

Info

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Use

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abor

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anag

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Food

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ety

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poi

nt, c

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llow

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ples

:Tr

acea

bilit

y &

Aut

hent

icity

Rep

ortin

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resu

ltsR

ecen

t iss

ues

conc

erni

ng c

onta

min

ated

food

s ha

ve b

een

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n w

ide

cove

rage

Fo

od p

rodu

ctio

n ha

s be

com

e in

crea

sing

ly g

loba

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in re

cent

yea

rs, n

ot o

nly

inte

rms

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oduc

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obal

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and

fors

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py

yO

ne o

f the

key

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lato

ry re

quire

men

ts fo

r foo

d sa

fety

is tr

acea

bilit

y. L

IMS

Ty

pica

l foo

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fety

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rato

ries

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d a

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ifica

nt a

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nt o

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e in

the

wor

ld’s

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ss, w

hich

in tu

rn h

as le

d th

e co

nsum

er to

que

stio

n th

e sa

fety

of

in te

rms

of fo

od p

rodu

ctio

n, b

ut a

lso

in te

rms

of g

loba

l dem

and

for s

peci

fic

food

type

ses

sent

ially

aspo

pula

tions

inde

velo

ping

natio

nsha

vebe

com

e•

The

FDA

repo

rtsth

atth

ere

are

five

times

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entif

ied

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psbe

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rious

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ually

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ports

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ecen

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ade

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me

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ports

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e tim

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ore

iden

tifie

d pa

thog

ens

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pare

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50ye

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ago

allo

ws

user

s to

not

onl

y sh

ow th

e re

latio

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ps b

etw

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the

vario

us

ingr

edie

nts

that

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esse

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are

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alpr

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w

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r foo

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me

sim

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Chi

fl

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th

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0 ye

ars

ago

ingr

edie

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that

hav

e be

en p

roce

ssed

to p

repa

re a

fina

l pro

duct

, but

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soid

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yth

ete

stin

gca

rried

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teac

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age

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nce

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poss

ible

top

(y

p)

spen

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parin

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port

data

in s

prea

dshe

ets

and

wor

d pr

oces

sing

Th

e en

suin

g de

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ds fo

r sur

veilla

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od in

gred

ient

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d pr

oduc

ts m

eans

w

orld

. In

Chi

na, f

or e

xam

ple,

the

sale

s of

food

at s

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mar

kets

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$

•A

naly

tical

tech

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gies

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enu

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iden

tify

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carri

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ut a

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e it

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show

both

the

rela

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pp

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Nau

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ers

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utom

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ard

uous

g

gp

that

food

labo

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ries

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ired

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eplo

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incr

easi

ng n

umbe

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estin

g ev

ery

year

sin

ce th

eir i

ntro

duct

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in 1

999,

and

now

repr

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t a $

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n •

Ana

lytic

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chno

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nced

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rs o

f co

ntam

inan

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reen

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asi

ngle

met

hod

eg

Figu

re3:

170

show

bot

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late

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gred

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ches

, but

als

o th

e qu

ality

of t

hose

in

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ient

sIn

the

exam

ple

show

nin

Figu

re4

(bel

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afa

iling

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ess

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robl

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stry

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ts to

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igur

e 3:

170

pe

stic

ides

ina

GC

MS

/MS

met

hod

(see

Figu

re3)

ingr

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In

the

exam

ple

show

n in

Fig

ure

4 (b

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), a

failin

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icro

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high

light

edw

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ara

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ater

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edto

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ng re

usab

le te

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nalit

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ds a

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t thr

ough

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lting

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a to

hig

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ht p

oten

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robl

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pest

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a G

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ee F

igur

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mic

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sult

is h

ighl

ight

ed w

ithin

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w m

ater

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as b

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to

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uce

the

finis

hed

prod

uct

and

inbu

ilt in

stru

men

t dat

a m

anag

emen

t fun

ctio

nalit

y.

Labo

rato

ryIn

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atio

nM

anag

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tSys

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h pr

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ion

have

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oth

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ic

prod

uce

the

finis

hed

prod

uct.

By

auto

mat

ing

the

data

colle

ctio

nLa

bora

tory

Info

rmat

ion

Man

agem

ent S

yste

ms

(LIM

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re p

urpo

se b

uilt

to c

ope

with

the

need

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toda

y’s

high

thro

ughp

utla

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sby

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mat

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wor

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ws

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pan

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litic

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ove

rsig

ht o

f foo

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oduc

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has

not b

een

strin

gent

B

y au

tom

atin

g th

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ta c

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n pr

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lthe

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rum

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high

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ient

ists

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ease

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th th

e sc

rutin

y an

d th

e w

orkl

oad

of th

e pr

oces

s al

l the

way

from

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ents

, th

roug

hca

lcul

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nsan

dup

until

the

ensu

ring

that

the

food

sci

entis

t spe

nds

less

tim

e on

pap

erw

ork

and

adm

inis

tratio

nan

dm

ore

time

onsc

ienc

eg

,y

food

safe

tyla

bora

tory

.th

roug

h ca

lcul

atio

ns a

nd u

p un

til th

e fin

alre

sult

appe

ars

upon

are

port

adm

inis

tratio

n an

d m

ore

time

on s

cien

ce.

food

saf

ety

labo

rato

ry.

final

resu

lt ap

pear

s up

on a

repo

rtth

tlb

ti

im

eans

that

labo

rato

ry s

uper

visi

oni

li

dt

lidt

hTo

day’

sC

halle

nges

inFo

odSa

fety

Test

ing

is n

o lo

nger

requ

ired

to v

alid

ate

each

idi

idl

lTo

day

s C

halle

nges

in F

ood

Safe

ty T

estin

gin

divi

dual

s re

sults

.

Thff

df

ih

id

kdl

ii

ThTh

e sc

ope

of fo

od s

afet

y te

stin

g ha

s in

crea

sed

mar

kedl

y in

rece

nt ti

mes

. Th

e Fi

gure

4-U

sing

Nau

tilus

LIM

Sto

requ

irem

ents

for t

estin

g of

food

for h

uman

con

sum

ptio

n en

com

pass

es n

ot

Figu

re 4

-U

sing

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tilus

LIM

S to

Tr

ace

Bat

chQ

ualit

yFi

gure

6 –

Rep

ortin

g –

Gat

herin

g th

e on

ly fo

od p

rodu

cts

and

ingr

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mal

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lth, a

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al w

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lant

Tr

ace

Bat

ch Q

ualit

y D

ata

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One

sin

gle

met

hod

gene

rate

s 17

0he

alth

. di

ffere

nt re

sults

:

Ci

ithC

hH

ow w

ill y

ou c

heck

them

?H

illt

thl

?H

avin

gLI

MS

imm

edia

tely

high

light

whe

na

key

test

has

faile

dm

eans

that

Cop

ing

with

Cha

nge

How

will

you

trac

e th

e sa

mpl

es?

Hav

ing

LIM

S im

med

iate

ly h

ighl

ight

whe

n a

key

test

has

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d m

eans

that

d

ii

bt

kdi

till

fd

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t

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gTh

Si

tif’

LIM

Sd

id

tith

hi

lb

tde

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ons

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be ta

ken

rega

rdin

g qu

aran

tine

or re

call

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cts

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i

ii

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tili

ttth

dTh

erm

o S

cien

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s LI

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des

igne

d to

cop

e w

ith c

hang

es in

labo

rato

ry

min

imiz

e th

e po

tent

ial i

mpa

ct to

the

cons

umer

and

com

pany

.w

orkf

low

s an

d cu

stom

er in

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ruct

ure

cust

omiz

atio

n. B

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stem

s Fi

gure

3–

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Pest

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ient

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Met

hod

Ther

mo

Scie

ntifi

c, S

an J

ose

Man

agin

g th

e La

bora

tory

Pro

cess

cope

with

cha

nges

in m

etho

ds, r

egul

atio

ns a

nd c

usto

mer

dem

ands

.A

ll of

this

add

s to

the

amou

nt o

f dat

a th

e la

bora

tory

is re

quire

d to

pro

duce

and

LI

MS

is d

esig

ned

to in

crea

se e

ffici

ency

of t

he la

bora

tory

by

auto

mat

ing

The

curre

ntpo

litic

alfo

cus

onfo

odsa

fety

mea

nsth

atre

gula

tions

are

one

ofth

em

anag

e an

d re

port.

..ta

sks

and

deci

sion

s:Th

e cu

rrent

pol

itica

l foc

us o

n fo

od s

afet

y m

eans

that

regu

latio

ns a

re o

ne o

f the

t

idl

hi

fth

lb

tF

lTh

Fd

Sf

tg

p•Id

entif

ying

sam

ples

hav

ing

the

sam

e te

stin

g re

quire

men

ts to

mak

e sa

mpl

e m

ost r

apid

ly c

hang

ing

area

s fo

r the

labo

rato

ry. F

or e

xam

ple,

The

Foo

d S

afet

y E

htA

ttl

bi

li

lt

di

thU

Sl

dd

yg

pg

gq

ppr

epar

atio

n an

d te

stin

g ef

ficie

ntE

nhan

cem

ent A

ct c

urre

ntly

bei

ng le

gisl

ated

in th

e U

S p

lace

s ne

w d

eman

ds o

n l

bi

tfd

tti

fth

US

kt

Nl

li

tf

Usi

ngLI

MS

toM

anag

eth

eD

ata

Mou

ntai

np

pg

•Aut

omat

ing

data

colle

ctio

nan

dpr

oces

sing

from

inst

rum

ents

–re

duci

ngla

bs c

arry

ing

out f

ood

test

ing

for t

he U

S m

arke

t. N

ew le

gal r

equi

rem

ents

for

Usi

ng L

IMS

to M

anag

e th

e D

ata

Mou

ntai

nA

utom

atin

g da

ta c

olle

ctio

n an

d pr

oces

sing

from

inst

rum

ents

re

duci

ng

erro

rsau

tom

atin

gca

lcul

atio

nsan

dre

mov

ing

man

ualr

evie

wst

eps

insp

ectio

ns, t

race

abilit

y an

d ce

rtific

atio

n m

ean

that

org

aniz

atio

ns n

eed

to b

e Fi

gure

2 –

Glo

bal N

ews

Hig

hlig

hts

Food

Saf

ety

Issu

esIt

il

tht

dl

tilt

hi

hth

bilit

tt

erro

rs, a

utom

atin

g ca

lcul

atio

ns a

nd re

mov

ing

man

ual r

evie

w s

teps

•Man

agin

gby

exce

ptio

n–

rem

ovin

gth

ene

edfo

rthe

scie

ntis

tto

sift

thro

ugh

able

to d

emon

stra

te c

ompl

ete

cont

rol o

ver t

heir

anal

ytic

al p

roce

ss.

Doi

ng s

o It

is c

lear

that

mod

ern

anal

ytic

al te

chni

ques

hav

e th

e ab

ility

to g

ener

ate

mor

e d

df

hl

bI

il

lh

hl

bM

anag

ing

by e

xcep

tion

rem

ovin

g th

e ne

ed fo

r the

sci

entis

t to

sift

thro

ugh

mul

tiple

data

sets

and

pote

ntia

llym

issi

ngke

yre

sults

with

out r

ecou

rse

to th

e bu

ilt in

sec

urity

, tra

ceab

ility

and

cont

rol m

echa

nism

s an

d m

ore

data

for t

he la

bora

tory

to p

roce

ss.

It is

als

o cl

ear t

hat t

he la

bora

tory

m

ultip

le d

ata

sets

and

pot

entia

lly m

issi

ng k

ey re

sults

with

in L

IMS

will

be a

cha

lleng

ing

pros

pect

.Fi

gure

1–

The

Scop

eof

Food

Safe

tysc

ient

ist n

eeds

tool

s to

mak

e su

re th

at th

ey a

re s

pend

ing

as m

uch

time

as

gg

pp

Figu

re 1

Th

e Sc

ope

of F

ood

Safe

typo

ssib

le d

oing

val

uabl

e w

ork,

rath

er th

an m

anua

lly s

iftin

g da

ta a

nd p

repa

ring

Con

clus

ions

The

Dat

aM

ount

ain

inFo

odSa

fety

Labs

Reg

ulat

ory

bodi

essu

chas

the

EU

and

FDA

requ

ireco

mpl

ianc

ew

ithth

eir

repo

rts.

Con

clus

ions

The

Dat

a M

ount

ain

in F

ood

Safe

ty L

abs

Reg

ulat

ory

bodi

es s

uch

as th

e E

U a

nd F

DA

requ

ire c

ompl

ianc

e w

ith th

eir

stan

dard

sby

dom

estic

prod

ucer

sas

wel

las

thos

ein

third

coun

tries

who

pTh

e us

e of

LIM

S in

food

saf

ety

test

ing

is a

sig

nific

ant w

ay to

impr

ove

labo

rato

ry

As

we

have

seen

,the

wor

kloa

dspl

aced

upon

the

labo

rato

ryis

incr

easi

ng.

stan

dard

s by

dom

estic

pro

duce

rs a

s w

ell a

s th

ose

in th

ird c

ount

ries

who

ex

port

toth

ose

mar

kets

Labo

rato

ry In

form

atio

n M

anag

emen

t Sys

tem

s ar

e al

l abo

ut a

utom

atin

g y

gg

yp

yef

ficie

ncy,

trac

eabi

lity

and

com

plia

nce

with

regu

lato

ry d

eman

ds, w

hils

t fre

eing

A

s w

e ha

ve s

een,

the

wor

kloa

ds p

lace

d up

on th

e la

bora

tory

is in

crea

sing

. Th

ere

are

anu

mbe

rofk

eypr

essu

res

that

cont

ribut

eto

this

:ex

port

to th

ose

mar

kets

.y

gy

gre

peat

able

labo

rato

rypr

oces

ses,

assi

stin

gla

bm

anag

ers

and

scie

ntis

tsto

y,y

pg

y,

gup

the

food

scie

ntis

tto

spen

dm

ore

time

onan

alys

isan

dle

sson

adm

inis

tratio

nTh

ere

are

a nu

mbe

r of k

ey p

ress

ures

that

con

tribu

te to

this

:•

As

path

ogen

san

dpo

tent

ially

harm

fulc

onta

min

ants

are

iden

tifie

dG

iven

that

over

70%

ofth

ew

orld

’stra

deis

food

rela

ted1

itis

clea

rtha

tthi

sre

peat

able

labo

rato

ry p

roce

sses

, ass

istin

g la

b m

anag

ers

and

scie

ntis

ts to

co

ntro

land

mon

itort

hela

bora

tory

envi

ronm

ent

and

mak

ing

criti

cal

up th

e fo

od s

cien

tist t

o sp

end

mor

e tim

e on

ana

lysi

s an

d le

ss o

n ad

min

istra

tion

Cf

ti

di

iti

tllf

ki

hih

As

path

ogen

s an

d po

tent

ially

har

mfu

l con

tam

inan

ts a

re id

entif

ied,

an

alyt

ical

tech

nolo

gies

are

bein

gde

velo

ped

tom

ake

dete

ctio

nan

dFi

gure

5 -

Usi

ng

Giv

en th

at o

ver 7

0% o

f the

wor

lds

trade

is fo

od re

late

d1, i

t is

clea

r tha

t thi

s pl

aces

asi

gnifi

cant

dem

and

upon

the

reso

urce

sof

food

prod

ucer

sim

porte

rsco

ntro

l and

mon

itor t

he la

bora

tory

env

ironm

ent,

and

mak

ing

criti

cal

info

rmat

ion

avai

labl

eas

soon

asit

isge

nera

ted

Con

sum

er s

afet

y is

driv

ing

a m

ore

strin

gent

lega

l fra

mew

ork

in w

hich

an

alyt

ical

tech

nolo

gies

are

bei

ng d

evel

oped

to m

ake

dete

ctio

n an

d qu

antif

icat

ion

poss

ible

Nau

tilus

to M

anag

e pl

aces

a s

igni

fican

t dem

and

upon

the

reso

urce

s of

food

pro

duce

rs, i

mpo

rters

d

tll

hl

tb

dth

td

info

rmat

ion

avai

labl

e as

soo

n as

it is

gen

erat

ed.

labo

rato

ries

mus

t ope

rate

, and

LIM

S is

the

idea

l too

l to

help

labo

rato

ries

quan

tific

atio

n po

ssib

le.

•R

egul

ator

yau

thor

ities

upda

test

anda

rds

that

com

pell

abor

ator

ies

toth

e La

bora

tory

an

d ex

porte

rs a

s w

ell a

s on

eac

h re

gula

tory

bod

y th

at o

vers

ees

and

thi

fd

it

Lets

cons

ider

som

eke

yfu

nctio

nala

reas

that

are

supp

orte

dby

the

labo

rato

ryde

mon

stra

te th

eir c

ompe

tenc

e an

d ad

here

nce

to th

ese

requ

irem

ents

.•

Reg

ulat

ory

auth

oriti

es u

pdat

e st

anda

rds

that

com

pel l

abor

ator

ies

to

carry

outt

hese

addi

tiona

ltes

tspr

oces

sau

thor

ises

food

impo

rts.

Lets

con

side

r som

e ke

y fu

nctio

nal a

reas

that

are

sup

porte

d by

the

labo

rato

ry

and

how

LIM

Sca

nsh

owsi

gnifi

cant

adva

ntag

esov

era

man

uals

yste

m**

*Thi

spo

ster

isad

opte

dfro

ma

oral

pres

enta

tion

whi

chca

nbe

view

edvi

ath

eca

rry o

ut th

ese

addi

tiona

l tes

ts.

Al

tilt

hi

lt

ihi

hiti

itf

and

how

LIM

S c

an s

how

sig

nific

ant a

dvan

tage

s ov

er a

man

ual s

yste

m.

This

pos

ter i

s ad

opte

d fro

m a

ora

l pre

sent

atio

n w

hich

can

be

view

ed v

ia th

e w

ebP

leas

eco

ntac

tmic

helle

shar

ron@

ther

mof

ishe

rcom

fora

repr

ints

and

•A

naly

tical

tech

niqu

es e

volv

e to

giv

e hi

gher

sen

sitiv

ity fo

r t

it

web

. P

leas

e co

ntac

t mic

helle

.sha

rron@

ther

mof

ishe

r.com

for a

repr

ints

and

d

til

blt

tico

ntam

inan

ts

upda

tes

on a

vaila

ble

pres

enta

tions

1U

N F

AO

(Foo

d an

d A

gric

ultu

re O

rgan

isat

ion)

(g

g)