Bio-Rad ProteinChip Qualification and Calibration Kits User Manual

Page 5

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Completion of each maintenance procedure and test is tracked using the ProteinChip SELDI OQ
form, a Microsoft Excel spreadsheet supplied on the CD. Test data are exported to the
ProteinChip SELDI OQ form, which then calculates whether the test passed or failed.

Upon completion of the OQ procedure, save, print, sign, date, and place copies of the following
documentation into a notebook or folder for audit review:

Protocol acceptance page (Appendix B)

ProteinChip SELDI OQ form summary

Table 1. Summary of procedures and tests.

R

Reecco

om

mm

meen

nd

deed

d

C

Co

on

nssu

um

maab

bllee

E

Essttiim

maatteed

d T

Tiim

mee

T

Tiittllee

FFrreeq

qu

ueen

nccyy

U

Usseed

d

R

Reeq

qu

uiirreed

d

D

Deessccrriip

pttiio

on

n

File and protocol

IIn

niittiiaall S

Seettu

up

p

setup

20 min

Complete this procedure the
first time you use the
ProteinChip OQ kit. This
procedure creates the
file structure necessary for
storing the protocols and creates
the routines for high voltage
conditioning and mass calibration.

M

Maaiin

ntteen

naan

nccee

High voltage

Weekly

N/A

1–2 hr

HV conditioning helps to

P

Prro

occeed

du

urree 1

1

(HV)

depending on

decontaminate the surfaces

conditioning

instrument

in the instrument.

M

Maaiin

ntteen

naan

nccee

Detector

Weekly

ProteinChip

45 min to 4 hr

This procedure uses the

P

Prro

occeed

du

urree 2

2

calibration detector

depending

on

ProteinChip

detector

calibration

instrument

calibration array to adjust

array

the detector voltage. These
adjustments are based on a
rolling average that stabilizes
the gain, improving spectral
reproducibility over the lifetime
of the detector.

T

Teesstt 1

1

Detector

Biweekly

ProteinChip

30 min to 1 hr

This test uses the ProteinChip

sensitivity

detector

detector calibration array to

qualification

measure the signal-to-noise

array

ratio (S/N) of immunoglobubulin
(IgG) at two different
concentrations (10 fmol and
140 fmol). Measurements are
compared to a specification, and
a pass/fail disposition is
obtained.

2

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