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Detección
de
alérgenos
de
cacahuete…
6.
REFERENCIAS
1. Hefle,
S.
Methods
for
detecting
peanuts
in
food.
Detecting
allergens
in
food;
Koppelman,
S.J.,
Hefle,
S.L.
Ed.;
Woodhead
Publising;
2006;
p
185--186.
2. Morisset,
M.;
Moneret--Vautrin,
D
A.;
Kanny,
G.;
Guenard,
L.;
Beaudouin,
E.;
Flabbee,
J.;
Hatahet,
R.
Thresholds
of
clinical
reactivity
to
milk,
peanut,
and
sesame
in
immunoglobulin
E--dependent
allergies:
evaluation
by
double--blind
or
single--blind
placebo--controlled
oral
challenges.
Clin.
Exp.
Allergy
33,
1046–1051
(2003).
3. Bock,
SA.;
Muñoz--Furlong,
A.;
Sampson,
HA.
Fatalities
due
to
anaphylactic
reactions
to
foods.
J.
Allergy
Clin.
Immun.
107,
191--193
(2001).
4. Pomés,
A.;
Helm,
RM.
;
Bannon,
GA.
;
Burks,
AW.
;
Tsay,
A.;
Chapman,
MD.
Monitoring
peanut
allergen
in
food
products
by
measuring
Ara
h
1.
J.
Allergy
Clin.
Immun.
111,
640--
645
(2003).
5. Stephan,
O.;
Vieths,
S.
Development
of
a
Real--Time
PCR
and
a
Sandwich
ELISA
for
Detection
of
Potentially
Allergenic
Trace
Amounts
of
Peanut
(Arachis
hypogaea)
in
Processed
Foods.
J.
Agr.
Food
Chem.
52,
3754–3760
(2004).
6. Zeleny,
R.;
Schimmel,
H.
Towards
comparability
of
ELISA
results
for
peanut
proteins
in
food:
A
feasibility
study.
Food
Chem.
123,
1343--1351
(2010).
7. Hird,
H.;
Lloyd,
J.;
Goodier,
R.;
Brown,
J.;
Reece,
P.
Detection
of
peanut
using
real--time
polymerase
chain
reaction.
Eur.
Food
Res.
Technol.
217,
265--268
(2003).
8. Watanabe,
T.;
Akiyama,
H.;
Maleki,
S.;
Yamakawa,
H.;
Iijima,
K.;
Yamazaki,
F.
A
specific
qualitative
detection
method
for
peanut
(Arachis
Hypogaea)
in
foods
using
polymerase
chain
reaction.
J.
Food
Biochem.
30,
215--233
(2006).
9. Lopez--Calleja,
IM.;
de
la
Cruz,
S.;
Pegels,
N.;
Gonzalez,
I.;
Garcia,
T.;
Martin,
R.
Development
of
a
real
time
PCR
assay
for
detection
of
allergenic
trace
amounts
of
peanut
(Arachis
hypogaea)
in
processed
foods.
Food
Control
30,
480--490
(2012).
10. Sun,
X.;
Guan,
L.;
Shan,
X.;
Zhang,
Y.;
Li,
Z.
Electrochemical
detection
of
peanut
allergen
Ara
h
1
using
a
sensitive
ADN
biosensor
based
on
stem--loop
probe.
J.
Agr.
Food
Chem.
60,
10979--10984
(2012).
11. Rubio
Retama,
J.;
Sanchez--Paniagua,
M.;
Hervas
Perez,
JP.;
Frutos
Cabanillas,
G.;
Lopez--
Cabarcos,
E.;
Lopez--Ruiz,
B.
Biosensors
based
on
acrylic
microgels.
A
comparative
study
of
immobilized
glucose
oxidase
and
tyrosinase.
Biosens.
Bioelectron.
20,
2268--2275
(2005).
12. Alonso--Lomillo,
M.A.;
Dominguez--Renedo,
O.;
Ferreira--Goncalves,
L.;
Arcos--Martinez,
M.J.
Sensitive
enzyme--biosensor
based
on
screen--printed
electrodes
for
Ochratoxin
A.
Biosens.
Bioelectron.
25,
1333--1337
(2010)
13. Venturini
Uliana,
C.;
Olimpio
Tognolli,
J.;
Yamanaka,
H.
Application
of
Factorial
Design
Experiments
to
the
Development
of
a
Disposable
Amperometric
ADN
Biosensor.
Electroanal.
23,
2607–2615
(2011).
14. Montgomery,
D.C;
Design
and
Analysis
of
Experiments;
John
Wiley
&
Sons,
United
States,
2009.
15. Hibbert,
DB.
Experimental
design
in
chromatography:
a
tutorial
review.
J.
Chromatogr.
B
910,
2--13
(2012).
16. Miranda--Castro,
R.;
Lobo--Castañón.,
MJ.;
Miranda--Ordieres,
AJ.;
Tuñón--Blanco,
P.
Stem--
Loop
ADN
probes
for
the
voltammetric
determination
of
Legionella
pneumophila
on
disposable
screen--printed
gold
electrodes.
Electroanal.
21,
267--273
(2009).
17. Herne,
TM.;
Tarlov.
MJ.
Characterization
of
ADN
probes
immobilized
on
gold
surfaces.
J.
Am.
Chem.
Soc.
119,
8916--8920
(1997)
18. Pividori,
MI.;
Merkoci,
A.;
Alegret,
S.
Electrochemical
genosensor
design:
immobiliation
of
oligonucleotides
onto
transducer
surfaces
and
detection
methods.
Biosens.
Bioelectron.
15,
291--303
(2000).
19. Statgraphics
Centurion.
STATGRAPHICS®.
Version
XVI.
2012.
StatPoint
Technologies,
Inc.
w ww.STATGRAPHICS.com
20. Del
Giallo,
M.L.;
Lucarelli,
F.;
Cosulich,
E.;
Pistarino,
E.;
Santamaria,
B.;
Marrazza,
G.;
Mascini,
M.
Steric
Factors
Controlling
the
Surface
Hybridization
of
PCR
Amplified
Sequences.
Anal.
Chem.
77,
6324--6330
(2005).
21. Basic
Local
Alignment
Search
Tool;
www.ncbi.nlm.nih.gov/BLAST
22. Zuker,
M.
Mfold
web
server
for
nucleic
acid
folding
and
hybridization
prediction.
Nucleic
Acids
Res.
31,
3406--3415
(2003).
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