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ERRATUM
Erratum to: Improving non-invasive genotyping in capercaillie(Tetrao urogallus): redesigning sexing and microsatellite primersto increase efficiency on faeces samples
Trinidad Perez • Jose Fernando Vazquez •
Francisco Quiros • Ana Domınguez
Published online: 3 July 2012
� Springer Science+Business Media B.V. 2012
Erratum to: Conservation Genet Resour (2011)
3:483–487
DOI 10.1007/s12686-011-9385-8
Unfortunately, in the original publication of the article, the
sequences of most of the internal primers listed in Table 1
are incorrectly placed. The author apologizes for this error.
The correct Table 1 is provided below.
The online version of the original article can be found under
doi:10.1007/s12686-011-9385-8.
T. Perez (&) � J. F. Vazquez � F. Quiros � A. Domınguez
Departamento de Biologıa Funcional (Genetica),
Facultad de Medicina 6�Planta, Universidad de Oviedo,
C/Julian Claverıa s/n, 33071 Oviedo, Spain
e-mail: [email protected]
123
Conservation Genet Resour (2012) 4:821–823
DOI 10.1007/s12686-012-9690-x
Ta
ble
1P
rim
ers
use
d(#
Fan
dR
:fo
rwar
dan
dre
ver
seex
tern
alp
rim
ers.
FI
and
RI:
forw
ard
and
rev
erse
inte
rnal
pri
mer
s)
Lo
cus
(i,
j)a
Flu
ore
scen
ceP
rim
erse
qu
ence
(50?
30 )
#T
pa.
ann
eali
ng
(�C
)A
llel
esi
ze
ran
ge
(bp
)
AD
OF
AG
eneB
ank
acce
ssio
nn
o.
Ref
eren
ce
TU
D4
(1,1
)–
F:
TT
AG
CA
AC
CG
CA
GT
GA
TG
TG
60
93
–1
25
0.0
80
.00
AF
25
46
47
Seg
elb
ach
eret
al.
(20
00
)
–R
:G
GG
AG
GA
CT
GT
GT
AG
GA
GA
GC
Seg
elb
ach
eret
al.
(20
00
)
HE
XF
I:T
CC
CA
AG
GA
GA
GA
CA
AA
AG
GT
his
wo
rk
TU
T3
(1,1
)–
F:
CA
GG
AG
GC
CT
CA
AC
TA
AT
CA
CC
60
10
3–
11
10
.02
0.0
0A
F2
54
65
5S
egel
bac
her
etal
.(2
00
0)
–R
:C
GA
TG
CT
GG
AC
AG
AA
GT
GA
CS
egel
bac
her
etal
.(2
00
0)
FA
MR
I:T
GA
GG
GA
TT
TA
TG
CA
TG
CT
GC
Th
isw
ork
TU
D3
(1,2
)–
F:
TC
CA
AG
GG
GA
AA
AT
AT
GT
GT
G6
01
20
–1
22
0.0
90
.04
AF
25
46
46
Seg
elb
ach
eret
al.
(20
00
)
–R
:T
TC
TT
CC
AG
CC
CT
AG
CT
TT
GS
egel
bac
her
etal
.(2
00
0)
FA
MR
I:T
GG
CT
CT
AT
TA
AG
GC
TG
CT
GT
his
wo
rk
TU
T1
(1,2
)–
F:
GG
TC
TA
CA
TT
TG
GC
TC
TG
AC
C6
01
47
–1
71
0.1
00
.00
AF
25
46
53
Seg
elb
ach
eret
al.
(20
00
)
–R
:A
TA
TG
GC
AT
CC
CA
GC
TA
TG
GS
egel
bac
her
etal
.(2
00
0)
HE
XF
I:G
TA
TA
TC
TG
TC
TG
TC
TG
CC
CT
his
wo
rk
TU
D1
(2,1
)–
F:
AT
TT
GC
CA
GG
AA
AC
TT
GC
TC
59
16
5–
17
30
.03
0.0
0A
F2
54
64
4S
egel
bac
her
etal
.(2
00
0)
–R
:A
AC
TA
CC
TG
CT
TG
TT
GC
TT
GG
Seg
elb
ach
eret
al.
(20
00
)
FA
MR
I:T
GA
AC
AT
AA
CC
TT
TG
CC
TC
CT
his
wo
rk
TU
D2
(2,1
)–
F:
GT
GA
CA
AC
TC
AG
CC
CC
TG
TC
59
15
2–
16
80
.00
0.0
0A
F2
54
64
5S
egel
bac
her
etal
.(2
00
0)
–R
:A
AT
AA
GG
GT
GC
GC
AT
AC
AC
CS
egel
bac
her
etal
.(2
00
0)
HE
XF
I:G
GT
CT
TC
TA
AC
GC
TG
CT
GC
AC
Th
isw
ork
TU
D5
(2,2
)–
F:
CC
TT
GC
TG
CA
CA
TT
TT
CT
CC
59
10
1–
11
70
.02
0.0
0A
F2
54
64
8S
egel
bac
her
etal
.(2
00
0)
–R
:G
GT
GC
TG
AG
CA
TG
TA
CT
AG
GG
Seg
elb
ach
eret
al.
(20
00
)
NE
DF
I:C
TG
TA
CA
CA
GC
AC
TG
AG
CC
Th
isw
ork
TU
D7
(2,2
)–
F:
TG
AC
AC
TG
GG
GT
CA
TT
AG
GC
59
15
7–
16
10
.02
0.0
0A
F2
54
65
0S
egel
bac
her
etal
.(2
00
0)
–R
:A
AC
AT
GG
GC
AG
GA
GG
AG
AC
Seg
elb
ach
eret
al.,
(20
00
)
HE
XR
I:C
CT
CT
GG
TG
AA
AG
GG
AA
TG
GT
his
wo
rk
BG
10
(3,1
)–
F:
AT
GT
TT
CA
TG
TC
TT
CT
GG
AA
TA
G5
71
75
–1
99
0.0
90
.00
AF
38
15
46
Pie
rtn
eyan
dH
og
lun
d(2
00
1)
–R
:A
TT
TG
GT
TA
GT
AA
CG
CA
TA
AG
CP
iert
ney
and
Ho
glu
nd
(20
01
)
HE
XR
I:G
CA
TA
CT
AT
AC
TG
TC
TA
TG
CA
GT
his
wo
rk
BG
15
(3,1
)–
F:
AA
AT
AT
GT
TT
GC
TA
GG
GC
TT
AC
57
11
0–
12
60
.33
0.0
3A
F3
81
54
9P
iert
ney
and
Ho
glu
nd
(20
01
)
–R
:T
AC
AT
TT
TT
CA
TT
GT
GG
AC
TT
CP
iert
ney
and
Ho
glu
nd
(20
01
)
FA
MR
I:G
CT
CC
CT
GT
AA
GG
TA
AA
TA
GA
Th
isw
ork
BG
16
(3,2
)–
F:
GT
CA
TT
AG
TG
CT
GT
CT
GT
CT
AT
CT
57
13
3–
14
50
.14
0.0
6A
F3
81
55
0P
iert
ney
and
Ho
glu
nd
(20
01
)
–R
:T
GC
TA
GG
TA
GG
GT
AA
AA
AT
GG
Pie
rtn
eyan
dH
og
lun
d(2
00
1)
HE
XR
I:C
GG
AT
GA
AT
GG
AT
GG
AG
GG
GT
his
wo
rk
BG
18
(3,2
)–
F:
CC
AT
AA
CT
TA
AC
TT
GC
AC
TT
TC
57
15
3–
16
90
.00
0.0
0A
F3
81
55
1P
iert
ney
and
Ho
glu
nd
(20
01
)
–R
:C
TG
AT
AC
AA
AG
AT
GC
CT
AC
AA
Pie
rtn
eyan
dH
og
lun
d(2
00
1)
822 Conservation Genet Resour (2012) 4:821–823
123
Ta
ble
1co
nti
nu
ed
Lo
cus
(i,
j)a
Flu
ore
scen
ceP
rim
erse
qu
ence
(50?
30 )
#T
pa.
ann
eali
ng
(�C
)A
llel
esi
ze
ran
ge
(bp
)
AD
OF
AG
eneB
ank
acce
ssio
nn
o.
Ref
eren
ce
FA
MF
I:C
AG
AA
TT
AA
TG
TT
TT
GC
TC
TA
AC
Th
isw
ork
BG
12
(3,3
)–
F:
TC
TC
CT
TC
TA
AA
CC
AG
TC
AT
TC
57
13
9–
14
70
.11
0.0
4A
F3
81
54
7P
iert
ney
and
Ho
glu
nd
(20
01
)
–R
:T
AG
TT
TC
CA
CA
GA
GC
AC
AT
TG
Pie
rtn
eyan
dH
og
lun
d(2
00
1)
FA
MR
I:C
AA
TG
TC
GT
GG
CC
CA
CT
GA
GT
his
wo
rk
TU
D6
(3,3
)–
F:
GG
TG
AG
CA
AG
CC
AC
AA
AT
AA
C5
71
51
–1
55
0.0
80
.02
AF
25
46
49
Seg
elb
ach
eret
al.
(20
00
)
–R
:G
AG
GA
CT
GC
AG
AA
CC
CA
CT
GS
egel
bac
her
etal
.(2
00
0)
NE
DF
I:G
CC
TT
TT
AC
TG
CA
CT
AC
TT
GC
Th
isw
ork
Ale
lic
dro
po
ut
(AD
O)
and
fals
eal
lele
s(F
A)
val
ues
for
each
locu
sar
ein
clu
ded
New
pri
mer
sd
esig
ned
for
this
wo
rkar
ein
bo
lda
Iden
tifi
ern
um
ber
of
pre
amp
lifi
cati
on
(i)
and
amp
lifi
cati
on
(j)
PC
R
Conservation Genet Resour (2012) 4:821–823 823
123
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