The
bacterial
wilt
incidence
for
the
tomato
inbreds
is
in
Table
1
.
Both
Fla
.
8109
and
Fla
.
8109B
had
percentages
of
healthy
plants
that
were
not
significantly
different
than
that
o
Hawaii
7997
but
significantly
greater
than
that
of
susceptible
Florida
MH
-
1
and
bacterial
w
tolerant
Neptune
.
Fla
.
81
f
ilt
09
had
significantly
greater
resistance
than
the
bacterial
wilt
tolerant
aravel
variety
from
Guadeloupe
.
Fla
.
7997
is
an
experimental
variety
meant
to
be
an
provement
over
Neptune
and
it
had
significantly
greater
resistance
in
this
experiment
.
The
Table
1)
and
8109B
do
not
have
heat
-
tolerance
so
the
test
for
fruit
ize
was
conducted
in
the
spring
.
This
experiment
did
demonstrate
the
large
fruit
size
of
thes
similar
to
Sanibel,
a
large
fruited
commercial
grown
in
Florida
(Ta
la
.
8109
and
Fla
.
8109B
were
larger
fruited
than
Horizon
ptune
.
Yield
of
the
lines
was
less
than
the
other
three
varieties
but
this
was
not
ecause
they
s
ome
breeding
work
.
y
the
data
suppor
ntion
that
Fla
.
8109
and
Fla
.
8109B
have
a
good
level
l
wilt
resistance
a
uit
.
They
need
to
be
tested
further
in
Florida
and
to
determine
thei
in
other
regions
of
the
world
where
bacterial
wilt
is
a
repulsion
linka
en
a
bacterial
wilt
resistance
gene
and
a
gene
uit
size
has
bee
then
the
new
coupling
linkage
should
make
Fla
.
8109
ially
attractive
resis
urce
to
work
with
for
those
interested
in
developing
rieties
.
Selec
bacterial
wilt
resistance
with
this
material
should
carry
a
larger
fruit
.
J
.
C
.
,
and
V
.
L
.
Quinon
.
1964
.
Heritability
of
bacterial
wilt
resistance
in
rticultural
Science
.
84:455
-
462
.
nic
onma,
S
.
and
Y
.
Sakata
.
1993
.
Inheritance
of
resistance
to
bacterial
wilt
in
tomato
.
In:
Bacterial
Wilt,
Proceedings
of
an
international
conference
held
at
Kaohsiung,
Taiwan
.
ACIAR
Proceedings
No
.
45,
381
p
Jones,
J
.
B
,
Som
C
.
,
Che
emi
and
S
.
M
.
Olson
.
1995
.
‘Neptune’,
a
rant,
bacteria
wilt
-
t
tomato
.
ort
30:641
-
642
.
C
im
other
inbreds
are
small
fruited
.
They
all
had
good
resistance
in
this
experiment
(
in
previous
testing
.
Fla
.
8109
and
Fla
.
s
e
two
sister
lines
as
they
were
statistically
tomato
ble
2)
.
F
and
Ne
unexpected
b
till
need
s
tivel
Collec
t
the
conte
of
bacteria
ere
nd
large
fr
l
elsewh
r
potentia
problem
.
If
a
g
fr
ge
betwe
enhancin
an
espec
n
broken
tance
so
large
fruited
va
tendency
for
ting
for
L
Acosta,
J
.
C
.
,
Gilb
iterature
Cited
ert,
tomato
.
American
Society
for
Ho
Danesh,
D
.
Aarons,
S
.
,
McGill,
G
.
E
.
,
and
N
.
Young
.
1994
.
Genetic
dissection
of
oligoge
resistance
to
bacterial
wilt
in
tomato
.
Mol
.
Plant
-
Microbe
Interactions
7:464
-
471
.
M
p
.
Scott,
J
.
W
.
,
.
odi,
G
.
ll
,
D
.
O
.
,
heat
-
tole
l
-
olerant
H
Science
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