Biology Reference
In-Depth Information
LANDMARK 8 with LANDMARK 3
1.03625
LANDMARK 9 with LANDMARK 8
1.03834
LANDMARK 10 with LANDMARK 7
1.04054
LANDMARK 11 with LANDMARK 7
1.04073
LANDMARK 6 with LANDMARK 2
1.04363
LANDMARK 11 with LANDMARK 9
1.05043
LANDMARK 7 with LANDMARK 2
1.05127
LANDMARK 10 with LANDMARK 6
1.05319
LANDMARK 8 with LANDMARK 7
1.05413
LANDMARK 11 with LANDMARK 6
1.05423
LANDMARK 7 with LANDMARK 6
1.05551
LANDMARK 11 with LANDMARK 8
1.06014
LANDMARK 8 with LANDMARK 2
1.06728
LANDMARK 8 with LANDMARK 6
1.06791
LANDMARK 10 with LANDMARK 2
1.06810
LANDMARK 9 with LANDMARK 2
1.06964
LANDMARK 10 with LANDMARK 8
1.07662
LANDMARK 11 with LANDMARK 2
1.08393
LANDMARK 2 with LANDMARK 1
1.09016
LANDMARK 5 with LANDMARK 2
1.10249
LANDMARK 9 with LANDMARK 6
1.10790
LANDMARK 7 with LANDMARK 1
1.13338
LANDMARK 6 with LANDMARK 1
1.14152
LANDMARK 5 with LANDMARK 1
1.14671
LANDMARK 3 with LANDMARK 2
1.14706
LANDMARK 4 with LANDMARK 2
1.15007
LANDMARK 8 with LANDMARK 1
1.15058
LANDMARK 9 with LANDMARK 1
1.17023
LANDMARK 10 with LANDMARK 1
1.19642
LANDMARK 11 with LANDMARK 1
1.25924
T
obs
[
max/min of FDM or 1.25/0.79 ]
1.58
p
-value
0.005
Since
T
obs
, the observed value of
T
calculated from the data, lies in the
extreme tail of the distribution of bootstrapped
T
-values, we reject the
null hypothesis of similarity in shape. Remember that the
p
-value rep-
resents the probability of obtaining the observed value of
T
when the
two populations are identical in shape. Remember also that this is a
one-way test. We selected the normal sample as the baseline group
because of its larger sample size. This test enables us to formally state
that the average form of the Ts65Dn mandible (test sample) is signifi-
cantly different from the average form of the normal sample (baseline
group). If sample size permits, and the investigator believes it neces-
sary, the test can be run again using the alternate sample as the
baseline sample.
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