Table 1.

Observed and Expected Frequencies of Microsatellites of Varying Motif Length in Coding and Noncoding DNA from the Primate Library

Mononucleotides[i] Dinucleotides[i] Tetranucleotides[i]
(noncoding) (coding) (noncoding) (coding) (noncoding) (coding)
bp obs exp obs exp bp obs exp obs exp bp obs exp obs exp
15.3 e65.7 e64.6 e64.7 e626.2 e66.7 e65.5 e65.5 e647.7 e68.4 e66.3 e67.0 e6
21.4 e61.5 e61.3 e61.1 e644.5 e54.3 e53.5 e53.6 e5854078367292499631426
34.6 e53.8 e53.1 e53.1 e5638775296952065824232123200191193166
41.5 e51.0 e59043285196855532144181717321612721.2531.08
551597294192482723894101345164160130204650.011409.4 e-3
6140928540552669021258713.31310.4242351.7 e-401.1 e-4
75426254611102050143291.1580.88028954.0 e-601.9 e-6
81961778227625162190.10500.0788Pentanucleotides[i]
9112124349195181510.010207.5 e-3(noncoding)(coding)
1075077.9962.520931.0 e-307.5 e-4bpObsExpObsExp
1148925.6120.522831.2 e-407.9 2-5
124088.6006.8624611.4 e-508.8 e-658.3 e61.0 e76.9 e68.3 e6
133252.9812.3626491.9 e-601.0 e-610211351184596249850
142951.0600.82928642.8 e-701.2 e-715136918.62715.4
152850.39400.30030474.4 e-801.6 e-8204420.058660.0405
162260.15220.112Trinucleotides[i] 25 30  116    31    9.6 e-4     4.4 e-52 3  4.0 e-4   1.7 e-5
171830.061100.0425(noncoding)(coding)Hexanucleotides[i]
181410.025800.0168(noncoding)(coding)
191560.011406.9 e-3bpobsexpobsexp
201065.2 e-302.9 e-339.0 e69.4 e67.5 e67.7 e6bpObsExpObsExp
211252.5 e-311.3 e-361.8 e51.6 e52.1 e51.3 e5
221031.2 e-315.9 e-497080307411189248468.7 e69.2 e67.0 e67.6 e6
23696.4 e-402.8 e-41286766.4169452.91210308279780002335
24673.3 e-401.4 e-4152951.645481.28186081.211551.00
25461.7 e-407.0 e-5181480.04722260.0360241141.2 e-3298.3 e-4
26399.6 e-503.7 e-521551.6 e-3971.2 e-330165.9 e-622.2 e-6
27325.3 e-502.0 e-524447.0 e-5224.4 e-5
28242.9 e-501.1 e-527123.8 e-6281.9 e-6
29231.6 e-506.0 e-63042.5 e-7139.0 e-8
30159.1 e-603.4 e-6

[i] (bp) Length in base pairs. (Obs and Exp) Observed and expected frequencies of occurrence in library. The expected frequencies are derived from the nucleotide frequencies of each sequence in the library. Decimal scientific notation is represented by eX, where X represents the exponent. Negative decimal scientific notation is represented by e-X, where X represents the negative exponent.