Data from: Evaluating the reliability of microsatellite genotyping from low-quality DNA templates with a polynomial distribution model

Consensus GenotypeGenotype file of 26 individuals at 5 SSR loci.Calculation_Program_of_Fig.3 (C Program Source File)Source file of the program calculating the estimated number of replicates and the reduction in the number of replicates of heterozygotes and homozygotes using multiple-steps method at the 99% confidence level.Calculation_Program_of_Fig.3.cData of Fig.3The estimated number of replicates and the reduction in the number of replicates of heterozygotes and homozygotes using multiple-steps method at the 99% confidence level. Sheet1 are the estimated numbers of replicates of heterozygotes. Sheet1 are the estimated numbers of replicates of homozygotes. Sheet3 and Sheet4 are selected genotyping approaches.Fig.3 data.xlsCalculation Program of Fig.3 (win32 application)Calculation Program of Fig.3 (win32 application compiled with Visual Studio 2008)Calculation Program of Fig.3 win32.exeReliability Calculator (win32 application)Reliability Calculator (win32 application complied with Visual Studio 2008) Reliability Calculator for Microsatellite Genotyping Using low quality DNA templates Functions: 1. Generate a table of minimum thresholds of R1 and R2 at a given confidence level; 2. Find approaches reach a given confidence level for given R1 and R2; 3. Generate a table of minimum thresholds of R1 and R2 at a given confidence level (P(E1) is calculated by equation (4)); 4. Find approaches reach a given confidence level for given R1 and R2 (P(E1) iscalculated by equation (4)); 5. Calculate the lower limit of one-sided confidence interval; 6. Simulate the expected number of replicates for given R1, R2, ms and ns;Reliability Calculator win32.exeReliability Calculator (C Program Source File)Reliability Calculator (C Program Source File)Reliability Calculator.c