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 GT:<b>AD</b>:DP:GQ:PL
 </pre>
 The information from the AD entry is used for generating a Demographic model. Users can save the information in a pickled dictionary when running `GenerateFs` with the `--calc-coverage`:
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 dadi-cli GenerateFs --vcf examples/data/mus.syn.subset.vcf.gz --pop-info examples/data/mouse.popfile.txt --pop-ids Mmd_IRA Mmd_FRA --projections 4 8 --polarized --output examples/results/lowpass/mus.syn.fs <b>--calc-coverage</b>
 dadi-cli GenerateFs --vcf examples/data/mus.nonsyn.subset.vcf.gz --pop-info examples/data/mouse.popfile.txt --pop-ids Mmd_IRA Mmd_FRA --projections 4 8 --polarized --output examples/results/lowpass/mus.nonsyn.fs <b>--calc-coverage</b>
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 In addition to the `mus.syn.fs` and `mus.nonsyn.fs` SFS files, `mus.syn.fs.coverage.pickle` and `mus.nonsyn.fs.coverage.pickle` are generated. These files will be used for `InferDM` and `InferDFE` to preform the LowPass model correction.
 
 ## InferDM with LowPass
 
 LowPass will correct the demographic and DFE models based on the coverage of samples, to use it users will need to use the `--coverage-model` flag, which `--coverage-model` takes the `.coverage.pickle` file and total number of haplotypes in the data for each population. There were 10 Mmd_IRA samples and 16 Mmd_FRA samples being requested from the `--pop-info` file from `GenerateFs`.
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 dadi-cli InferDM --fs examples/results/lowpass/mus.syn.fs --model split_mig --p0 4.5 0.8 0.8 0.36 0.01 --lbounds 1e-5 1e-5 1e-5 1e-5 1e-5 --ubounds 10 10 1 10 1 --output-prefix examples/results/lowpass/mus.split_mig.lowpass --optimizations 20 --check-convergence 5 --grids 50 60 70 <b>--coverage-model examples/results/lowpass/mus.syn.fs.coverage.pickle 10 16<b>
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 There are no extra parameters for the LowPass model correction, so results can look similar to non-LowPass corrected results.
 
 ## InferDFE with LowPass
 
 InferDFE is largely the same as InferDM. When users run `GenerateCache`, user's will want to use the number of haplotypes in the data for `--sample-sizes` instead of the sample sizes in the SFS file. Given that there were 10 Mmd_IRA samples and 16 Mmd_FRA haplotypes users would use `--sample-sizes 10 16` instead of `--sample-sizes 4 8`:
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 dadi-cli GenerateCache --model split_mig_sel_single_gamma <b>--sample-sizes 10 16</b> --grids 50 60 70 --gamma-pts 20 --gamma-bounds 1e-4 100 --demo-popt examples/results/lowpass/mus.split_mig.lowpass.InferDM.bestfits --output examples/results/lowpass/mus.1d.cache
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 When users run InferDFE they should use the `--coverage-model` flag with the similar inputs as `InferDM`, except using the `.coverage.pickle` file for the nonsynonymous data.
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 dadi-cli InferDFE --fs examples/results/lowpass/mus.nonsyn.fs --demo-popt examples/results/lowpass/mus.split_mig.lowpass.InferDM.bestfits --cache1d examples/results/lowpass/mus.1d.cache --pdf1d lognormal --ratio 2.31 --p0 1 1 0.01 --lbounds 1e-5 1e-5 1e-5 --ubounds 30 10 1 --optimizations 20 --check-convergence 5 --output-prefix examples/results/lowpass/mus.lognormal.lowpass <b>--coverage-model examples/results/lowpass/mus.nonsyn.fs.coverage.pickle 10 16</b>
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