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Phred is a base calling program for DNA sequence traces; Phred executables for Windows, Mac OS X, Linux, and Unix are available from CodonCode Corporation as part of the PHRED - PHRAP package.

Phred was developed by Drs. Phil Green and Brent Ewing, and is distributed by CodonCode Corporation under license from the University of Washington. Phred is widely used by the largest academic and commercial DNA sequencing laboratories. This page gives a brief description of Phred. For information about Phrap, Cross_match, and Consed, please visit www.phrap.com.

Since Phred was developed for easy integration into automated data processing pipelines, Phred does not provide a graphical user interface. For scientists who would like to use Phred on Windows or Mac OS X from a user-friendly graphical interface, CodonCode Corporation offers CodonCode Aligner.

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What Phred Does

Phred is a base-calling program for DNA sequence traces. Phred reads DNA sequence chromatogram files and analyzes the peaks to call bases, assigning quality scores ('Phred scores') to each base call.

Phred can read input files in the following formats:

SCF ('Standard Chromatogram Format') files. The SCF format is a 'universal' format for trace sequence files that is supported by many different programs and manufacturers.
Applied Biosystems (ABI) chromatogram files.

Phred can produce a variety of different output files:

SCF files with Phred's base calls and quality values
Sequence files in FASTA (or XBAP) format
Quality files in FASTA (or XPAB) format
PHD files - text files which contain base call and quality information, which can later be used during contig editing by Consed and similar programs.

One good reason to use Phred for base calling is higher accuracy: in one study, Phred made '40-50% fewer errors' 'than the ABI software' (Ewing et al.1998a, Genome Research 8:175-85 ). Since this initial study, ABI has improved their base calling software, and eventually incorporated base-specific quality scores similar to Phred scores into their 'KB' base caller.

Another very interesting feature of Phred is the generation of highly accurate, base-specific quality scores (see next section). Phred quality scores have become widely accepted to characterize the quality of sequences, for example to compare different sequencing methods. They are also used by Phil Green's sequence assembly program Phrap to generate better assemblies; how Phred works together with Phrap is described below.

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Phred Quality Scores

Sanger Sequence Assembly software, free download Mac Os

Phred's base-specific quality scores are one of the most innovative features in Phred. After calling bases, Phred examines the peaks around each base call to assign a quality score to each base call. Quality scores range from 4 to about 60, with higher values corresponding to higher quality. The quality scores are logarithmically linked to error probabilities, as shown in the following table:

Phred quality score Adobe Spark subscription. As a benefit of UF's Adobe Enterprise License Agreement (ETLA), all faculty and students are provisioned with a free academic subscription to Adobe Spark (with premium features). For more information, visit the Adobe Spark for Higher Education web page. Adobe Creative Cloud one-year or six-month subscription. University of florida adobe download for mac.	Probability that the base is called wrong	Accuracy of the base call
10	1 in 10	90%
Canon mg3120 software download for mac. 20	1 in 100	99%
30	1 in 1,000	99.9%
40	1 in 10,000	99.99%
50	1 in 100,000	99.999%

It has been shown that Phred's error probabilities are very accurate - if Phred assigns a quality score of 40 to a base, the chances that this base is called incorrectly are indeed just 1 in 10,000 (see Ewing et al.1998b, Genome Research 8:186-94 ). This high accuracy has been observed for sequences generated at different laboratories, each using a different combination of sequencing enzymes, fluorescent dyes, and gel run conditions (Richterich 1998, Genome Research; 8:251-9).

The high accuracy of Phred quality scores make them an ideal tool to assess the quality of sequences. The most commonly used method is to count the bases with a quality score of 20 and above (sometimes called 'high quality bases'); the resulting number is often called the 'Phred20 score'. By looking at individual sequences, failed reactions or low-quality reads can easily be identified. When looking at collections of sequences, the effect of different sequencing methods on sequence quality can be directly measured. This allows straighforward quality control in sequencing projects, and can give easily available measures to optimize sequencing operations.

Support for Phred quality scores is fully integrated into CodonCode Aligner. Aligner enables you to run Phred on sequence traces by simply selecting you sequences and choosing 'Call Bases' from a menu. CodonCode Aligner can show Phred quality scores in a number of different ways: by shading the background behind bases according to quality, in a separate 'quality view', or as a summary of 'Phred20' scores in the project view. CodonCode Aligner can also use quality scores during sequence assembly to build the consensus sequence, automatically selecting the consensus base that is most likely to be correct. Such quality-based consensus sequences can be much more accurate than majority-based sequences, especially in areas of low coverage.

Free demo versions of CodonCode Aligner are available for download. The demo version of CodonCode Aligner includes special 'workstation' versions of Phred and Phrap, which can be used after requesting a trial license or purchasing a license for CodonCode Aligner (the workstation versions are identical to the regular programs, except that they can be run only from CodonCode Aligner).

Sanger Sequence Assembly Software Free Download Mac Os