Nn. Dedhia et Wr. Mccombie, KALEIDASEQ - A WEB-BASED TOOL TO MONITOR DATA-FLOW IN A HIGH-THROUGHPUT SEQUENCING FACILITY, PCR methods and applications, 8(3), 1998, pp. 313-318
Tracking data Flow in high throughput sequencing is important in maint
aining a consistent number of successfully sequenced samples, making d
ecisions on scheduling the flow of sequencing steps, resolving problem
s at various steps and tracking the status of different projects. This
is especially critical when the laboratory is handling a multitude of
projects. We have built a Web-based data flow tracking package, calle
d Kaleidaseq, which allows us to monitor the flow and quality of seque
ncing samples through the steps of preparation of library plates, plaq
ue-picking, preparation of templates, conducting sequencing reactions,
loading of samples on gels, base-calling the traces, and calculating
the quality of the sequenced samples. Kaleidaseq's suite of displays a
llows for outstanding monitoring of the production sequencing process.
The online display of current information that Kaleidaseq provides on
both project status and process queues sorted by project enables accu
rate real-time assessment of the necessary samples that must be proces
sed to complete the project. This information allows the process manag
er to allocate future resources optimally and schedule tasks according
to scientific priorities. Quality of the sequenced samples can be tra
cked on a daily basis, which allows the sequencing laboratory to maint
ain a steady performance level and quickly resolve dips in quality. Ka
leidaseq has a simple easy-to-use interface that allows access to all
major functions and process queues from one Web page. This software pa
ckage is modular and designed to allow additional processing steps and
new monitoring variables to be added and tracked with ease. Access to
the underlying relational database is through the Perl DBI interface,
which allows for the use of different relational databases. Kaleidase
q is available for Free use by the academic community from http://www.
cshl.org/kaleidaseq.