Batch Oligo Design
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Objective:
Design optimal oligos for multiple sequences.
When studying genes in large quantities, it is not unusual to design
many oligos. For instance, subcloning of cDNA fragments from the
members of a gene family to a particular vector or generating of
multiple cDNA fragments for the production of a DNA array is dependent
upon a large number of oligos used in polymerase chain reaction
(PCR). Automation and optimization of the designing process can
save time and reduce the cost.
Features:
1. Design optimal oligos for multiple sequences with flexible parameter
settings.
2. Innovative and reliable algorithm: select a best pair of oligos
from predefined regions.
3. Adjustable designing regions based on the open reading frame
(ORF) information.
4. Flexible parameter settings for forward oligo and reverse oligo.
5. Automatic addition of restriction sites and protecting bases
if needed.
6. Instant data report.
A sample of working interface:
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Single Sequence Utilities
High-Throughput Utilities
Sequence Formatting
Sequence Collection
Sequence Separation
Sequence Retrieving
Open Reading Frame Detection
Sequence Clustering
Multi-Sequence Similarity Search
Restriction Site Search
Translation and Reverse Complement
Hydrophobic Domain Detection
Batch Oligo Design
Entrez Information Extraction
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