General
GenLang
(finds introns, exons and other gene features)
NetPlantGene (predict
splice sites)
RepeatMasker
(repeat detection in genomic sequence)
ORF finder
(search for open reading frames in DNA sequence)
WebGene (prediction
of gene structure, TATA boxes, poly-A sites and splice sites)
Internet
Resources for UTR analysis (databases of UTR sequence and search
tools for detecting UTR functional elements)
Restrict
(Finds restriction enzyme cleavage sites)
Promoter
Analysis
PLACE
(search for known plant cis-acting elements)
PlantCARE
(search for known plant cis-acting elements)
PROSCAN (detection
of Eukaryotic promoter regions in genomic DNA)
Improbizer
(novel motif detection using multiple sequences)
MEME (novel
motif detection using multiple sequences)
MotifMatcher
(find a known motif in a sequence)
MAST (search
for a motif in a database, uses MEME output format)
Dnanalyze (TF mapping)
Dragon Promoter Finder 1.2 (TSS finder and promoter region
analysis)
FunSiteP 2.1
HCtata (TATA signal prediction)
McPromoter
Ver.3
MatInspector (Search for TF binding sites)
ModelGenerator and ModelInspector
NNPP2.1 (TSS finder)
PromoterInspector (Strand
non-specific promoter region finder)
Promoter2.0 (TSS finder)
Promoter Scan II (Promoter region prediction)
RGSiteScan
Signal Scan
(Search for Eukaryotic Transcriptional Elements)
TESS (Search for Transcription
Elements)
TFSEARCH (Predicts TF binding sites based on TRANSFAC data)
TRANSFAC (TF database
and a number of associated programs)
TSSG and TSSW
UTR
Analysis
UTR
Home Page
UTR Database ( A specialized
sequence collection, deprived from redundancy, of 5' and 3' UTR sequences
from eukaryotic mRNAs)
UTRSite (A collection
of functional sequence patterns located in 5' or 3' UTR sequences)
UTR Scan (Looks
for UTR functional elements by searching through user submitted query
sequences for the patterns defined in the UTRsite collection)
UTR
Blast (Searches for similarity between a query sequence and 5' or
3' UTR sequences in UTRdb collections)
ORF
Analysis
ORF
finder (search for open reading frames in DNA sequence)