Protein Details

-Genomic Data for TEC1				Links
Protein TEC1	UniPROBE Accession Number UP00340	Species Saccharomyces cerevisiae	Domain TEA	Uniprot P18412
Synonyms ROC1, Ty transcription activator TEC1, YBR0750, YBR083W				IHOP 32742
				RefSeq NP_009639
Description Transcription factor required for full Ty1 epxression, Ty1-mediated gene activation, and haploid invasive and diploid pseudohyphal growth; TEA/ATTS DNA-binding domain family member				SGD YBR083W

-PBM Motif Data
Primary Motif (Seed-and-Wobble)				Primary PWM View Save
Primary Motif (Seed-and-Wobble)				Top Kmer ACATTCTC E.S. 0.493 GAGAATGT E.S. 0.493
Primary Motif (BEEML-PBM) (AMADID # 015681)				Primary PWM View
Primary Motif (BEEML-PBM) (AMADID # 015681)				Consensus NNVRGAATGY RCATTCYBNN
Downloads Download the zip of all Tec1 PBM files or view the downloads directory for individual files.
Link to TFBSshape This link will take you to the corresponding entry for Tec1 in TFBSshape, a database which provides information about the shape of the DNA at transcription factor binding sites. http://rohslab.cmb.usc.edu/TFBSshape/?tfid=&geneID340&sourceDB=uniprobe

-Annotations
Target Gene Functional Category Enrichment 1) FunSpec analysis run with p<0.005 without Bonferroni correction (view) 2) FunSpec analysis run with p<0.05 with Bonferroni correction (view)
Conditional Specificity 1) Specific conditions (view) 2) Condition categories (view)

-TEC1 Datasets
Clone ID	Clone Type	Last Modified	Save	View
y1098	DNA binding domain only	2016-03-24
Insert sequence 1 ESYTGRIFDV YIQKDSYSQS ALDDMFPEAV VSTAACVKNE AEDNINLIDT 51 HPQFELVNTG LGAKSDDLKS PSAKATFTDK QRKNEVPNIS VSNYFPGQSS 101 ETSSTTESWT IGCDKWSEKV EEAFLEALRL IMKNGTTKIK IRNANFGRNE 151 LISLYIKHKT NEFRTKKQIS SHIQVWKKTI QNKIKDSLTL SSKEKELLHL 201 IEHGAEQTTE NSNLFYDIFE EIIDSLPSVS DSGSLTPKNL YVSNNSSGLS 251 VHSKLLTPIT ASNEKKIENF IKTNAASQAK TPLIYAKHIY ENIDGYKCVP 301 SKRPLEQLSP TELHQGDRPN KASFSNKKAI LESAKKIEIE QRKIINKYQR 351 ISRIQEHESN PEFSSNSNSG SEYESEEEVV PRSATVTQLQ SRPVPYYKNN 401 GMPYSLSKVR GRPMYPRPAE DAYNANYIQG LPQYQTSYFS QLLLSSPQHY 451 EHSPHQRNFT PSNQSHGNFY