Homo sapiens RAET1I locus 6q25.1
The human RAET1 locus [1] located at 6q25.1 spans 200 kilobases from 150,230 to 150,430 kb (Ensembl, 09/06/2004).
Clones (in blue) are in forward (FWD) orientation on the chromosome. They overlap by about 100 base pairs of complete similarity. An additional 100 base pairs are dissimilar probably for cloning reasons.
Legend:
Allele name | Gene functionality | IMGT reference sequences | ||
---|---|---|---|---|
Clone names | Accession numbers | Molecule type | ||
RAET1I*01 | F | RP11-472G23 | AL355497 [1] | gDNA |
RAET1I*02 | F | AF304377 | cDNA |
IMGT reference sequences (in FASTA format) for the allele(s): RAET1I*01 to RAET1I*02
Allele name | Gene functionality | IMGT reference sequences | ||
---|---|---|---|---|
Clone names | Accession numbers | Molecule type | ||
RAET1I*01 | F | AF346416 | cDNA | |
AF425265 | cDNA | |||
RAET1I*02 | F | AB052907 | cDNA |
Allele name | Accession numbers | Number of amino acids | Protein isoform | |
---|---|---|---|---|
Nucleotide databases | Protein databases | |||
RAET1I*01 | AF346416 | Sw: Q9BZM6 | 244 aa | |
AF425265 | 239 aa | (1) | ||
RAET1I*02 | AF304377 | Tr: Q9BZM6 | 244 aa | |
AB052907 | 244 aa | |||
NM_025218 | NP_079494 | 244 aa |
The coding region (CODING-REGION)
sequence starts from INIT-CODON
(or its encoded amino acid) to STOP-CODON
(not included).
The nucleotide sequence is extracted from cDNA (c) sequences and/or is
built by artificial exon joining from genomic DNA (g) sequences.
The amino acid sequence is the translation of the nucleotide sequence.
RAET1I*01: AL355497(g) AF346416(c)
1 atggcagcgg ccgccagccc cgcgttcctt ctgtgcctcc cgcttctgca cctgctgtct 61 ggctggtccc gggcaggatg ggtcgacaca cactgtcttt gctatgactt catcatcact 121 cctaagtcca gacctgaacc acagtggtgt gaagttcaag gcctggtgga tgaaaggcct 181 tttcttcact atgactgtgt taaccacaag gccaaagcct ttgcttctct ggggaagaaa 241 gtcaatgtca caaaaacctg ggaagaacaa actgaaacac taagagacgt ggtggatttc 301 cttaaagggc aactgcttga cattcaagtg gagaatttaa tacccattga gcccctcacc 361 ctgcaggcca ggatgtcttg tgagcatgaa gcccatggac acggcagagg atcttggcag 421 ttcctcttca atggacagaa gttcctcctc tttgactcaa acaacagaaa gtggacagca 481 cttcatcctg gagccaagaa gatgacagag aagtgggaga agaacaggga tgtgaccatg 541 ttcttccaga agatttcact gggggattgt aagatgtggc ttgaagaatt tttgatgtac 601 tgggaacaaa tgctggatcc aacaaaacca ccctctctgg ccccaggcac aacccaaccc 661 aaggccatgg ccaccaccct cagtccctgg agccttctca tcatcttcct ctgcttcatt 721 ctagctggca gatga
1 MAAAASPAFL LCLPLLHLLS GWSRAGWVDT HCLCYDFIIT PKSRPEPQWC EVQGLVDERP 61 FLHYDCVNHK AKAFASLGKK VNVTKTWEEQ TETLRDVVDF LKGQLLDIQV ENLIPIEPLT 121 LQARMSCEHE AHGHGRGSWQ FLFNGQKFLL FDSNNRKWTA LHPGAKKMTE KWEKNRDVTM 181 FFQKISLGDC KMWLEEFLMY WEQMLDPTKP PSLAPGTTQP KAMATTLSPW SLLIIFLCFI 241 LAGR*
IMGT notes:
S 212 (underlined) is a potential GPI anchor (potential cleavage site ω, ω+1, ω+2 at 212-214).
Legend: