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For a given gene name, each horizontal line corresponds to a different allele. For more information, see Alignments of alleles and Tables of alleles (IMGT Repertoire).

IGLL gene name IGLL allele name Fct Reference sequences Exons Genomic sequences cDNA  sequences Sequences from the literature
IGLL1 IGLL1*01 F 14.1 EX1   M27749 [1]c  
EX2   M27749 [1]c  
EX3   M27749 [1]c  
IGLL1*02 F   EX1 AP000345 [5](3) BC012293 [7]c [M34511][6]
EX2 AP000345 [5](3) BC012293 [7]c [M34512][6], [M12811][2](1)
EX3 AP000345 [5](3) BC012293 [7]c [M34513][6], [M12810][2](1)
IGLL1*03 F   EX1      
EX2 M34514 [6]    
EX3 M34516 [6]    
IGLL1*04 F   EX1      
EX2 M34517 [6]    
IGLL2 IGLL2*01 P(2) Flambda1 EX1   X52203 [3]c  
EX2   X52203 [3]c  
EX3   X52203 [3]c Flambda8[X52204][3]c, 16.2, Hu lambda-17 [L02326][4]
IGLL2*02 P(2)   EX1 AP000347 [5](4)    
EX2 AP000347 [5](4)    
EX3 AP000347 [5](4)    
IGLL3 IGLL3*01 F 16.1 EX1     [AL022324][8]
EX2 M12989 [2](1)   [AL022324][8]
EX3 M12988 [2](1)   [AL022324][8](5)
IGLL4 IGLL4*01 P Psi 18.1 EX1      
EX3 M12812 [2], X04458 [2]   [AC007050][9]
IGLL5 IGLL5*01 F   EX1 D87023 [12]   [M34515] [6], [M34518] [6], [X51755] [13], [BC012159] [11] (7), [AJ319671] [14] (7)
EX2 D87023 [12]   [X51755] [13]
EX3 D87023 [12]   [X51755] [13], [BC012159] [11] (7), [AJ319671] [14] (7)
IGLL5*02 [F] X6 EX1   AJ318021 [15] (6) X6, [AJ318022] [15] (6), [AJ319670] [14] (7)
EX2   AJ318021 [15] (6) X6, [AJ318022] [15] (6)
EX3   AJ318021 [15] (6) X6, [AJ318022] [15] (6), [AJ319670] [14] (7)
IMGT notes:
(1) Partial sequence.
(2) IGLL2 is a Pseudogene, because of one nucleotide DELETION in EX3 (codon at positon 28 according to the IMGT numbering for C-DOMAIN and C-LIKE-DOMAIN) leading to a frameshift.
(3) The sequence from AP000345 (IGLL1*02) is in complementary inverted orientation in the flat file. Note that IGLL1*02 only differs from IGLL1*01 by a single nucleotide difference in EX3 at position 60 (according to the IMGT numbering for C-DOMAIN and C-LIKE-DOMAIN).
(4) The sequence from AP000347 (IGLL2*02) is in complementary inverted orientation in the flat file.
(5) The two nucleotide inversions in EX3 are probably typing or sequencing errors.
(6) EX2 includes IGLJ1*01, its recombination signal and an additional region in 5', the length of which (53 or 56 nucleotides) depends on an alternative splicing, as shown by AJ318021 and AJ318022: the two sequences differ by one additional 'cag' in AJ318021. EX3 corresponds to IGLC1*02. Steril (germline) transcript (spliced or unspliced) of IGLJ1-IGLC1 are identical to IGLL5 transcript (spliced or unspliced respectively).
(7) Unproductive transcripts have been found. They result from a splicing between EX1 and EX3. Such a splicing leads to a frameshift as the DONOR-SPLICE of EX1 and the ACCEPTOR-SPLICE of EX3 are not in the same frame.
[1] Hollis, G.F. et al. Proc. Natl. Acad. Sci. USA, 86, 5552-5556 (1989).
[2] Chang, H. et al., J. Exp. Med., 163, 425-435 (1986). 
[3] Schiff, C. et al., Eur. J. Immunol., 19, 1873-1878 (1989). 
[4] Bauer, T.R. et al., Immunogenetics, 38, 387-399 (1993). 
[5] Shimizu, N. et al., unpublished.
[6] Evans, R.J. et al., J. Exp. Med., 173, 305-311 (1991).
[7] Strausberg, R. et al., unpublished.
[8] Clarck, C. et al., unpublished.
[9] Chen, F. et al., unpublished.[22-NOV-1999 (Rel. 61, Last updated, Version 24]. 
[10] kawasaki, K. et al., Genome res., 172, 609-620 (1990) . 
[11] Strausberg, R. et al., Proc. Natl. Acad. Sci. USA, 99, 16899-16903 (2002). 
[12] kawasaki, K. et al., Genome res., 7, 250-261 (1997) . 
[13] Vasicek, T.J. et al., J. Exp. Med., 172, 609-620 (1990). 
[14] Guglielmi, P.J. et al., Eur. J. Immunol., 21, 501-508 (1991). 
[15] Guglielmi, P.J., Unpublished.