Table 1.

Exon/Intron Boundaries of the Human βc Chain Gene

Exon Size (bp) Donor Intron (kb) Acceptor
44  CAGAG  GTATG  -8.5-  ND  GCCTG  
2  248 AGAAG  GTGAG  -0.9-  GTCAG  AAACC  
3  124 AATGA  GTGAG  -2.5-  AACAG  GGACC  
4  191 GCATG  GTGAG  -3.5-  TCCAG  TCCAG  
5  158 GGGAG  GTAGG  -0.1-  GACAG  GACGC  
6  169 GCCAG  GTAAT  -0.5-  CCCAG  GGGAT  
7  136 CGAGG  GTGAG  -0.1-  CTCAG  GGAGG  
8  158 GAACA  GTGAG  -1.9-  TCCAG  TCCAG  
9  140 GGAAG  GTGAG  -0.9-  CACAG  GACAG  
10  163 GTCGG  GTAGG  -1.3-  GGAAG  TGCTG  
11  91 TACAG  GTGAG  -0.2-  TCCAG  GCTGC  
12  58 TCCAG  GTAGG  -0.9-  TGCAG  AACGG  
13  104 GAGGG  GTGAG  -0.7-  CACAG  GGTGT  
14 1400 
Exon Size (bp) Donor Intron (kb) Acceptor
44  CAGAG  GTATG  -8.5-  ND  GCCTG  
2  248 AGAAG  GTGAG  -0.9-  GTCAG  AAACC  
3  124 AATGA  GTGAG  -2.5-  AACAG  GGACC  
4  191 GCATG  GTGAG  -3.5-  TCCAG  TCCAG  
5  158 GGGAG  GTAGG  -0.1-  GACAG  GACGC  
6  169 GCCAG  GTAAT  -0.5-  CCCAG  GGGAT  
7  136 CGAGG  GTGAG  -0.1-  CTCAG  GGAGG  
8  158 GAACA  GTGAG  -1.9-  TCCAG  TCCAG  
9  140 GGAAG  GTGAG  -0.9-  CACAG  GACAG  
10  163 GTCGG  GTAGG  -1.3-  GGAAG  TGCTG  
11  91 TACAG  GTGAG  -0.2-  TCCAG  GCTGC  
12  58 TCCAG  GTAGG  -0.9-  TGCAG  AACGG  
13  104 GAGGG  GTGAG  -0.7-  CACAG  GGTGT  
14 1400 

Shown are the length of exons (in basepairs), length of introns (in kilobases), and the sequences of the exon-intron/intron-exon boundaries of the βc chain gene. All boundaries are in agreement with the consensus sequences of eukaryotic splice junctions. Because of unknown technological problems, we were not able to characterize the 3′ sequence of intron 1.

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