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Table 2 Mutations of TEX11 detected in patients with azoospermia*

From: A novel TEX11 mutation induces azoospermia: a case report of infertile brothers and literature review

Position

Nucleotide change

Protein/RNA change

Spermatogenic failure

No. of patients

Ref.

Exon 6

405C→T

Silent mutation, A135spl d #

Few sperm

1

21

Exon 7

466A→G

Missense mutation, M156V

No sperm

1

Exons 9–11

607del237bp

203del79aa

Few sperm

2

Intron 10

748+1G→A

L249spl d #

No sperm

1

Intron 21

1793+1G→C

R597spl d #

No sperm

1

Exon 24

2047G→A

Missense mutation, A683T

Few sperm

1

Exon 6

349T→A

Missense mutation, W117R

No sperm

1

5

Exon 6

405C→T

Silent mutation

No sperm

1

Exon 7

424G→A

Missense mutation, V142I

No sperm

1

Exon 7

515A→G

Missense mutation, Q172R

No sperm

1

Exon 10

731C→T

Missense mutation, T244I

No sperm

1

Exon 16

1258Ins (TT)

Frameshift mutation; 1258GATG→TTGGTA

No sperm

1

Exon 26

2243T→C

Missense mutation, V748A

No sperm

1

Exon 27

2319T→C

Silent mutation

No sperm

1

Intron 3

−17T→C

Intronic alteration

No sperm

1

Intron 5

−48G→A

Intronic alteration

No sperm

1

Intron 10

+42C→A

Intronic alteration

No sperm

1

Intron 12

−28T→C

Intronic alteration

No sperm

1

Intron 15

−64G→A

Intronic alteration

No sperm

1

Intron 21

−1G→A

Alteration of splicing acceptor site

No sperm

1

Intron 22

−37A→G

Intronic alteration

No sperm

1

Intron 24

+119G→A

Intronic alteration

No sperm

1

Intron 27

−55A→C

Intronic alteration

No sperm

1

Intron 28

−44A→G

Intronic alteration

No sperm

1

Exon 29

2568G→T

Missense mutation, W856C

No sperm

2

This study

  1. * TEX11 mutations are mapped to isoform 2 (GenBank accession number, NM_031276)
  2. # The term spl d represents the splicing donor site
  3. +1 refers to the first base of a given intron, while -1 denotes the last base