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Table 2 Hyperekplexia mutations in GLRB

From: The impact of human hyperekplexia mutations on glycine receptor structure and function

Mutation

Mutation type

Inheritance

GlyR position

Notes

Reference

ΔEx1-8

deletion

recessive

n.a.

 

[11]

Splice site mutation In4 (c.298-1G > A)

missense

recessive

n.a.

compound heterozygous with S321F

[13]

ΔEx5

deletion

recessive

n.a.

compound heterozygous with G229D

[15]

ΔEx5 and S176RfsX6

deletion

recessive

n.a.

 

[11]

E24X

nonsense

recessive

ECD

 

[11]

R50X

nonsense

recessive

ECD

compound heterozygous with Q216fsX222

[14]

P169L

missense

recessive

ECD

 

[11]

M177R

missense

recessive

ECD

 

[10]

R190X

nonsense

recessive

ECD

compound heterozygous with â–³S262

[11]

F19IfsX3

deletion

recessive

ECD

 

[11]

Q216fsX222

deletion

recessive

ECD

compound heterozygous with E24X

[14]

G229D

missense

recessive

ECD

compound heterozygous with ΔEx5

[15]

â–³S262

deletion

recessive

TM1

compound heterozygous with R190X

[11]

L285R

missense

de novo

TM2

 

[12]

W310C

missense

recessive

TM2-TM3 loop

 

[12]

S321F

missense

recessive

TM3

compound heterozygous with In4 (c.298-1G > A)

[13]

R450X

nonsense

recessive

TM3-TM4 loop

 

[11]

Y470C

missense

dominant

TM4

 

[11]

  1. ECD extracellular binding domain, TM transmembrane.