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Table 2 ALPL gene mutations of Chinese children with HPP

From: Clinical and genetic characteristics of hypophosphatasia in Chinese children

Disease subtype

No

Status

Type

DNA

Protein

Exon/intron

Source

References

Perinatal lethal

1

Compound heterozygous

M

c.406C>T

p. Arg136Cys

E5

Father

[31]

   

M

c.461C>T

p. Ala154Val

E5

Mother

 
 

2

Compound heterozygous

F

c.650delTinsCTAA

p.217delValinsAlaLys

E7

Mother

[32]

   

F

c.984_986delCTT

p. Phe328del

E9

Father

 

Infantile

3

NA

NA

NA

NA

NA

NA

PA-1

 

4

Compound heterozygous

M

c.83A>G

p. Tyr28Cys

E3

NA

PA-2

   

M

c.98C>T

p. Ala33Val

E3

NA

 
 

5

Compound heterozygous

M

c.668G>A

p. Arg223Gln

E7

de novo

PA-3

   

F

c.1101_1103delCTC

p. Ser368del

E10

Mother

 
 

6

Compound heterozygous

F

c.1097_1099delCCT

p.366_367delThrSerinsThr

E10

Father

PA-4

   

M

c.527C>T

p. Ala176Val

E6

Mother

 
 

7

Compound heterozygous

M

c.98C>T

p. Ala33Val

E3

Mother

PA-5

   

M

c.406C>T

p. Arg136Cys

E5

Father

 
 

8

Compound heterozygous

M

c.98C>T

p. Ala33Val

E3

Father

PA-6

   

F

c.1097_1099delCCT

p.366_367delThrSerinsThr

E10

Mother

 
 

9

Homozygous

M

c.359G>C

p. Gly120Ala

E5

NA

[5]

 

10

Compound heterozygous

F

c.228delG

p. Gln76Hisfs*46

E4

Mother

[33]

   

M

c.407G>A

p. Arg136His

E5

Father

 
 

11

NA

NA

NA

NA

NA

NA

[34]

 

12

Compound heterozygous

M

c.814C>T

p. Arg272Cys

E7

Father

[35]

   

F

c.1101_1103delCTC

p. Ser368del

E9

Mother

 

Childhood

13

Compound heterozygous

M

c.407G>A

p. Arg136His

E5

Father

PA-7

   

M

c.802T>C

p. Phe268Leu

E8

Mother

 
 

14

Compound heterozygous

M

c.212G>A

p. Arg71His

E4

Father

[5]

   

M

c.571G>A

p. Glu191Lys

E6

Mother

 
 

15

Compound heterozygous

M

c.203C>T

p. Thr68Met

E4

Mother

[5]

   

M

c.571G>A

p. Glu191Lys

E6

Father

 
 

16

Heterozygous

M

c. 1162T>C

p. Tyr388His

E10

Mother

[6]

 

17

Heterozygous

F

c.412_413insC

p. Arg138Profs45x

E5

Mother

[6]

 

18

Compound heterozygous

M

c.1183A>G

p. Ile395Val

E10

Father

[36]

   

M

c.85T>C

p. Trp29Arg

E3

Mother

 
 

19

Compound heterozygous

M

c.407G>A

p. Arg136His

E5

Father

[37]

   

M

c.1166C>A

p. Thr389Asn

E10

Mother

 
 

20

Compound heterozygous

M

c.331G>A

p. Ala111Thr

E5

Mother

[37]

   

M

c.655A>G

p. Met219Val

E7

Father

 
 

21

Homozygous

SJA

c.298-1G>A

IVS4

NA

[38]

 

22

Heterozygous

M

c.251A>T

p. Glu84Val

E4

Mother

[39]

Odonto

23

Compound heterozygous

F

c.410delC

p. Arg138GlyfsTer27

E5

Mother

PA-8

   

SJA

c.297 + 5G>A

IVS4

Father

 
 

24

Heterozygous

M

c.346G>A

p. Ala116Thr

E5

Father

PA-9

 

25

Compound heterozygous

M

c. 1162T>C

p. Tyr388His

E10

de novo

PA-10

   

F

c. 1532insC

p. Leu511Profs*272

E12

Mother

 
 

26

Compound heterozygous

M

c.979T>C

p. Phe327Leu

E9

Mother

[5]

   

F

c.1017dupG

p. His340Alafs

E10

Father

 
 

27

Compound heterozygous

M

c.542C>T

p. Ser181Leu

E6

Mother

[40]

   

M

c.1287G>T

p. Glu429Asp

E11

Father

 
 

28

Compound heterozygous

M

c.422C>A

p. Thr141Asn

E5

NA

[6]

   

M

c.1489T>A

p. Cys497Ser

E12

NA

 
 

29

Compound heterozygous

M

c.422C>A

p. Thr141Asn

E5

NA

[6]

   

M

c.1489T>A

p. Cys497Ser

E12

NA

 
 

30

Compound heterozygous

M

c.406C>T

p. Arg136Cys

E5

NA

[6]

   

M

c.407G>A

p. Arg136His

E5

NA

 
 

31

Compound heterozygous

M

c.787T>C

p. Tyr263His

E7

Father and mother

[41]

   

R

c.-92C>T

E2

Mother

 
 

32

Compound heterozygous

M

c.787T>C

p. Tyr263His

E7

Father and mother

[41]

   

R

c.-92C>T

E2

Mother

 
 

33

Compound heterozygous

M

c.82T>G

p. Tyr28Asp

E3

Father

[37]

   

M

c. 1162T>C

p. Tyr388His

E10

Mother

 
  1. Bold type indicates the novel mutations identified in our present study
  2. NA not available, M Missense, F Frameshift, SJA splice junction alteration