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Table 4 Human canonical core histones of the H4 family with their chromosomal location, expression and function

From: The dark side of histones: genomic organization and role of oncohistones in cancer

 

Gene name*

Histone protein codified

Gene chromosomal location

Expression

Function

References

Canonical H4 core histones

1

HIST1H4A

H4

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

2

HIST1H4B

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

3

HIST1H4C

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

4

HIST1H4D

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

5

HIST1H4E

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

6

HIST1H4F

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

7

HIST1H4H

 

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

8

HIST1H4I

 

6p22.1 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

9

HIST1H4J

 

6p22.1 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

10

HIST1H4K

 

6p22.1 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

11

HIST1H4L

 

6p22.1 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

12

HIST2H4A

 

1q21.2 (in histone cluster 2)

Replication-dependent

Core component of nucleosome

[18]

13

HIST2H4B

 

1q21.2 (in histone cluster 2)

Replication-dependent

Core component of nucleosome

[18]

14

HIST4H4

 

12p12.3 (in histone cluster 4)

Replication-dependent

Core component of nucleosome

[18]

15

HIST1H4G

H4-like protein type G

6p22.2 (in histone cluster 1)

Replication-dependent

Core component of nucleosome

[18]

  1. *The gene names of canonical histones are composed by a first part referring to their histone cluster, followed by the type of histone and, finally, by a letter, designated in alphabetical order for each histone type, based on the distance from the telomere