Table 2.
Gene ID† | H3K4me3/2 reading motif |
Known function and disease relevance | Ref. |
---|---|---|---|
BPTF | The second PHD finger | Component of a chromatin remodeling complex NURF, which contains a SWI/SNF family helicase/ATPase SMARCA1 | 12, 14 |
ING1 | PHD finger | Component of HDAC-Sin3A transcriptional repressive complexes | 13, 70, 73 |
ING2 | PHD finger | Component of HDAC-Sin3A transcriptional repressive complexes | 13, 70, 76 |
ING3 | PHD finger | Form a transcriptional activation complex with a histone acetyltransferase (HAT) Tip60 | 70, 76 |
ING4 | PHD finger | Form an HBO-containing transcriptional activation complex | 70, 74–76 |
ING5 | PHD finger | Component of a transcriptional activation complex that contains a HAT protein, either HBO or MOZ/MORF | 76 |
JARID1A | The third PHD finger | H3K4me3/2-specific histone demethylase | 21 |
JARID1B | The third PHD finger | H3K4me3/2-specific histone demethylase | 18, 21* |
MLL | The third PHD finger | Histone methyltransferase, specific for H3K4 | 5* |
PHF2 | PHD finger | Putative histone demethylase | 5* |
PHF8 | PHD finger | Putative histone demethylase; PHF8 mutation associates with X-linked mental retardation. | 5, 18* |
PHF13 | PHD finger | Unknown function | 5, 18* |
PHF23 | PHD finger | Unknown function | 21 |
Pygo | PHD finger | Pygo1/2 interacts with a cofactor BCL9, and is required for Wnt/β-catenin induced transcriptional activation. | 87–89 |
RAG2 | PHD finger | A V(D)J recombinase critical for the development and maturation of B and T cells. Loss-of-function mutations of the RAG2 PHD finger lead to severe combined immunodeficiency and Omenn syndrome. | 20 |
TAF3 | PHD finger | Component of RNA polymerase II-associated general transcription factor machinery TFIID, which contains TATA-binding protein (TBP) and 12–13 additional TBP-associated factors, TAF1–14. | 18, 19 |
Gene full name shown as follows: BPTF, bromodomain PHD finger transcription factor; PHF, PHD finger protein; RAG2, recombination activating gene 2; TAF3, TATA box binding protein (TBP)-associated factor, 140kDa.
The H3K4me3-binding property was predicted based on domain homology5.