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. 2020 Jun 9;21(11):4113. doi: 10.3390/ijms21114113

Table 2.

Altered histone methylation in diabetic nephropathy (DN) and cells cultured under high glucose (HG) conditions.

Histone Methylation DN Model Sample Reference
Activating marks H3K4m2 ↓ global db/db mice (early time points) Kidney [95]
↑ global Uninephrectomiced db/db mice
↑ in Ccl21, Fsp1 OVE26 mice (T1D) Kidney [97]
STZ rats Kidney
H3K4m1/2/3 ↑ in EMT-associated genes HG in rat cells Mesangial cells [103]
H3K4m3 ↑ global T1D patients Blood monocytes [93]
Repressive mark H3K9m2 ↑ in IL1A HG in human cells THP-1 monocytes [91]
T1D and T2D patients Blood monocytes
↑ in CLTA4 T1D patients Blood lymphocytes [92]
H3K9m3 ↓ in Fn1, p21 HG in mouse cells Mesangial cells [101]
H3K9m2/3 ↓ in EMT-associated genes HG in rat cells Mesangial cells [103]
H3K27m2 ↓ global Adriamycin mice Isolated podocytes [98]
DKD patients Isolated podocytes
↓ in Pai-1, Ccl2 STZ rats Kidney [99]
TGF-β1 in rat cells Mesangial cells
↓ in Pax6 STZ rats Kidney [100]
HG in mouse cells Podocytes
H3K27m3 ↓ in Ccl21, Fsp1 OVE26 mice (T1D) Kidney [97]
STZ rats Kidney

Streptozotocin (STZ) induces insulin-deficient diabetes that resembles type 1 DM, although there is no autoimmune component while db/db mice are a model for type 2 DM (T2D). Upward looking arrows mean increased methylation and downward looking arrows mean decreased methylation.