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. 2019 Mar 19;2019:5743109. doi: 10.1155/2019/5743109

Table 2.

Signaling cascades contributing to MGPC formation in pharmacological models.

Substance Signal pathway Müller glia state Animal tested MGPC function
NMDA Jak/Stat Upregulation Pro and dedi Chicken Regenerative [89]
Upregulation Pro and dedi Mouse Regenerative [90]
mTor Upregulation Pro and dedi Chicken Regenerative [91]
Downregulation Rat Neuroprotective [92, 93]
Upregulation Pro and dedi Mouse Regenerative [90]
ERK Upregulation Dedifferentiation Chicken Regenerative [94]
Activate Rat Neuroprotective [92, 95]
Upregulation Pro and dedi Mouse Regenerative [90]
Wnt-catenin Upregulation Pro and dedi Chicken Regenerative [96]
Upregulation Pro and dedi Rat Regenerative [97]
Notch Upregulation Pro and dedi Avian Regenerative [98]
Upregulation Pro and dedi Chinken Regenerative [99]
Upregulation Pro and dedi Rat Regenerative [97]
Downregulation Pro Fish Regenerative [100]
Glutamate Activate Pro and dedi Rat Regenerative [101, 102]
Retinoic acid Upregulation Pro and dedi Avian Regenerative [103]
BMP4/7 Upregulation Proliferation Chicken Neuroprotective [104]
BMP4/Smad1/5/8 Upregulation Dedifferentiation Chicken Regenerative [105]
TGFβ/P-smad2/3 Downregulation Dedifferentiation Chicken Regenerative [105]

MNU TGFβ/P-smad3 Downregulation Proliferation Zerafish Regenerative [106]
P53/P21-cyclin1 Upregulation Dedifferentiation Rat Regenerative [107, 108]
SHH Activate Pro and dedi Rat Regenerative [109]

NAIO3 Notch Downregulation Dedifferentiation Rat Regenerative [110]
NTs Overproduce Proliferation Mouse Neuroprotective [111]

STZ VEGFR2-AKT VEGFR2-AKT
(knockout-activate)
Apoptosis Mice Apoptosis [112]
P-ERK1/2 Activate Activate Rat Neuroprotective [113]

Pro: proliferation; dedi: dedifferentiation.