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Table 1 Neurodegenerative disease associated gene associated with autophagy and endo-lysosomal processes

From: Autophagic and endo-lysosomal dysfunction in neurodegenerative disease

Gene

Process

Evidence

Key References

Alzheimer’s Disease

 APOE

Early endosomes

GA

[2]

 BECN1

Macroautophagy

BM

[3,4,5]

 BIN1

Early endosomes

GA

[6]

 CD2AP

Early endosomes

GA

[7]

 CLU

Early endosomes

GA

[8, 9]

 EPHA1

Early endosomes

GA

[10, 11]

 PICALM

Early endosomes

GA

[8]

 PSEN1

Recycling endosomes / Lysosomes

GA

[12]

 RAB7A

Mitophagy / Late endosomes

BM

[13]

 SORCS1

Retromer

GA

[14]

 SORL1

Early endosomes / Retromer

GA

[14]

Parkinson’s Disease

 DNAJC6

Early endosomes / Retromer

GA

[15, 16]

 FBXO7

Mitophagy

CM

[17, 18]

 GAK

Late endosomes

GA

[19]

 GBA

Mitophagy, Lysosome

GA

[20]

 LRRK2

Mitophagy / Macroautophagy / Chaperone-mediated mitophagy (CMA)

CM

[21,22,23]

 PINK1

Mitophagy

CM

[24, 25]

 PRKN

Mitophagy

CM

[26, 27]

 RAB29/RAB7L1

Late endosomes

GA

[28]

 SNCA

Macroautophagy

CM/BM

[29]

 SYNJ

Early Endosomes

GA

[30, 31]

 UCH-L1

CMA

GA/BM

[32, 33]

 VPS35

Retromer

CM

[34, 35]

Huntington’s Disease

 ATG7

Macroautophagy

GA

[36, 37]

 BECN1

Macroautophagy

BM

[38]

 HTT

Early endosomes / Recycling endosomes

CM / BM

[39, 40]

Amytrophic Lateral Sclerosis / Frontotemporal Dementia

 CHMP2B

Early Endosomes

GA / CM

[41, 42]

 OPTN

Macroautophagy / Mitophagy

GA

[43]

 p62/SQSTM1

Macroautophagy

CM

[44, 45]

 TBK1

Macroautophagy / Mitophagy

CM

[46, 47]

Charcot Marie Tooth

 RAB7A

Mitophagy / Late endosomes

CM

[48]

 SH3TC2

Recycling endosomes

CM

[49]

Niemann-Pick Disease

 NPC1

Lysosomes

CM

[50, 51]

 NPC2

Lysosomes

CM

[52, 53]

  1. BM Biomarker: genes with histological, molecular or biochemical evidence for contribution of gene in neurodegenerative disease; CM Causative Mutation: Genes associated with hereditary forms of neurodegenerative disease; GA Genetic Association: Genes where association with neurodegenerative disease has been made through -omics research