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Wei Y 36
Showing records 1 to 25 | Display all abstracts from Wei Y124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Chen J
Journal of global health 2024; 14: 04248
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Zhang Q
Science advances 2024; 10: eado0866
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Chen J; Cao X
Experimental Eye Research 2024; 246: 110000
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Xue J; Tang J
Science advances 2024; 10: eado0866
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Zhu Y; Li Z
Journal of global health 2024; 14: 04248
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Wu S
Science advances 2024; 10: eado0866
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Li Z
Experimental Eye Research 2024; 246: 110000
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Chen X
Journal of global health 2024; 14: 04248
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Chen X
Experimental Eye Research 2024; 246: 110000
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Liu Z
Science advances 2024; 10: eado0866
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Huang S
Experimental Eye Research 2024; 246: 110000
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Cao X
Journal of global health 2024; 14: 04248
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Wu C
Science advances 2024; 10: eado0866
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Li Y
Journal of global health 2024; 14: 04248
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Liu C
Science advances 2024; 10: eado0866
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Xie R
Experimental Eye Research 2024; 246: 110000
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Liu Y
Science advances 2024; 10: eado0866
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Wen Y
Journal of global health 2024; 14: 04248
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Ye G; Ye G
Experimental Eye Research 2024; 246: 110000
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Lin J
Science advances 2024; 10: eado0866
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Wen Y
Experimental Eye Research 2024; 246: 110000
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Liu L
Journal of global health 2024; 14: 04248
119071 Causal relationship between central corneal thickness and open-angle glaucoma: Evidence from Mendelian randomization
Zhuo Y
Experimental Eye Research 2024; 246: 110000
124361 Quantifying the impact of disease severity changes on the burden of blindness: A global decomposition analysis
Xiao Y
Journal of global health 2024; 14: 04248
123555 Modulating amacrine cell-derived dopamine signaling promotes optic nerve regeneration and preserves visual function
Han J; Liu L
Science advances 2024; 10: eado0866
