Table 3.

Correlation analysis in functionally different MNV subgroups (VT cutoff 8.40).

Low-high MNV VT subgroups	Parameter	Speckled fluorescence (quadrants)	MNV area/leakage area ratio	Baseline BCVA	Final BCVA	Intravitreal injection number
	Tau Kendall coeff.	0.356	0.299	−0.322	0.290	−0.449
	p	<0.001	=0.003	=0.002	=0.006	<0.001
Low-high MNV VT subgroups	Parameter	MNV VT	Baseline CMT	Final CMT	VD DCP
	Tau Kendall coeff.	0.700	−0.343	−0.291	−0.283
	p	<0.001	<0.008	=0.01	=0.005
MNV type (Type 1, Mixed, Type 2)	Parameter	MNV area	MNV area/leakage area ratio	Baseline CMT	Final CMT
	Tau Kendall coeff.	−0.319	−0.373	0.377	0.273
	p	=0.004	=0.002	<0.001	=0.006
Leakage area	Parameter	MNV Area	VD CC
	Tau Kendall coeff.	0.705	−0.281
	p	<0.001	=0.003
MNV area	Parameter	VD CC
	Tau Kendall coeff.	−0.250
	p	=0.003
MNV area/leakage area ratio	Parameter	Intravitreal injection number	MNV VT	Baseline CMT	Final CMT	VD DCP
	Tau Kendall coeff.	−0.337	0.346	−0.336	−0.291	−0.257
	p	=0.008	<0.001	<0.001	=0.004	=0.005
MNV VT	Parameter	Baseline exudation	Baseline CMT	Final CMT	VD DCP
	Tau Kendall coeff.	−0.326	−0.256	−0.303	−0.297
	p	=0.009	=0.002	=0.004	=0.005
VD DCP	Parameter	Speckled fluorescence (quadrants)	Baseline exudation	Final exudation	Baseline CMT	Final CMT
	Tau Kendall coeff.	−0.241	0.198	0.315	0.246	0.296
	p	=0.004	=0.008	=0.005	=0.004	=0.004

MNVs were divided in accordance with a VT cutoff value of 8.40. MNV, macular neovascularization; BCVA, best-corrected visual acuity; CMT, central macular thickness; VT, vessel tortuosity; VD, vessel density; DCP, deep capillary plexus; CC, choriocapillaris.