Purpose: To evaluate the topographic concordance between sensibility values of short wave automated perimetry (SWAP) and frequency doubling technology (FDT) in ocular hypertension. Methods: 22 eyes of 22 patients diag...Purpose: To evaluate the topographic concordance between sensibility values of short wave automated perimetry (SWAP) and frequency doubling technology (FDT) in ocular hypertension. Methods: 22 eyes of 22 patients diagnosed of ocular hypertension underwent SWAP (24-2 test, Humphrey analyser) and FDT (C-20 threshold test). According the 17 points examined展开更多
Purpose: To develop an algorithm for the scoring of frequency doubling perimery (FDT) test results based on a statistical analysis of the distribution of the localisation of defects in glaucoma patients and normals, a...Purpose: To develop an algorithm for the scoring of frequency doubling perimery (FDT) test results based on a statistical analysis of the distribution of the localisation of defects in glaucoma patients and normals, and to compare the performance of the new algorithm and all previously published algorithms in a glaucoma service based screening setting. Methods: The right eye展开更多
文摘Purpose: To evaluate the topographic concordance between sensibility values of short wave automated perimetry (SWAP) and frequency doubling technology (FDT) in ocular hypertension. Methods: 22 eyes of 22 patients diagnosed of ocular hypertension underwent SWAP (24-2 test, Humphrey analyser) and FDT (C-20 threshold test). According the 17 points examined
文摘Purpose: To develop an algorithm for the scoring of frequency doubling perimery (FDT) test results based on a statistical analysis of the distribution of the localisation of defects in glaucoma patients and normals, and to compare the performance of the new algorithm and all previously published algorithms in a glaucoma service based screening setting. Methods: The right eye
