sameAs
Investigation of Intraocular Pressure (IOP) Reduction Efficacy of Travoprost Ophthalmic Solution in Patients With Normal Tension GlaucomaProtective Effect of Phenytoin on GlaucomaEfficacy and Safety Study of Combigan and 0.5% Timoptic in Normal Tension GlaucomaEvaluation of Blood Flow Regulation With Laser Speckle FlowgraphyPeripapillary Blood Flow After Use of Anti-glaucoma Medications: An OCT Angiography StudyLSFG in Patients With Normal Tension Glaucoma Tension GlaucomaMeasurement of the Effect of Gingko Biloba Extract on Ocular and Nailfold Blood-flow in NTGIOP Lowering Effects of Topical Anesthetics Used Frequently in the Ophthalmology ClinicObservational Study of the Long-term Effect of Latanoprost in Normal Tension GlaucomaIntraocular Pressure and Ocular Perfusion Pressure of Cosopt in Normal Tension GlaucomaEffect of Alphagan on Retinal Blood Flow Autoregulation and Motion Detection in Patients With Normal Pressure GlaucomaA New View of Normal Tension Glaucoma: Autoregulation and Systemic Blood PressureAdvanced Glycation End Products as a Biomarker for Accelerated AgeingIsometric Exercise in NTGInvestigation of Neurovascular Coupling in Glaucoma Patients and Healthy SubjectsPilot Study on Ambulatory Intraocular Pressure and Blood Pressure Monitoring in GlaucomaStudy on the Oxygen Saturation in Pulsating and Non-pulsating Central Retinal VeinsDifferences in Nerve Fiber Layer Between Patients With Normal- and High-Pressure-GlaucomaWaveform Analysis of the Doppler Curve of Ophthalmic Arteries in Glaucoma PatientsValidation of Retinal Oximetry in Glaucoma Patients: a Structural and Functional CorrelationAutonomic Nervous System Activity and Normal Tension GlaucomaCOSOPT (Timolol/Dorzolamide Combination) Normal Tension Glaucoma Study (MK0507A-161)(COMPLETED)Serum Bilirubin Levels in Normal-tension GlaucomaAssessment of Optic Nerve Radiation in Patients With Glaucoma and Ocular Hypertension by 7 Tesla Diffusion Tensor ImagingMacular Retinoschisis and Detachment Associated With Glaucomatous Optic NeuropathyOcular Blood Flow in Glaucoma Patients - the Leuven Eye StudyStudy on Ocular Blood Flow and the Orbital Cerebrospinal Fluid Pressure in GlaucomaCorrelation of Orbital Cerebrospinal Fluid Pressure and Retinal Venous Outflow in Primary Open-angle GlaucomaRelationship Between 24-hour IOP Pattern and the 24-hour Blood Pressure Pattern in Patients With POAGThe Antioxidant Effect of Routine Vascular Therapy for Normal Tension Glaucoma PatientsPsychopathology of Normal-tension Glaucoma in Hong Kong Chinese Out-patientAnalysis of Clinical Profiles of Chinese Patients With Normal Tension GlaucomaSystemic Glutathione Level in Normal Tension GlaucomaMagnetic Resonance Imaging of Patients With Normal Tension GlaucomaAdditive Effect of Twice-daily Brinzolamide 1%/Brimonidine 0.2%Combination as an Adjunctive Therapy to Travoprost in Patients With Normal Tension GlaucomaMetabolomics in Surgical Ophthalmological PatientsReproducibility of Blood Flowmetry in Human Retina Using the Nidek Laser Speckle Flowgraphy LSFG-NAVI SystemAssessing Ocular Hemodynamic Response to Surgical Intervention in GlaucomaEvaluation of PHP-201 Ophthalmic Solution in Patients With Normal Tension GlaucomaEfficacy and Safety of COMBIGAN® in Korean Patients With Primary Open Angle Glaucoma (POAG) and Normal Tension Glaucoma (NTG)
P1050
The current research status of normal tension glaucomaOcular Blood Flow and Normal Tension GlaucomaSystemic and Ocular Hemodynamic Risk Factors in GlaucomaNew directions in the treatment of normal tension glaucoma.Ginkgo biloba: an adjuvant therapy for progressive normal and high tension glaucoma.Efficacy and Safety Study of Combigan and 0.5% Timoptic in Normal Tension GlaucomaWill Listening to Music Make it Easier to Take a Visual Field Test?Intraocular Pressure and Hemodialysis Midwestern BrazilWaveform Analysis of the Doppler Curve of Ophthalmic Arteries in Glaucoma PatientsValidation of Retinal Oximetry in Glaucoma Patients: a Structural and Functional CorrelationDoes the Optic Disc Grading Done Visually by Your Doctor Agree With Optic Nerve Testing Which is Done by Machines?Metabolomics in Surgical Ophthalmological Patients
P921
Q61969713-090446F6-1EE2-4334-866E-254D1394BEF2Q63062981-27C9DA84-8FA1-41E8-8D95-9E48CCBE677AQ63321510-0D0411F7-7A02-4954-BFC0-AB7C0FFC0802Q63404987-C40F8314-79D1-4D5F-92E8-DC1D53782BC0Q63534657-16AE4BFD-F48E-4578-9AC6-CC22A1F30576Q63535081-C85DF323-8925-4D64-AEB1-56474711A735Q63595719-AEA14B9B-750A-4ADA-B3BC-93F31F6A316AQ63818460-A2E1580A-40A3-4837-9C4C-4EE4CEE7941EQ63819400-608FDB11-5371-4EF3-8DDB-45216EAC5943Q63830054-EBB3AFB5-7BB4-484E-8079-A968AF084263Q63834664-CE31B77F-7FF2-45BF-9452-1670E5E478D5Q64041782-31B2A7A0-CE26-4D64-80AD-304165D0DBDDQ64171835-6B2AB4A3-AC71-4512-BD95-97247D85CB35Q64185900-D8CCC8F6-DAB3-48B3-B2CB-13F387BBE969Q64189809-77A37873-31F9-4D71-8B14-2187806C1C81Q64621870-A9346CB4-3BFE-471B-81C6-30B7F9D44BDBQ64634367-A5298DC3-4E7C-4F53-B83A-91A25CD04CB9Q64646514-6F792BFC-39FF-4052-B830-9CBE8BD4833DQ64646574-6168393B-6FF0-4F73-8907-33DF80F5C2C9Q64650143-8131AB11-7F98-4A98-BFB7-25010268A87EQ64678298-914075C1-393E-41A9-8F4D-F1FDD755BDAFQ64695325-58E588B4-6CD8-4DBF-9552-0787E7A56239Q64804450-30EB8239-A89A-43A6-BDB1-ED68A6244093Q65365585-DEA2F355-1048-4296-B177-E07D437AB96BQ65365960-F3FDA0B0-3083-4186-9789-602315B7EB12Q65367293-21C7D942-CFB2-4142-921D-98CF69E4A89CQ65368209-311DD712-A8EE-4E93-99B5-D3195B2FEB0FQ65369770-81A85D11-C19A-4804-A54E-111468F27AB4Q65370535-8D5D41E4-7A0C-4F7C-9718-4775A94848F6Q65383617-D9758589-F3E5-4FE4-AC5F-E6FEA52C945BQ65389682-DAEBF6C9-98A1-418F-A94C-5F4E7D693B02Q65390156-B0355F1E-D94B-4DFE-8D0C-E2B599D168ADQ65469769-6B18DDAE-A2D8-445C-8905-76A094D2FABBQ66026702-CBACB628-1F13-413E-889D-B2473F99B3C3Q66044409-209862AE-A870-4B9F-8EF3-9DECD49246BBQ66046384-D41FE3FC-D74F-4D2D-8A99-25C6E1EDBCE5Q66062363-391250E4-0BDB-4A33-89FB-FDBFB0C01B35Q66083603-6F46F3DA-C892-4182-87D4-0B90680EFF21Q66389956-BC7DCA79-25A3-4435-9067-C284D8CE2CBDQ66394359-4E2A618F-2F25-4A2F-A3D4-829753C8EF44
P1050
Q22305862-01B5DB75-8AC3-4E4C-BBD2-18997F3F4FB6Q26777589-E1D03754-89D8-484C-969B-465102EAC9D3Q26777829-E76AEC7B-608E-4467-9A45-48DEF43DAF26Q33785942-046BD0AA-B982-45D5-9948-5CF200A872ECQ35768472-62D07F26-27FB-4E07-B9B0-2365C55CE94AQ63321510-F9C6376E-939A-4B6B-96D9-35F6632D44F2Q63838752-EF3C709C-EB19-4F74-B428-CBAA1BDF11BCQ64393012-82E339AC-D283-48DB-9633-40EF06C3CD0EQ64646574-09313A93-3E5A-4FC3-9390-600DEE095BC8Q64650143-A5B4ECED-5189-4728-962D-1D68374C00DEQ65384401-AC4A503C-8AC5-4E1E-9BBF-83C1F6BC893CQ66046384-E42FF3A4-F1EE-43F4-B64D-DDEF718F388A
P921
description
Human disease
@en
Krankheit
@de
مرض يصيب الإنسان
@ar
name
Normaldruckglaukom
@de
glaucome à basse tension
@fr
low tension glaucoma
@en
正常眼壓性青光眼
@zh
type
label
Normaldruckglaukom
@de
glaucome à basse tension
@fr
low tension glaucoma
@en
正常眼壓性青光眼
@zh
altLabel
Glaucoma, Low Tension
@en
Glaucoma, Normal Tension
@en
Glaucomas, Low Tension
@en
Glaucomas, Normal Tension
@en
Low Tension Glaucomas
@en
Normal Tension Glaucomas
@en
Normal tension glaucoma
@en
Tension Glaucoma, Low
@en
Tension Glaucoma, Normal
@en
Tension Glaucomas, Low
@en
prefLabel
Normaldruckglaukom
@de
glaucome à basse tension
@fr
low tension glaucoma
@en
正常眼壓性青光眼
@zh
P486
P6366
P672
P1692
P1995
P2888
P2892
P31
P3827
low-tension-glaucoma
P4229
P486
P5270
MONDO:0006837
P6366
2780179686
P672
C11.640.225
P673
P699
DOID:13544