Intraocular Lens Calculations
portes grátis
Intraocular Lens Calculations
Aramberri, Jaime; Shammas, H. John; Hoffer, Kenneth J.; Savini, Giacomo; Olsen, Thomas
Springer International Publishing AG
07/2024
1020
Dura
Inglês
9783031506659
15 a 20 dias
Descrição não disponível.
?Part 1: Introduction.- Chapter 1. The History of the IOL Power Club 2005-2025.- Chapter 2. American History of IOL Power Calculation.- Part 2: Basic Science.- Chapter 3. Gaussian Optics.- Chapter 4. Exact Optics.- Chapter 5. Pseudophakic Eye Models.- Chapter 6. Data Analysis in IOL Power Calculations.- Chapter 7. Applied eye anatomy: Epidemiology of relevant variables.- Part 3: Measurements.- Chapter 8. Clinical Refraction.- Chapter 9. Ultrasound biometry.- Chapter 10. Optical Biometry.- Chapter 11. Optical Axial Length Measurement.- Chapter 12. Swept Source Biometry.- Chapter 13. ACD, Lens Thickness, and HWTW.- Chapter 14. Corneal Measurement: Keratometry.- Chapter 15. Corneal Measurement; Topography/Tomography.- Chapter 16. The A-Scan Biometer.- Chapter 17. ZEISS IOLMaster 700.- Chapter 18. Digital solutions in the cataract workflow from Zeiss.- Chapter 19. Biometry Measurements Using A New Large Coherence Length - Swept Source Optical Coherence Tomography.- Chapter 20. Argos Verion image guided system.- Chapter 21. Optical biometer OA2000.- Chapter 22. ANTERION Swept-source OCT biometer.- Chapter 23. The NIDEK Cataract Suite: The OPD-Scan III Multifunction Diagnostic Device and the AL-Scan Optical Biometer.- Chapter 24. Aladdin optical biometer.- Chapter 25. Haag Streit biometers: Eyestar 900 and Lenstar 900.- Chapter 26. The Pentacam Family.- Chapter 27. Galilei G6 Lens Professional.- Chapter 28. CASIA2: Anterior Segment 3D Swept Source OCT.- Chapter 29. CSO MS-39: principles and applications.- Chapter 30. IOL Power Calculations with ORA Intraoperative Aberrometer.- Chapter 31.- Cassini corneal topographer.- Part 4: Calculation Methods.- Chapter 32. An Overview of Intraocular Lens Power Calculation Methods.- Chapter 33. Outcomes review of Intraocular Lens Power Calculation Formulas.- Chapter 34. Lens Power Calculation Formulas.- Chapter 35. Anterior chamber depth and IOL calculations.- Chapter 36. IOL constant optimization.- Chapter 37. Barrett formulas: Strategies to Improve IOL Power Prediction.- Chapter 38. The Castrop IOL formula.- Chapter 39. CSO IOL calculation module.- Chapter 40. Emmetropia Verifying Optical (EVO) Formula.- Chapter 41. The Haigis formula for IOL power calculation.- Chapter 42. Hill-RBF: Improving IOL Power Selection by Artificial Intelligence.- Chapter 43. Hoffer Formulas.- Chapter 44. Holladay formulas.- Chapter 45. Intraoperative aberrometry.- Chapter 46. Kane formula.- Chapter 47. Ladas Super Formula: Origin and evolution with AI.- Chapter 48. Norrby formulas for IOL calculations.- Chapter 49. Okulix ray tracing software.- Chapter 50. The Olsen formula.- Chapter 51. Panacea IOL calculator.- Chapter 52. The PEARL-DGS Formula.- Chapter 53. SRK FORMULA HISTORY.- Chapter 54. The T2 formula.- Chapter 55. The VRF and VRF-G formulas.- Chapter 56. Calculation of phakic and pseudophakic additional lenses.- Chapter 57. Online IOL Power Calculators.- Chapter 58. Power Calculations for Spherical and Toric Phakic IOLs.- Part 5: Toric IOL Calculations.- Chapter 59. Astigmatism notation: Dealing with vectors.- Chapter 60. Astigmatism of the cornea.- Chapter 61. Lens and IOL tilt .- Chapter 62. Toric Calculations.- Part 6: Special Situations.- Chapter 63. Intraocular Lens Power Calculation in Long Eye.- Chapter 64. IOL power calculation in the short eye.- Chapter 65. Post corneal refractive surgery.- Chapter 66. IOL power calculation in keratoconus.- Chapter 67. Patient-specific eye models for intraocular lens power calculation in irregular corneas.- Chapter 68. IOL calculation in vitreoretinal pathology and surgery.- Chapter 69. IOL power calculation in keratoplasty.- Chapter 70. IOL power choice in children.- Chapter 71. Out-of-the-bag implantation IOL power.- Chapter 72. Fellow eye calculation.
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Intraocular lens;Cataract Surgery;IOL Power Calculations;IOL Calculation Formulas;IOL Power Calculation Formulas;Toric IOL Calculations;Phakic IOL power calculation;Post corneal refractive surgery;Keratoplasty;Vitreoretinal pathology;Open Access
?Part 1: Introduction.- Chapter 1. The History of the IOL Power Club 2005-2025.- Chapter 2. American History of IOL Power Calculation.- Part 2: Basic Science.- Chapter 3. Gaussian Optics.- Chapter 4. Exact Optics.- Chapter 5. Pseudophakic Eye Models.- Chapter 6. Data Analysis in IOL Power Calculations.- Chapter 7. Applied eye anatomy: Epidemiology of relevant variables.- Part 3: Measurements.- Chapter 8. Clinical Refraction.- Chapter 9. Ultrasound biometry.- Chapter 10. Optical Biometry.- Chapter 11. Optical Axial Length Measurement.- Chapter 12. Swept Source Biometry.- Chapter 13. ACD, Lens Thickness, and HWTW.- Chapter 14. Corneal Measurement: Keratometry.- Chapter 15. Corneal Measurement; Topography/Tomography.- Chapter 16. The A-Scan Biometer.- Chapter 17. ZEISS IOLMaster 700.- Chapter 18. Digital solutions in the cataract workflow from Zeiss.- Chapter 19. Biometry Measurements Using A New Large Coherence Length - Swept Source Optical Coherence Tomography.- Chapter 20. Argos Verion image guided system.- Chapter 21. Optical biometer OA2000.- Chapter 22. ANTERION Swept-source OCT biometer.- Chapter 23. The NIDEK Cataract Suite: The OPD-Scan III Multifunction Diagnostic Device and the AL-Scan Optical Biometer.- Chapter 24. Aladdin optical biometer.- Chapter 25. Haag Streit biometers: Eyestar 900 and Lenstar 900.- Chapter 26. The Pentacam Family.- Chapter 27. Galilei G6 Lens Professional.- Chapter 28. CASIA2: Anterior Segment 3D Swept Source OCT.- Chapter 29. CSO MS-39: principles and applications.- Chapter 30. IOL Power Calculations with ORA Intraoperative Aberrometer.- Chapter 31.- Cassini corneal topographer.- Part 4: Calculation Methods.- Chapter 32. An Overview of Intraocular Lens Power Calculation Methods.- Chapter 33. Outcomes review of Intraocular Lens Power Calculation Formulas.- Chapter 34. Lens Power Calculation Formulas.- Chapter 35. Anterior chamber depth and IOL calculations.- Chapter 36. IOL constant optimization.- Chapter 37. Barrett formulas: Strategies to Improve IOL Power Prediction.- Chapter 38. The Castrop IOL formula.- Chapter 39. CSO IOL calculation module.- Chapter 40. Emmetropia Verifying Optical (EVO) Formula.- Chapter 41. The Haigis formula for IOL power calculation.- Chapter 42. Hill-RBF: Improving IOL Power Selection by Artificial Intelligence.- Chapter 43. Hoffer Formulas.- Chapter 44. Holladay formulas.- Chapter 45. Intraoperative aberrometry.- Chapter 46. Kane formula.- Chapter 47. Ladas Super Formula: Origin and evolution with AI.- Chapter 48. Norrby formulas for IOL calculations.- Chapter 49. Okulix ray tracing software.- Chapter 50. The Olsen formula.- Chapter 51. Panacea IOL calculator.- Chapter 52. The PEARL-DGS Formula.- Chapter 53. SRK FORMULA HISTORY.- Chapter 54. The T2 formula.- Chapter 55. The VRF and VRF-G formulas.- Chapter 56. Calculation of phakic and pseudophakic additional lenses.- Chapter 57. Online IOL Power Calculators.- Chapter 58. Power Calculations for Spherical and Toric Phakic IOLs.- Part 5: Toric IOL Calculations.- Chapter 59. Astigmatism notation: Dealing with vectors.- Chapter 60. Astigmatism of the cornea.- Chapter 61. Lens and IOL tilt .- Chapter 62. Toric Calculations.- Part 6: Special Situations.- Chapter 63. Intraocular Lens Power Calculation in Long Eye.- Chapter 64. IOL power calculation in the short eye.- Chapter 65. Post corneal refractive surgery.- Chapter 66. IOL power calculation in keratoconus.- Chapter 67. Patient-specific eye models for intraocular lens power calculation in irregular corneas.- Chapter 68. IOL calculation in vitreoretinal pathology and surgery.- Chapter 69. IOL power calculation in keratoplasty.- Chapter 70. IOL power choice in children.- Chapter 71. Out-of-the-bag implantation IOL power.- Chapter 72. Fellow eye calculation.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
