Phacoemulsification is considered to have the enhanced safety, efficacy and efficiency of the procedure due to reduced surgical action, less postoperative pain, fast visual recovery and minimal restrictions on the movement of the patient. The use of two-port and three-port bimanual microincision cataract surgical technique and other advanced approaches to nuclear disassembly including phaco chop and super capsular phacoemulsification provides a safe, efficient, and effective approach to the removal of cataract. The accomparying interactive DVD would serve as an excellent learning resource. A galaxy of top international phaco and microphaco experts share their skills and experiences about phacodynamics in this book. They emphasize that to master this science fluidics, power modulations and surge prevention should be learnt with dedication. SECTION I: PHACO MACHINE BASICS (TOOLS, TECHNOLOGY AND PRELIMINARY CONSIDERATIONS), History of Phacoemulsification, Phacoemulsification: Why and How to Convert, The Phaco Machine: Physical Fundamentals Governing its Interaction with the Eye, The Physics of Phaco Machines, Instrumentation for Phacoemulsification, Phaco Tips, Anesthesia in Phaco Surgery, SECTION II: PHACODYNAMICS: STEP BY STEP, Dynamics of Phaco Incision, The Dynamics of Sutureless Cataract Incisions, Dynamics of Ocular Surgical Adjuncts in Phaco Surgery, Phacodynamics, Dynamics of Capsulorhexis, Phacodynamics of Flow Pumps, Phacodynamics, Dynamics of Setting of Phaco Machine Parameters, Optimizing Machine Parameters for Phaco ChopFluidics, Optimizing Machine Parameters for Phaco ChopUltrasound, Update on Irrigating Choppers, Dynamics of Hydroprocedures in Phacoemulsification, Dynamics of Cortical Aspiration, Dynamics of Nucleus Emulsification, Advanced Nucleotomy Techniques, Irrigation/Aspiration Techniques in Phaco, Update on Intraocular Lenses, Supracapsular Surgery: Using Tilt and Tumble Technique, Refractive Lens Exchange: Current Perspectives, Biophysics and Principles of Laser Phaco, Refractive Correction for Eyes after Cataracts, SECTION III: PHACODYNAMICS OF MINIMALLY INVASIVE CATARACT SURGERY (MICS) AND MICROPHACO, Pearls for Transitioning to Bimanual Microincisional Phaco, Phacodynamics of Sleeveless Microincisional Cataract Surgery (MICS), Microphakonit: Cataract Surgery, Minimally Invasive Cataract Surgery (Bimanual Phaco): Instrumentation and Techniques, Dynamics of Temperature Control in Microphaco with New Insulated Phaco Tip, Air Pump, Bimanual Nucleus Fracture in MICS Surgery, No Irrigating Chopper, Microphakonit Technique, MICS Fluodynamics, Unique Fluidics of Bimanual Phaco for Actualizing Minimally Invasive Surgery, Fluidics in Phakonit and Microphakonit, Internal Forced Infusion for Phakonit, Phakodynamics of Microincision Phako, Microphaco: The AquaLase Way, Minimally Invasive Bimanual Phaco Surgery and Foldable IOL, Implantation through the Smallest Incision, Three Port Phakectomy, Fluid Dynamics of Microcoaxial Incision Surgery, NeoSonix Microphaco: A New Technique, Laser Phaconit, SECTION IV: PHACODYNAMICS: COMPLICATIONS AND MANAGEMENT, The Prevention of Complications and their Management in Phacoemulsification, Complications of Phakonit, Management of Complications in Microphaco, PCO Prevention and Management in Microphaco, Sealed Capsule Irrigation Device, Management of Dislocated Lens and Lens Fragments by the Vitreoretinal Approach, SECTION V: RECENT ADVANCES AND FUTURE PROSPECTS, Catarex: Endocapsular Vortex Emulsification for Cataract Removal, Microphakonit for Refractive Lens Exchange (MIRLEX), Recent Update on Phacomachines, New Non-laser Phacoemulsification Technologies, The Next Generation of Phaco Technologies, Capsular Bag Refilling Using Capsulotomy: Capturing Intraocular Lens, Futuristic IOLs for Minimally Invasive Cataract, Surgery.