Pro/Con debate: the calculation on calcium balance in dialysis lowers the dialysate calcium concentrations (pro part) von Gotch, Frank A.

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The KDIGO guideline for dialysate calcium will result in an increased incidence of calcium accumulation in hemodialysis patients von Gotch, Frank A., Kotanko, Peter, Thijssen, Stephan, Levin, Nathan W.

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Dialysis dose and the effect of gender and body size on outcome in the HEMO Study von Depner, Thomas, Daugirdas, John, Greene, Tom, Allon, Michael, Beck, Gerald, Chumlea, Cameron, Delmez, James, Gotch, Frank, Kusek, John, Levin, Nathan, Macon, Edwin, Milford, Edgar, Owen, William, Star, Robert, Toto, Robert, Eknoyan, Garabed, for the Hemodialysis (HEMO) Study Group

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The Effect of Increased Frequency of Hemodialysis on Volume-Related Outcomes: A Secondary Analysis of the Frequent Hemodialysis Network Trials von Raimann, Jochen G., Chan, Christopher T., Daugirdas, John T., Depner, Tom, Gotch, Frank A., Greene, Tom, Kaysen, George A., Kliger, Alan S., Kotanko, Peter, Larive, Brett, Lindsay, Robert, Rocco, Michael V., Chertow, Glenn M., Levin, Nathan W.

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Solute Clearances and Fluid Removal in the Frequent Hemodialysis Network Trials von Greene, Tom, PhD, Daugirdas, John T., MD, Depner, Thomas A., MD, Gotch, Frank, MD, Kuhlman, Martin, MD

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Mechanisms determining the ratio of conductivity clearance to urea clearance von Gotch, Frank A., Panlilio, Froilan M., Buyaki, Rosemary A., Wang, Erjun X., Folden, Thomas I., Levin, Nathan W.

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Application of Kinetic Modeling to Mineral Metabolism Management von Stennett, Amanda K., Ofsthun, Norma J., Gotch, Frank A.

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Comparison of Hemodialysis Blood Access Flow Rates Using Online Measurement of Conductivity Dialysance and Ultrasound Dilution von Lacson, Eduardo, MD, MPH, FASN, Lazarus, J. Michael, MD, Panlilio, Roy, MD, Gotch, Frank, MD

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291: Use of Kinetic Modeling to Achieve K/DOQI Phosphorus Target and Neutral Calcium Balance in HD Patients von Stennett, Amanda K, Ofsthun, Norma J, Kotanko, Peter, Ginsberg, Nancy, Maxwell, Jeff, Gotch, Frank A

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Whither goest Kt/V? von Gotch, Frank A., Sargent, John A., Keen, Marcia L.

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Effective diffusion volume flow rates (Qe) for urea, creatinine, and inorganic phosphorous (Qeu, Qecr, QeiP) during hemodialysis von Gotch, Frank A, Panlilio, Froilan, Sergeyeva, Olga, Rosales, Laura, Folden, Tom, Kaysen, George, Levin, Nathan

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A Kinetic Model of Inorganic Phosphorus Mass Balance in Hemodialysis Therapy von Gotch, Frank A., Panlilio, Froilan, Sergeyeva, Olga, Rosales, Laura, Folden, Tom, Kaysen, George, Levin, Nathan W.

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Definitions of dialysis dose suitable for comparison of daily hemodialysis and continuous ambulatory peritoneal dialysis to conventional thrice weekly dialysis therapy von Gotch, Frank A

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Factors for increased morbidity and mortality in uremia: Hyperphosphatemia von Levin, Nathan W., Gotch, Frank A., Kuhlmann, Martin K.

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The Basic, Quantifiable Parameter of Dialysis Prescription Is Kt/V Urea; Treatment Time Is Determined by the Ultrafiltration Requirement; All Three Parameters Are of Equal Importan... von Gotch, Frank

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Is Kt/V Urea a Satisfactory Measure for Dosing the Newer Dialysis Regimens? von Gotch, Frank A.

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The association of the sodium "setpoint" to interdialytic weight gain and blood pressure in hemodialysis patients von Keen, M L, Gotch, F A

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Opinion : What Are the Potential Solutions for the Problems with Current Methods for Quantifying Hemodialysis?: Calcium von Gotch, Frank

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Opinion: What Are the Potential Solutions for the Problems with Current Methods for Quantifying Hemodialysis? von Gotch, Frank

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Measurement of Blood Access Flow Rate During Hemodialysis from Conductivity Dialysance von GOTCH, FRANK A, BUYAKI, ROSEMARY, PANLILIO, FROILAN, FOLDEN, THOMAS

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