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Featured researches published by Karl D. Nolph.


American Journal of Kidney Diseases | 1996

Four-year experience with swan neck presternal peritoneal dialysis catheter

Zbylut J. Twardowski; Barbara F. Prowant; Barbara Pickett; W. Kirt Nichols; Karl D. Nolph; Ramesh Khanna

The swan neck presternal catheter is composed of two flexible (silicon rubber) tubes joined by a titanium connector at the time of implantation. The exit site is located in the presternal or parasternal area. The catheter located on the chest was designed to reduce the incidence of exit site infections compared with peritoneal dialysis catheters with abdominal exit sites. From August 1991 to May 1995, 24 swan neck presternal catheters have been implanted in 24 patients for the following reasons: obesity nine patients, ostomies three patients, a suprapubic catheter one patient, previous problems with abdominal catheters two patients, desire to use a bathtub five patients, need to use a whirlpool one patient, need to wear sweatpants with an elastic waistband one patient, and body image two patients. In the same period, 47 abdominal swan neck catheters were implanted in 44 patients who preferred catheters with the exit on the abdomen. Presternal catheters tended to perform better regarding exit and tunnel infections, even though they were implanted in several patients in whom regular catheters with the exit on the abdomen would be difficult or impossible to implant. Two-year survival probability of presternal catheters was 0.88 +/- 0.14 (+/- SE). Recurrent/refractory peritonitis was the only reason of catheter failure. The differences in results between presternal and abdominal catheters were statistically insignificant; only the use of antibiotics to treat exit site infection was significantly higher with abdominal catheters. Patient acceptance of the exit position was good; at least seven patients preferred presternal catheter for psychological or body image reasons. We conclude that the swan neck presternal catheters provide excellent results comparable to those achieved with swan neck abdominal catheters. The catheter seems suitable for any patient commencing peritoneal dialysis and is particularly useful in extremely obese patients (body mass index > 40 kg/m2) and those with ostomies. The catheter exit location in the chest may be preferred by some patients, both men and women, for psychological or body image reasons. No specific contraindications to the presternal catheter implantation have been identified.


Archive | 1999

Quality in peritoneal dialysis: achieving improving outcomes

Barbara F. Prowant; Karl D. Nolph; Leonor Ponferrada; Ramesh Khanna; Twardowski Zj

The goal of this chapter is to discuss the characteristics of systems (structure) and activities (process) within a peritoneal dialysis (PD) program which contribute to optimal outcomes (quality) for peritoneal dialysis patients.


Archive | 1994

Quality systems in the dialysis center: Peritoneal dialysis

Barbara F. Prowant; Karl D. Nolph; Twardowski Zj; Lois M. Schmidt; Leonor Ponferrada; Ramesh Khanna

The goal of this chapter is to discuss the characteristics of systems (structure) and activities (process) within a peritoneal dialysis program which contribute to optimal outcomes (quality) for peritoneal dialysis patients.


Peritoneal Dialysis International | 1992

Six-year experience with swan neck catheters.

Twardowski Zj; Barbara F. Prowant; W. K. Nichols; Karl D. Nolph; Ramesh Khanna


Peritoneal Dialysis International | 1994

Weight limitations for weekly urea clearances using various exchange volumes in continuous ambulatory peritoneal dialysis

Karl D. Nolph; R. A. Jensen; Ramesh Khanna; Twardowski Zj


Peritoneal Dialysis International | 1998

Six-year experience with Swan neck presternal peritoneal dialysis catheter

Zbylut J. Twardowski; Barbara F. Prowant; W. K. Nichols; Karl D. Nolph; Ramesh Khanna


Peritoneal Dialysis International | 1995

Predicted and measured daily creatinine production in CAPD: identifying noncompliance

Karl D. Nolph; Twardowski Zj; Ramesh Khanna; Harold L. Moore; Barbara F. Prowant


Peritoneal Dialysis International | 1991

Morphology of peritoneal dialysis catheter tunnel: macroscopy and light microscopy

Zbylut J. Twardowski; Jw Dobbie; Hl Moore; Wk Nichols; Jd DeSpain; Pc Anderson; Ramesh Khanna; Karl D. Nolph; Ts Loy


Peritoneal Dialysis International | 1995

Continuous ambulatory peritoneal dialysis and the heart

Ma Alpert; J Huting; Twardowski Zj; Ramesh Khanna; Karl D. Nolph


Advances in peritoneal dialysis. Conference on Peritoneal Dialysis | 2006

Peritoneal Dialysis or Hemodialysis? A Dilemma for the Nephrologist

Irum Shahab; Ramesh Khanna; Karl D. Nolph

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W. K. Nichols

Manchester Royal Infirmary

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