As individual
as your patients

PD therapy tailored to patients' needs

As individual as your patients
As individual as your patients As individual as your patients As individual as your patients As individual as your patients As individual as your patients

Your patients have a chronic kidney disease in common, but they differ in many ways: age, height, weight, stage of illness, residual renal function etc. These differences have a decisive impact on the required PD treatment:

⇓ ⇓ ⇓
Patients' needs are different.


Important parameters for successful PD:

As individual as your patients

Age

Age is an important factor influencing the choice of dialysis modality. Patients with good dexterity and motivation are good candidates for PD. With increasing age, the associated comorbidities of dialysis patients might deteriorate and with it their frailty.

Weight

Optimal management of weight is an important success factor in PD patients. Changes in weight due to lifestyle, calorie intake, disease and hydration status need constant monitoring and adaptation of PD therapy. 

D/P creatinine

Dialysate to plasma ratio is a common measure used to evaluate peritoneal transport characteristic in PD patients. Patients can be fast, average or slow transporters depending upon the status of their peritoneal membrane.  Peritoneal membrane transport characteristics change with time on PD. Therefore, regular monitoring of D/P creatinine and subsequent adjustment of PD prescriptions is recommended.

Transporter type

Patients are classified into fast, average and slow transporters based on the function of their peritoneal membrane. With time and increasing duration of stay on PD, patients tend to become fast transporter. PD prescriptions need to be adapted according to patients transport status for an optimal patient outcome.

Residual renal function (RRF)

RRF has an impact on patient survival and quality of life of PD dialysis patients. Its longer preservation is a major advantage. Thus, interventions to preserve RRF like prescription of biocompatible PD fluids are important.

Ultrafiltration (UF)

Due to compromised renal function, bodies own capacity to remove excess fluid also diminishes and patients need dialysis to generate UF. The amount of UF needed varies depending upon many factors, like lifestyle, disease progression and other co-morbid conditions. An adequate UF is therefore critical for successful PD.

Kt/V urea

Kt/V urea is urea clearance normalized to total body water. It is an important parameter to check PD adequacy. A total Kt/V urea of at least 1.7 per week is recommended for PD patients.

Your patients have a chronic kidney disease in common, but they differ in many ways: age, height, weight, stage of illness, residual renal function etc. These differences have a decisive impact on the required PD treatment:


Patients' needs are different

Important parameters for successful PD:

Age is an important factor influencing the choice of dialysis modality. Patients with good dexterity and motivation are good candidates for PD. With increasing age, the associated comorbidities of dialysis patients might deteriorate and with it their frailty.

Optimal management of weight is an important success factor in PD patients. Changes in weight due to lifestyle, calorie intake, disease and hydration status need constant monitoring and adaptation of PD therapy. 

Dialysate to plasma ratio is a common measure used to evaluate peritoneal transport characteristic in PD patients. Patients can be fast, average or slow transporters depending upon the status of their peritoneal membrane.  Peritoneal membrane transport characteristics change with time on PD. Therefore, regular monitoring of D/P creatinine and subsequent adjustment of PD prescriptions is recommended.

Patients are classified into fast, average and slow transporters based on the function of their peritoneal membrane. With time and increasing duration of stay on PD, patients tend to become fast transporter. PD prescriptions need to be adapted according to patients transport status for an optimal patient outcome.

RRF has an impact on patient survival and quality of life of PD dialysis patients. Its longer preservation is a major advantage. Thus, interventions to preserve RRF like prescription of biocompatible PD fluids are important.

Due to compromised renal function, bodies own capacity to remove excess fluid also diminishes and patients need dialysis to generate UF. The amount of UF needed varies depending upon many factors, like lifestyle, disease progression and other co-morbid conditions. An adequate UF is therefore critical for successful PD.

Kt/V urea is urea clearance normalized to total body water. It is an important parameter to check PD adequacy. A total Kt/V urea of at least 1.7 per week is recommended for PD patients.

Different patients, different settings

Adapted APD (aAPD) therapy with sleep•safe harmony enables you to combine sequences of short dwells and small fill volumes with long dwells and large fill volumes and varying glucose concentrations. Adapted APD is a new way of prescribing PD that optimises ultrafiltration (UF) and clearance within one PD session.

<p style="color: #BDC600;"><sup><a data-toggle="tooltip" title="Fischbach M, Issad B, Dubois V, Taamma R. The beneficial influence on the effectiveness of automated peritoneal dialysis of varying the dwell time (short/long) and fill volume (small/large): randomized controlled trial. Perit Dial Int 2011; 31(4):450-8">Graph adapted from Fischbach et al. PDI 2011<sup>1</sup></a></sup></p>

Graph adapted from Fischbach et al. PDI 20111

As individual as your patients

 

A clinical study comparing aAPD to conventional APD showed 1,2:

    • Increased ultrafiltration
    • Optimised clearances
    • Better peritoneal sodium and phosphate removal
    • Reduction of mean blood pressure

     

    sleep•safe harmony enables:

    • Complete individualisation for a fully personalised treatment
    • Guided prescription on the cycler or via PatientOnLine software

    Patient A - Elisabeth:

    At the start of aAPD the patient (fast transporter) had residual renal function (urine) of 1500 ml/24h and good solute clearance. Prescription was 5 X APD therapy. Treatment continued for 2 years.

    Before:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea
    As individual as your patients

    Due to disease progression, UF decreased and urine declined to 400 ml.

    When she was started on aAPD, with 1.5% glucose solution and short term 2.3 % to alleviate fluid overload.

    After:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea

    Patient A - Elisabeth:

    At the start of aAPD the patient (fast transporter) had residual renal function (urine) of 1500 ml/24h and good solute clearance. Prescription was 5 X APD therapy. Treatment continued for 2 years.

    Due to disease progression, UF decreased and urine declined to 400 ml.

    When she was started on aAPD, with 1.5% glucose solution and short term 2.3 % to alleviate fluid overload.

    As individual as your patients
    Before:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea
    After:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea

    Patient B - Jack:

    Patient is diabetic (slow transporter) and started receiving APD for about 2 years. At least once a week in HD, because he was fluid overloaded. RRF also started to decrease gradually.

    Before:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea
    As individual as your patients

    aAPD with same amount of fluid volume and time as before was started. 2 cycles  of 1500 ml with 4.25 % glucose solution in the beginning to remove excess water and treatment continued with 1.5% glucose.

    After:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea

    Patient B - Jack:

    Patient is diabetic (slow transporter) and started receiving APD for about 2 years. At least once a week in HD, because he was fluid overloaded. RRF also started to decrease gradually.

    aAPD with same amount of fluid volume and time as before was started. 2 cycles  of 1500 ml with 4.25 % glucose solution in the beginning to remove excess water and treatment continued with 1.5% glucose.

    As individual as your patients
    Before:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea
    After:
    Age
    Weight
    Residual renal function (RRF)
    Ultrafiltration (UF)
    Kt/V urea

    Key features of the sleep•safe harmony cycler

    sleep•safe harmony offers advanced features aimed at improving patient care.

    It also contributes to the improvement of patient compliance and saves training time.

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