ΕΙΔΙΚΗ ΑΝΤΙΜΕΤΩΠΙΣΗ ΠΕΡΙΤΟΝΙΤΙΔΑΣ ΚΛΙΝΙΚΕΣ ΟΔΗΓΙΕΣ...
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Transcript of ΕΙΔΙΚΗ ΑΝΤΙΜΕΤΩΠΙΣΗ ΠΕΡΙΤΟΝΙΤΙΔΑΣ ΚΛΙΝΙΚΕΣ ΟΔΗΓΙΕΣ...
ΕΙΔΙΚΗ ΑΝΤΙΜΕΤΩΠΙΣΗ ΠΕΡΙΤΟΝΙΤΙΔΑΣ
ΚΛΙΝΙΚΕΣ ΟΔΗΓΙΕΣ ISPD
ΠΗΝΕΛΟΠΗ ΧΡ. ΚΟΥΚΗ
«ΙΠΠΟΚΡΑΤΕΙΟ» Γ.Ν.Α
REFRACTORY(ANΘΕΚΤΙΚΗ) PERITONITIS
Failure of the effluent to clear after 5 days of appropriate antibiotics
RECURRENT (YΠΟΣΤΡΟΦΟΣ) PERITONITIS
Αn episode that occurs within 4 weeks of completion of therapy of a prior episode but with a different organism
RELAPSING (ΥΠΟΤΡΟΠΙΑΖΟΥΣΑ) PERITONITIS
An episode that occurs within 4 weeks of completion of therapy of a prior episode
with the same organism or 1 sterile episode
REPEATED (ΕΠΑΝΑΛΑΜΒΑΝΟΜΕΝΗ) PERITONITIS
An episode that occurs more than 4 weeks aftercompletion of therapy of a prior episode with the same organism
Relapsed Recurrent Non-rec, rel
Outcome N= 356 epis N=165 epis N=2021 epis
Hospitalization
No (%) 248 (70) 115 (70) 1473 (73)
Duration (d)
Catheter removal
No (%) 108 (30) 61 (37) 54 (22)
Relapsing and Recurrent Peritoneal Dialysis –Associated Peritonitis : A Multicenter Registry Study. Burke M et al. Am J Kidney Dis. 2011;58(3): 429-436
Relapsed Recurrent
Non-rec, rel
Outcome N= 356 epis N=165 epis N=2021 epis
Temporary hemodialysis
No (%) 21 (6) 11 (7) 80 (4)
Duration (d) 78 99 66.5
Permanent hemodialysis
No (%) 88 (25) 52 (32) 379 (20)
Death (Death of a patient with active peritonitis , or admitted with peritonitis , or within 2 weeks of a peritonitis episode)
No (%) 7 (2.0) 2 (1.2) 7 (2.8)
Freq
uenc
yRepeat
Non-Repeat
120-
100-
80-
60-
40-
20-
0-
Time since previous peritonitis episode (months)
120-
100-
80-
60-
40-
20-
0- 0 6 12 18 24 30 36 42 48
Histogram shows timing of occurrenceof repeated versus non repeated
peritonitis after a prior episode of peritonitis
in Australian peritoneal dialysis patients in2003-2007.
Repeated peritonitis Non-repeated peritonitis
Outcome N = 245 episodes N = 824 episodes
Relapse 83 (34) 77 (9)
Hospitalization
Events (%) 149 (61) 585 (71)
Catheter removal
Events (%) 48 (20) 166 (20)
Permanent hemodialysis
Events (%) 38 (16) 143 (17)
Death
Events (%) 3 (1.2) 23 (2.8)
Repeated peritoneal dalysis associated peritonitis A multicenter registry study. Thirugnanasambathan T et al.Am J Kidkey Dis xx(x)xxx
ROC curve of dialysate white counts
False-positive proportion (1-Specificity)
Tru
e-p
osi
tive
p
rop
ort
ion
(S
ensi
tivi
ty)
1.00-
.75-
.50-
.25-
0.00-
• White count on day 5
• White count on day 3
• White count on day 1
0.00 . 25 .50 .75 1.00
Sensitivity and specificity of dialysate white cellcounts at various time points of the peritonitis to predict treatmentfailure, assessed by receiver-operating characteristic(ROC) curve analysis.
Predictive value of dialysate cell counts in peritonitis complicating peritoneal dialysis. Kai Ming Chow..Clin J Am Soc Nephrol2006;1:768-773
> 1090/mm3
Gram- Positive Organisms, Including Coagulase-Negative Staphylococcus, on CultureDue primarily to touch contaminationLeads sometimes to relapsing peritonitis due to biofilm involve –replacing the catheter under antibiotic coverage as a single procedure once the effluent clears
Continue gram-positive coverage based on sensitivities Stop gram-negative coverage If Methicillin resistance : Definition based on MIC levels and the presence of mec A geneDefined as the presence of the mecA gene and indicates that the organism is considered resistant to all beta lactam related antibiotics, including penicillins, cephalosporins, and carbapenems.
Assess clinical improvement, repeat dialysis effluent cellcount and culture at days 3-5
Clinical improvement(symptoms resolve; bags clear):
-Continue antibiotics;-Reevaluate for exit-site or
occult tunnel infection, intra –abdominal abscess, catheter
colonization
Duration of therapy : 14 days Peritonitis with exit-site or tunnel infection: Consider catheter removal. Duration of therapy :14-21 days
No clinical improvement(symptoms persist; effluent remains cloudy):
-Reculture and evaluate
No clinical improvement by 5 days on appropriateantibiotics: Remove catheter
Enterococcus/ Streptococcus on Culture-Touch contamination-Intra abdominal pathology- Exit site and tunnel infection- Dental hygiene
Discontinue starting antibioticsStart continuous ampicillin 125mg/L each bag;consider adding aminoglycoside once daily IP as 20mg/L for EnterococcusThe manifacturer’s precaution label states that these antibiotics should not be mixed together in the same solution container
If ampicillin resistant, start vancomycin;If vancomycin – resistant enterococcus, consider quinupristin/dalfopristin, daptomycin or linezolid ( Bone marrow suppresion after 10-14 days)
Assess clinical improvement, repeat dialysis effluent cellcount and culture at days 3-5
Clinical improvement(symptoms resolve; bags clear):
-Continue antibiotics;-Reevaluate for exit-site or
occult tunnel infection, intra –abdominal abscess, catheter
colonization
Duration of therapy : 14 days (Streptococcus)21 days (Enterococcus)
Peritonitis with exit-site or tunnel infection: Consider catheter removal. Duration of therapy :21 days
No clinical improvement(symptoms persist; effluent remains cloudy):
-Reculture and evaluate
No clinical improvement by 5 days on appropriateantibiotics: Remove catheter
Outcome Streptococcal peritonitis
Non-Streptococcal peritonitis
N=287 episodes N=3307 episodes
Hospitalization
Number (%) 212 (74) 2292(69)
Catheter removal
Number (%) 29(10) 746(23)
Permanent hemodialysis
Number (%) 25(9) 610(18)
Death
Number (%) 4(1) 78(2)
Treatment characteristics and clinical outcomes of PDassociated peritonitis due to streptococci or other organisms in Australia 2003-2006
Streptococcal peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 287 cases. Stace O’Shea et al. BMJ Nephrology 2009, 10;19
Outcome Pure enterococcal peritonitis
Polymicrobial enterococcal peritonitis
Non-enterococcal peritonitis
N=64episodes N=52episodes N=3478episodes
Hospitalization
Number(%) 48(75) 43(83) 2413(69)
Catheter removal
Number(%) 16(25) 27(52) 732(21)
Permanent hemodialysis
Number(%) 11(17) 26(50) 598(17)
Death
Number(%) 1(1.6) 3(5.8) 78(2.2)
Treatment characteristics and clinical outcomes of PDassociated peritonitis due to pure enterococcal, polymicrobial entedrococcal and non-enterococcal in Australia 2003-2006
Enterococcal peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 116 cases. Edey M et al. NDT 2010 25:1272-1278
Staphylococcus aureus on CultureTouch contamination-Exit-site or tunnel infection
Continue gram-positive based on sensitivitiesStop gram-negative coverage, assess exit site again
If methicillin resistant, adjust coverage to vancomycin (1gr IP every 5 days) or teicoplaninIf vancomycin – resistant S aureus, consider quinupristin/dalfopristin, daptomycin or linezolid ( Bone marrow suppresion after 10-14 days)
Teicoplanin can be used in a dose of 15mg/kg once dailyAdd Rifampin 600mg/day orally for 5-7 days( 450 mg/day if BW < 50kg)
Assess clinical improvement, repeat dialysis effluent cellcount and culture at days 3-5
Clinical improvement(symptoms resolve; bags clear):
-Continue antibiotics;-Reevaluate for exit-site or
occult tunnel infection, intra –abdominal abscess, catheter
colonization
Duration of therapy : At least 21 days
Peritonitis with exit-site or tunnel infection may prove to be refractory and catheter removal should be consideredAllow a minimum rest period of 3 weeks before reinitiating PD
No clinical improvement(symptoms persist; effluent remains cloudy):
-Reculture and evaluate
No clinical improvement by 5 days on appropriateantibiotics: Remove catheter
Outcome S aureus peritonitis Non S aureus peritonitis
N=503 episodes N=3091episodes
Relapse
Number(%) 100(20) 402(13)
Hospitalization
Number(%) 338(67) 2166(70)
Catheter removal
Number(%) 116(23) 659(21)
Permanent hemodialysis
Number(%) 93(18) 542(18)
Death
Number(%) 11(2.2) 71(3.3)
Treatment characteristics and clinical outcomes of PDassociated peritonitis due to to Staphylococcus aureus or other organisms in Austalia 2003-2006
Staphylococcus aureus peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 503 cases. Govindarajulu S et al.Per Dial Inter. 30;313-319
Treatment characteristics and clinical outcomes of PDassociated peritonitis due to to MSSA and MRSA in Australia 2003-2006
Outcome MSSA peritonitis MRSA peritonitis
N=394 episodes N=109episodes
Relapse
Number(%) 79(20) 21(19)
Repeat
Number(%0 122(31) 26(24)
Hospitalization
Number(%) 256(65) 82(75)
Catheter removal
Number(%) 82(21) 34(31)
Permanent hemodialysis
Number(%) 66(17) 27(25)
Death
Number(%) 6(2) 5(5)
Culture negative on Days I and 2Clinical features of peritonitis (abdominal pain or cloudy dialysate), dialysate leukocytosis ( white blood cell count>100/μL with >50% neutrophils) and negative dialysate culture result for any organism ( including fungi and mycobacteria)( Program with >20% culture negative peritonitis- reviewed and improved)
Continue initial therapy
Day 3 : culture still negativeClinical assessment
Repeat PD fluid white cell count and differential
Infection resolvingPatient improvement clinically
Continue initial therapy for 14 days
Infection not resolvingSpecial culture technique for unusual causes
( e.g viral, mycoplasma, mycobacteria, legionella, fungi)
Now culture positiveStill culture negative
Adjust therapy according to
sensitivity patterns.Duration of therapy based on organism
identified
Clinical improvement:
Continue antibiotic therapy
Duration of therapy:14 days
No clinical improvement after 5
days:Remove catheter
Continue antibiotics for at least 14 days after catheter removal
Treatment characteristics and clinical outcomes of culture-negative and culture positive PD associated peritonitis in Australia 2003-2006
Outcome Culture-negative peritonitis
Culture-positive peritonitis
N=425 episodes N=3159episodes
Relapse
Number(%) 62(14) 440(14)
Hospitalization
Number(%) 262(60) 2242(71)
Catheter removal
Number(%) 54(12) 721(23)
Permanent hemodialysis
Number(%) 43(12) 592(19)
Death
Number(%) 4(1.0) 78(2.5)
Culture negative peritonitis in peritoneal dialysis patients in Australia; predictors, treatment and outcomes in 425 cases. Gahim M et al. Am J Kidney Dis 2010:690-697
Pseudomonas Species on Culture
Without catheter infection (exit-site/tunnel)
Give 2 different antibiotics acting in different ways that organism is sensitive to e.g oral quinolone, ceftazidime.
cefepime, tobramycin, piperacillin
Assess clinical improvement, repeat dialysis effluent cellcount and culture at days 3-5
Clinical improvement(symptoms resolve; bags clear):
-Continue antibiotics;
Duration of therapy : At least 21 days
No clinical improvement(symptoms persist; effluent remains cloudy):
-Reculture and evaluate
No clinical improvement by 5 days on appropriateantibiotics: Remove catheter
Continue oral and/or systemic antibiotics for at least 14 days
Pseudomonas Species on Culture
With catheter infection (exit-site/tunnel)current or prior to peritonitis
Remove catheter
Continue oral and/or systemic antibiotics for at least 14 days
Outcome Pseudomonas peritonitis
Non-Pseudomonas peritonitis
N=191episodes N=3403episodes
Relapse
Number(%) 17(9) 485(14)
Hospitalization
Number(%) 150(79) 2354(69)
Catheter removal
Number(%) 84(44) 691(20)
Permanent hemodialysis
Number(%) 66(35) 569(17)
Death
Number(%) 6(3) 76(2)
Pseudomonas Peritonitis is Australia: predictors, treatment and outcomes in 191 cases.Siva B et al. Clin J Am Soc Nephrol 2009;4:957-964
Prompt catheter removal and use of two anti-pseudomonal antibiotics are associated with better outcomes
Single Gram-Negative Organism on CultureTouch contamination-Exit site infection-Transmural migration from constipation, diverticulitis or colitis
Other –E.coli, Proteus, Klebsiella etc
Stenotrophomonas(Prior therapy with carbapenemes,
fluoroquinolones, and 3 and 4 generation cephalosporins)
Adjust antibiotics to sensitivity pattern.
Cefalosporin ( ceftazidime or
cefepime) may be indicated-
Fluoroquinolone
Treat with 2 drugs with differing mechanisms
based on sensitivity pattern ( oral trimethoprim/ sulfamethoxazol is
preferred)(IP ticarcillin/clavulanate, per os minocycline)
Assess clinical improvement, repeat dialysis effluent cellcount and culture at days 3-5
Other –E.coli, Proteus, Klebsiella etc
Stenotrophomonas
Clinical improvement(symptoms resolve;
bags clear):-Continue antibiotics;-Duration of therapy:
14-21 days
Clinical improvement(symptoms resolve;
bags clear):-Continue antibiotics;-Duration of therapy:
21-28 days
No clinical improvement by 5 days on appropriate antibiotics
(symptoms persist; effluent remains cloudy) : Remove catheter
Fungal peritonitis
Immediately after fungi are identified by microscopy or culture :Remove
catheterStrongly suspected after recent
antibiotic treatment for bacterial peritonitis
• Amphotericin B and flucytosine
Intraperitoneal use of amphotericin causes chemical peritonitisTrough serum flucytosine concentrations < 100μg/mL to avoid bone marrow toxicity
• Fluconazole• Voriconazole ( 200mg IV twice daily for
5 weeks after catheter removal)
• Posaconazole ( 400mg twice daily for
six months) • Caspofungin Used successfully as monotherpy or in combination with amphotericin B
Outcome Fungal peritonitis Non-fungal peritonitis
N=162episodes N=3432episodes
Hospitalization
Number(%) 159(98) 2345(68)
Catheter removal
Number(%) 142(88) 633(18)
Permanent hemodialysis
Number(%) 120(74) 515(15)
Death
Number(%) 14(9) 68(2)
Predictors and outcomes of fungal peritonitis in peritoneal dialysis patients. Miles R et al. Kidney Int 2009 76:622-628
The risks of repeat fungal peritonitis and death were lowest with catheter removal combined with antifungal therapy when compared to either intervention alone
Treatment characteristics and clinical outcomes of PD-associated peritonitis due to fungi or other organism in Australia 2003-2006
Effect of timing of catheter removal on subsequent clinical outcomes in 142 patients with fungal peritonitis requiring catheter removal
Characteristic ≤ 5days > 5days
N=64episodes N=78episodes
Permanent hemodialysis
Number(%) 67(86) 53(83)
Death
Number(%) 6(8) 4(6)
Indications for Catheter Removal for Peritoneal Dialysis-Related Infections
• Refractory peritonitis ( Simultaneous catheter removal not possible)
• Relapsing peritonitis ( Catheter removal as a single procedurecan be done if the effluent can first be cleared. The procedure should be done under antibiotic coverage)
• Refractory exit-site and tunnel infection (Timely replacement of the catheter can prevent peritonitis –Permitting simultaneousreplacement)
• Fungal peritonitis ( Simultaneous catheter removal not possible2-3 weeks or later)
• Catheter removal may also be considered for• Repeat peritonitis• Mycobacterial peritonitis• Multiple enteric organisms
ISPD Definitions of Recurrent, Relapsing and Repeated Peritonitis
Time elapsed since completing antibiotics for prior peritonitis episode
SameOrganism
DifferentOrganism
≤ 4w Relapse Recurrence
> 4w Repeated Non-Repeated
Antibiotics Duration of Therapy
Peritonitis with CI -CR
Catheter removal
Gram (+) organisms Continue gram-positive coverage based on sensitivities
14 days 14-21 days
Steptococccus-Enterococccus
AmpicillinAminoglycoside-Enteroc.
If ampicillin resistant enterococcus, start vancomycin;
If vancomycin – resistant enterococcus, consider quinupristin/dalfopristin,
daptomycin or linezolid
14 days (Streptoc)21 days
(Enteroc)
21 days
Staphylococcus aureus Continue gram-positive based on sensitivities
If methicillin resistant, adjust coverage to vancomycin (1gr IP every 5 days) or
teicoplaninAdd Rifampin
21 days Peritonitis with exit-site or tunnel infection may prove to be refractory
and catheter removal should be considered
Allow a minimum rest period of 3 weeks before reinitiating PD
Pseudomonas species Give 2 different antibiotics acting in different ways that organism is sensitive
to e.g oral quinolone, ceftazidime. cefepime, tobramycin, piperacillin
No catheter infection 21 days
With catheter infection (exit-site/tunnel)
current or prior to peritonitisRemove catheter
14 days
E.coli, Proteus, Klebsiella Cefalosporin ( ceftazidime or cefipime) may be indicated-Fluoroquinolone
14-21 days
Stenotrophomonas Treat with 2 drugs with differing mechanisms based on sensitivity pattern
( oral trimethoprim/ sulfamethoxazol is preferred
21-28 days
Fungal Amphotericin B and flucytosineFluconazoleVoriconazoleCaspofungin
Immediately after fungi are identified by microscopy or culture :Remove catheter
Relapsing and Recurrent Peritoneal Dialysis –Associated Peritonitis : A Multicenter Registry Study. Burke M et al. Am J Kidney Dis. 2011;58(3): 429-436
Repeated peritoneal dialysis associated peritonitis A multicenter registry study. Thirugnanasambathan T et al.Am J Kidkey Dis xx(x)xxx
Streptococcal peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 287 cases. Stace O’Shea et al. BMJ Nephrology 2009, 10;19
Enterococcal peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 116 cases. Edey M et al. NDT 2010 25:1272-1278
Staphylococcus aureus peritonitis in Australian peritoneal dialysis patients: predictors, treatment and outcomes in 503 cases. Govindarajulu S et al. Per Dial Inter. 30;313-319
Culture negative peritonitis in peritoneal dialysis patients in Australia; predictors, treatment and outcomes in 425 cases. Gahim M et al. Am J Kidney Dis 2010:690-697
Pseudomonas Peritonitis is Australia: predictors, treatment and outcomes in 191 cases. Siva B et al. Clin J Am Sox Nephrol 2009;4:957-964
Predictors and outcomes of fungal peritonitis in peritoneal dialysis patients. Miles R et al. Kidney Int 2009 76:622-628
Predictive value of dialysate cell counts in peritonitis complicating peritoneal dialysis. Kai Ming Chow Clin J Am Soc Nephrol 20061:768-773