Distinctive cytokine profile between acute focal bacterial nephritis and acute pyelonephritis
in children (
)
3 1
1.
acute focal bacterial nephritis : AFBN)
(urinary tract infection : UTI)
(acute pyelonephritis : APN) AFBN UTI
AFBN
2009 2016
UTI CT AFBN (n = 17)
APN (n = 21) 38
AFBN APN
AFBN APN
2
AFBN APN IFN (interferon) -
IL (interleukin) -6 IL-10 TNF (tumor necrosis factor) 1
(sTNFR1) ( p < 0.05)
IFN-
IL-6 AFBN APN
AUC= 0.86
4 APN AFBN
IFN- IL-6 AFBN APN
2.
(acute focal bacterial nephritis : AFBN)
(urinary tract infection : UTI) [1]
AFBN (Computed
Tomography: CT) [2,3]
(acute pyelonephritis : APN) [4,5] AFBN
CT AFBN
AFBN [6,7]
CT AFBN
APN AFBN
[6,7]
AFBN APN
AFBN APN
[8,9]
AFBN APN
[10,11] AFBN APN
AFBN CT
[10,11] AFBN
APN [12]
AFBN APN CT
AFBN (interferon: IFN) -
[13] AFBN APN
AFBN APN
AFBN APN
(procalcitonin : PCT) IFN- (interleukin: IL)-6
. 3-1)
2009 1 2016 4
15 UTI 52 1
> 38.0
(n = 52) / CT
(n = 23)
5×104 / mL [14]
19 AFBN 33 APN
14 CT
17 AFBN 21 APN ( 1
AFBN) AFBN
(
) 2 (
) 1 APN
2
( 6 2 1
1 1 1 )
(No. 2013-205-3)
3-2)
-20
Sysmex XN-3000 (Sysmex corporation )
C (C-reactive protein : CRP)
2- 2 2MG) 2MG 1-
1 1MG) JCA-BM6070 (
)
D- Coapresta 2000 (Sekisui medical corporation
) PCT Cobas
8000 (Roche Diagnostics K.K. )
(electro-chemiluminescence immunoassay : ECLIA) N-
NAG) JCA-BM6070
(liver-type fatty acid binding protein : L-FABP) (Lumipulse) G1200
(Fujirebio corporation )
(chemiluminescent enzyme immunoassay : CLEIA) JCA-BM 6070
(creatinine : Cr) CRP < 0.15
mg /dL PCT < 0.05 ng /mL 6.0 80.0 ng /mL 2MG < 2.0
mg /L 2 1 Cr < 0.68 g /L NAG
0.9 2.4 U /gCr
IL-2 IL-4 IL-6 IL-10
BD Cytometric Bead Array Th1 / Th2 II (BD Biosciences San Jose CA USA)
TNF- 1 (soluble TNF-receptor 1 : sTNFR1) sTNFR1 /
TNFR SF1A Quantikine (ELISA) (R D
Systems Minneapolis MN USA)
IL-2 IL-4 2.6 pg /mL IL-6 3.0 pg /mL IL-10 sTNFR1 1.2 pg /mL
3-3)
(
[SD]) [15] UTI 2
(vesicoureteral reflux : VUR) 4
(99mtechnetium dimercaptosuccinic acid renal scan)
[16] 45
3-4)
IL-6 IL-10
PCT 2MG/ Cr
AFBN APN
sTNFR1
2.5 ( )
AFBN APN
StatFlex Ver6.0 (Artech Co. )
. 4-1)
1 AFBN APN
AFBN APN
(p = 0.013) (p = 0.0032) (p = 0.0003)
(p = 0.019)
(p = 0.0015) (p = 0.0004) (p = 0.039) PCT (p = 0.001) 2MG/ Cr (p = 0.014) APN AFBN
AFBN APN
APN (p = 0.021)
AFBN (p = 0.038) AFBN
AFBN APN
( , 1.85, 1.77 4.48 vs. -0.195, 2.92 1.88, p = 0.016) VUR
UTI 4 AFBN APN
( 63 vs. 32 50 vs. 33 )
AFBN APN
4-2) AFBN APN
AFBN APN
( 2) AFBN APN IL-6 ( 162 vs. 63.7 pg /mL
p < 0.001) IL-10 (18.7 vs. 3.7 pg /mL p = 0.004)
p = 0.005) sTNFR1 (4,100 vs. 3,400 pg /mL p = 0.006)
AFBN IL-6 (p = 0.023) IL-10
(p = 0.0068) sTNFR1 (p = 0.0002)
IL-2 IL-4 3
UTI 4
8 1
2 AFBN APN
( 3) IL-6 sTNFR1 IL-6
5 (5/12 = 0.42; PCT
sTNFR1) 5 (5/12 = 0.42;
2MG/ Cr sTNFR1) sTNFR1
7 (7/12 = 0.58; 2MG/ Cr IL-6
IL-10 )
4-3) AFBN APN
AFBN APN
(multiple logistic regression analysis : MLRA)
IL-6 AFBN APN
95
(confidence interval : CI) (odds ratio : OR) 1.87 (1.11
3.16) IL-6 OR 2.64 (1.22 5.74) ( 2)
p AFBN IL-6
AFBN (area under the
curve : AUC) 0.86 2 IL-6
AUC 0.77 0.82 ( 4)
.
IL-6 IL-10 sTNFR1
AFBN APN
IL-6 AFBN APN
IL-6 AFBN APN
AFBN 2
Kashiwagi AFBN IL-6 IL-10
[13] Kometani (mild encephalopathy with reversible splenial lesion : MERS) 2 AFBN
IL-6 [17]
AFBN APN
APN AFBN
IL-6 IL-10 sTNFR1
AFBN APN
[8,10] [3]
PCT
2MG/ Cr APBN APN
AFBN
3 ( )
sTNFR1 IL-10
[18,19]
AFBN APN
PCT
Tahar APN
PCT [20]
(LPS) IL-1 IL-6
[21] UTI PCT IL-6
(human leukocyte antigen : HLA) I
2MG 2MG
[22,23] 2MG 4.5 mg/ L
2MG [24] 2MG
2MG [25] AFBN
APN 1MG/Cr NAG/Cr L-FABP/Cr
AFBN
2MG
AFBN APN
UTI
AFBN
UTI [26-28]
IL-6 IL-10
[29] AFBN APN
IL-6 [30]
IL-10 [31,32]
AFBN
[33]
CD8+ T
[34] CD8+ T
[35,36]
CD4 CD8
(major histocompatibility complex : MHC) I II
[37]
APN AFBN
AFBN CT APN 81 (17 )
CT
.
IL-6 IL-10 sTNFR1 UTI
IL-6 APN AFBN
( 2) UTI IL-6
AFBN APN
AFBN AFBN
(IL-6; < 3.0 pg / mL; IL-10; < 2.8 pg / mL;
sTNFR1; < 1.2 pg / mL)
AFBN APN (pg / mL) IL-6
162, 23.4- 591 (n = 17) vs 63.7, 15.2- 362 (n = 21) vs 23.8, 2.4- 648 (n = 12) IL-10 18.7, 1.60- 377 (n = 17) vs 3.7, 2.70- 109 (n = 21) vs 2.8, 1.9- 27 (n = 12)
94.0, 8.7- 1,510 (n = 17) vs 27.1, 0- 307 (n = 21) vs 12.8, 4- 43.6 (n = 12) sTNFR1 4,760, 2,710- 8,420 (n = 16) vs 3,420, 1,960- 6,590 (n = 21) vs 2,640, 1,670- 4,130 (n = 12)
AFBN APN
2
* **
*** rs
AUC: area under the curve.
: (AUC 0.77 ± SD 0.077).
: IL-6 (AUC 0.82 ± SD 0.075).
: & IL-6 (AUC 0.86 ± SD 0.059).
*
; AFBN: APN: ; 16:21:8
16:20:8 17:20:12 13:17:12 17:20:12
17:11:11 D 17:21:10 9:8:0 2 MG 8:7:0
b 2 MG 13:12:0 1 MG 7:7:0 NAG 13:11:0 L-FABP 6:6:0
17:8:0 14:15:0
.
[1] A.T. Rosenfield, M.G. Glickman, K.J. Taylor, M. Crade, J. Hodson, Acute 553-561
nephritis: emphasis on gray scale sonography and computed tomography.
AJR Am. J. Roentgenol., 135 (1980), 87-92
[3] C.H. Cheng, Y.K. Tsau, S.Y. Hsu, T.L. Lee, Effective ultrasonographic
J., 23 (2004), 11-14
[4] M. Shimizu, K. Katayama, E. Kato, S. Miyayama, T. Sugata, K. Ohta,
Nephrol., 20 (2005), 93-95
[5] R.I. McCoy, A.B. Kurtz, M.D. Rifkin, M.B. Kodroff, M.M. Bidula,
(2015), 141-142
[8] C.C. Yang, P.L. Shao, C.Y. Lu, Y.K. Tsau, I.J. Tsai, P.I. Lee, L.Y. Chang,
(2010), 207-214
[9] T. Seidel, E. Kuwertz-Bröking, S. Kaczmarek, M. Kirschstein, M. Frosch,
Nephrol., 22 (2007), 1897-1901
[10] C.H. Cheng, Y.K. Tsau, C.J. Chang, Y.C. Chang, C.Y. Kuo, I.J. Tsai, Y.H.
of renal scarring in childhood urinary tract infections. Pediatr. Infect
(2006), e84-e89
[12] C.H. Cheng, Y.K. Tsau, S.Y. Chen, T.Y. Lin, Clinical courses of children
patterns Pediatr. Infect. Dis. J., 28 (2009), 300-303
[13] Y. Kashiwagi, H. Kawashima, S. Nara, M. Ushio, S. Nishimata, Marked
Nephrol., 16 (2012), 656-657
[14] American Academy of Pediatrics, Committee on quality improvement diagnosis, treatment, and evaluation of the initial urinary tract infection [15] E. Kikuchi, M. Shimoda, Sonographic assessment of kidney length in
Pediatric Nephrol., 23 (2010), 85-91
[16] H. Nakai, H. Kakizaki, R. Konda, Y. Hayashi, S. Hosokawa, S.
Kawaguchi, H. Matsuoka, K. Nonomura, et al., Prospective study
committee of reflux nephropathy forum japan, clinical characteristics of primary vesicoureteral reflux in infants: multicenter retrospective study in Japan. J. Urol., 169 (2003), 309-312
[17] H. Kometani, M. Kawatani, G. Ohta, S. Okazaki, K. Ogura, M.
Yasutomi, A. Tanizawa, Y. Ohshima, Marked elevation of interleukin-6
faecalis. Brain Dev., 36 (2014), 551-553
[18] C.P. de Jager, P.T. van Wijk, R.B. Mathoera, J. de Jongh-Leuvenink, T.
van der Poll, P.C. Wever, Lymphocytopenia and neutrophil-lymphocyte markers in an emergency care unit. Crit. Care, 14 (2010), R192
[20] H.B. Tahar, Y. Coulais, M. Tafani, F. Bouissou, Procalcitonin implication Infect. Drug Resist., 1 (2008), 17-20
various markers of inflammation for the prediction of tumor necrosis factor-alpha and interleukin-6 in patients with sepsis. Crit. Care Med., 27 (1999), 1814-1818
[22] S.M. Ouda, A.M. Khairy, A.E. Sorour, M.N. Mikhail, Serum Beta-2
patients with chronic HCV related liver diseases. Asian Pac. J. Cancer Prev., 16 (2015), 7825-7829
[23] L. Zhao, B. Purandare, J. Zhang, B.M. Hantash, b2
proinflammatory cytokine production. Human Immunol., 74 (2013), 417-424
Acta Clin. Belg., 31 (1976), 14-26
Eur. J. Clin. Invest., 10 (4) (1980 Aug), 293-300
[26] B. Becknell, A. Schwaderer, D.S. Hains, J.D. Spencer, Amplifying renal Nephrol., 11 (2015), 642-655
Urinary concentration of cytokines in children with acute pyelonephritis.
Eur. J. Pediatr., 172 (2013), 769-774
[28] J.D. Spencer, A.L. Schwaderer, B. Becknell, J. Watson, D.S. Hains, The innate immune response during urinary tract infection and pyelonephritis. Pediatr. Nephrol., 29 (2014), 1139-1149
[29] D.W. Jekarl, J.Y. Kim, S. Lee, M. Kim, Y. Kim, K. Han, S.H. Woo, W.J.
Lee, Diagnosis and evaluation of severity of sepsis via the use of
[30] J. Song, M.J. Duncan, G. Li, C. Chan, R. Grady, A. Stapleton, S.N.
[31] M. Schiwon, C. Weisheit, L. Franken, S. Gutweiler, A. Dixit, C.
sentinel and helper macrophages permits neutrophil migration into infected uroepithelium. Cell, 156 (2014), 456-468
349-359
Pohl, J.S. Park, R. Chandra, K. Rais-Bahrami, et al., Acute
pyelonephritis: comparison of diagnosis with 99mTc-DMSA SPECT, spiral CT, MR imaging, and power Doppler US in an experimental pig model. Radiology, 218 (2001), 101-108
[34] M. Ascon, D.B. Ascon, M. Liu, C. Cheadle, C. Sarkar, L. Racusen, H.T.
infiltration of activated and effector-memory T lymphocytes. Kidney Int., 75 (2009), 526-535
[35] J. Zhu, H. Yamane, W.E. Paul, Differentiation of effector CD4 T cell populations (*). Annu. Rev. Immunol., 28 (2010), 445-489
and diversity of innate lymphoid cells. Immunity, 41 (2014), pp. 354-365
infection. Human Immunol., 73 (2012), 623-628
Mizutani M, Hasegawa S, Matsushige T, Ohta N, Kittaka S, Hoshide M, Kusuda T, Takahashi K, Ichihara K, Ohga S, Distinctive pyelonephritis in children, Cytokine. 99: P.24-29 (Nov.2017)