Research Article

Bathing Effects of Various Seawaters on Allergic (Atopic) Dermatitis-Like Skin Lesions Induced by 2,4-Dinitrochlorobenzene in Hairless Mice

Table 5

Changes on the splenic cytokine contents after 6 weeks of continuous bathing on seawaters or topical application of DEXA in DNCB-induced AD mice.

GroupsSplenic cytokine contents (pg/mg protein)
Tumor necrosis factor-αInterleukin-1βInterleukin-10

Controls
 Intact 164.92 ± 23.50 49.22 ± 12.57 216.95 ± 54.25
 DNCB 530.62 ± 113.24c 196.31 ± 21.62a 688.86 ± 131.07c
Reference
 DEXA 198.70 ± 19.33de 87.83 ± 14.66ab 317.61 ± 52.05ce
Bathing on
 WSSW 373.00 ± 39.06ce 150.59 ± 18.60ab 514.88 ± 103.99cf
 WSGW 322.99 ± 67.87ce 125.91 ± 14.36ab 443.48 ± 76.07ce
 ESSW 352.92 ± 64.20ce 141.80 ± 21.29ab 508.11 ± 73.76ce
 ESGW 296.31 ± 65.51ce 114.18 ± 23.27ab 402.62 ± 71.39ce

Values are expressed as mean ± SD of eight hairless mice. AD = allergic/atopic-like dermatitis; DNCB = 2,4-dinitrochlorobenzene; DEXA = dexamethasone-water soluble; WSSW = west surface seawater collected around Wepo-ri (Ganghwa-do, Republic of Korea); WSGW = west saline groundwater collected at Yonggungoncheon (Seokmo-do, Republic of Korea); ESSW = east surface seawater collected around Nagok-ri (Uljin, Republic of Korea); ESGW = east saline groundwater collected around Hoojeong-ri (Uljin, Republic of Korea); LSD = least-significant differences multi-comparison. a as compared with intact control by LSD test; b as compared with DNCB control by LSD test; c and d as compared with intact control by MW test; e and f as compared with DNCB control by MW test.