behavior/neurological
• following entrainment to a light:dark regime, mice abruptly adapt to a new situation by starting wheel running as soon as light is off and expanding their period of fragmented activity unlike wild-type mice
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• under dark:dark conditions
• however, mice exhibit normal circadian rhythm under light:dark conditions
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immune system
• mice exhibit an increase in activated T cells compared with wild-type mice
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• following treatment with anti-CII antibodies
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• following treatment with anti-CII antibodies
• however, treatment with anti-TNF-alpha antibodies reduces serum levels of IL6 induced by anti-CII antibodies
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• following treatment with anti-CII antibodies
• however, treatment with anti-TNF-alpha antibodies reduces serum levels of TNF-alpha induced by anti-CII antibodies
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• in splenocyte
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• following treatment with anti-CII antibodies, mice exhibit increased arthritis score and serum levels of TNF-alpha, IL1beta, IL6, and MMP3 compared with wild-type mice
• however, treatment with anti-TNF-alpha antibodies reduces induced arthritis score and levels of TNF-alpha, IL6, and MMP3
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skeleton
• following treatment with anti-CII antibodies, mice exhibit increased arthritis score and serum levels of TNF-alpha, IL1beta, IL6, and MMP3 compared with wild-type mice
• however, treatment with anti-TNF-alpha antibodies reduces induced arthritis score and levels of TNF-alpha, IL6, and MMP3
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homeostasis/metabolism
• following treatment with anti-CII antibodies
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• following treatment with anti-CII antibodies
• however, treatment with anti-TNF-alpha antibodies reduces serum levels of IL6 induced by anti-CII antibodies
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• following treatment with anti-CII antibodies
• however, treatment with anti-TNF-alpha antibodies reduces serum levels of TNF-alpha induced by anti-CII antibodies
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hematopoietic system
• mice exhibit an increase in activated T cells compared with wild-type mice
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