4Adimoolam A, Ganesan N, Ching F.The acute salinity changes ac- tivate the dual pathways of endocrine responses in the brain and pituitary of tilapia[J].Gen. Com. Endocr., 2015,211: 154-164.
5Barton B A, Wama G K. Physiological changes in fish from stress in aquaculture with emphasis on the response and effects of corti- costeroid[J]. Annu. Rev. Fish Dis.,1991,1:3-26.
6Bjorn O, Koestan G, Frode F.Modulation of innate immune re- sponses in Atlantic salmon by chronic hypoxia-induced stress[J]. Fish and Shellfish Immunol., 2013,34: 55-65.
7Chatterjee N, Pal A K, Das T, et al. Secondary stress response in Indian major carps Labeo rohita(Ham),Catla catla(Ham) and Cirrhinus mrigala(Ham) fry to increasing packing densities[J]. Aqua. Res., 2006,37:472-476.
8Ellen H S, Sander B N, Nic R B, et al. Stress and innate immu- nity in carp:eorticosteroid receptors and pro-inflammatory cyto- kines[J]. Molec. hnmunol.,2008,46:70-79.
9Genciana T, Rosalba G,Simon A R.Quantification of a glucoeorti- coid receptor in sea bass(Dicentrarchuslabrax,L) reared at high stocking density[J].Gene, 2005,357(2):144-151.
10Gino N, Cristina N, Paula P. Neuroendocrine mechanisms for im- mune system regulation during stress in fish[J]. Fish and Shell- fish Immunol., 2014,4:531-538.
