| [study of schistosome-mollusk vector compatibility by the technic of microsurgical transplantation of sporocysts in two schistosoma japonicum-oncomelania hupensis combinations originating in mainland china]. | the schistosoma-mollusc compatibility was tested in two schistosoma japonicum-oncomelania hupensis combinations originated from mainland china. the first combination is a combination maintained for more than 30 years in laboratory, the second consisted of a laboratory strain of s. japonicum and a strain of o. h. hupensis taken in the field (jiangxi province). the fully absence of sporocyst throwing out and hemocyte infiltration 24 h. after transplantation suggest a perfect compatibility of the t ... | 1986 | 3813434 |
| [analysis of genetic diversity of aflp marker among populations of oncomelania hupensis]. | to explore the degree of genetic diversity among populations of oncomelania hupensis. | 2006 | 16866138 |
| landscape genetics: the correlation of spatial and genetic distances of oncomelania hupensis, the intermediate host snail of schistosoma japonicum in mainland china. | two internal transcribed spacer (its1 and its2) sequences of the non-coding region of the rdna and a 16s rna gene fragment of the mtdna of oncomelania hupensis, the intermediate host snail of schistosoma japonicum in mainland china, have been investigated with a view to illustrate the influence of the environment on genetic differentiation. thirteen populations of o. hupensis snails, representing four types of ecological settings, were collected to compare genetic and spatial distances. the leng ... | 2009 | 19440964 |
| distinct genetic diversity of oncomelania hupensis, intermediate host of schistosoma japonicum in mainland china as revealed by its sequences. | oncomelania hupensis is the unique intermediate host of schistosoma japonicum, which causes schistosomiasis endemic in the far east, and especially in mainland china. o. hupensis largely determines the parasite's geographical range. how o. hupensis's genetic diversity is distributed geographically in mainland china has never been well examined with dna sequence data. | 2010 | 20209150 |