ABSTRACT
Male genital lesions due to Schistosoma haematobium are rare in our environment. However, they were already reported by Chaker in 1889 and by Lortet and Vialleton who described the first lesions in seminal vesicles. We herein describe one case of schistosomal prostatitis discovered accidently in a 65-year-old patient after transurethral resection
Subject(s)
Humans , Male , Prostatitis/parasitology , Schistosoma , Review Literature as Topic , Schistosoma haematobium , Schistosomiasis haematobia , Transurethral Resection of ProstateABSTRACT
sh: :w!: not found fertilization, Rhizobium and mycorrhizae inoculation were practiced. Highest green fodder yield, nodulation along with N and P content of plant were obtained at the second and third cuts whereas, lowest values were recorded with both 1st and 4th ones. The dual inoculation of clover with rhizobia and mycorrhizae improved plant growth parameters compared to the single inoculation practice. Rockphosphate always induced increase in plant growth parameters either with single or double inoculation practice. Root colonization with VAM increased due to inoculation practice with both rhizobia and mycorrhizae. This increase was more pronounced with the interaction between the two symbionts particularly at the second and the third cuts in the presence of rockphosphate
Subject(s)
Phosphates , Nitrogen FixationABSTRACT
The response of soybean to dual inocatlation with B. joponicwn and VAM fungi was evaluated at different levels of N and P fertilization. A greenhouse pot experiment was conducted, VAM and B. japonicum inoculant were applied either alone or combined with different levels of P and N fertilization. Phosphorus fertilization improved nodulation on plant roots, however it was inhibitory for both VAM spore density in soil and VAM colonization percentage of roots. Both rhizobia and VAM improved significantly the plant growth. This effect was extended until the seed filling and maturity stage of plant. The interaction between the host and two symbionts was more efficient on plant growth and its content of N and P