Low genetic diversity in a snail intermediate host (Biomphalaria pfeifferi Krass, 1848) and schistosomiasis transmission in the Senegal River Basin

Agriculture & Biology

• Biomphalaria pfeifferi 99%
• schistosomiasis 78%
• Senegal 76%
• intermediate hosts 67%
• snails 58%
• genetic variation 39%
• Schistosoma 37%
• host-parasite relationships 36%
• Schistosoma mansoni 36%
• public health 29%
• habitats 27%
• environmental engineering 25%
• schistosomiasis mansoni 24%
• longitudinal studies 18%
• dams (hydrology) 18%
• Zimbabwe 18%
• at-risk population 17%
• infrastructure 17%
• natural resources 17%
• population size 14%
• population genetics 13%
• fecundity 13%
• salinity 12%
• climate 12%
• rivers 12%
• microsatellite repeats 11%
• loci 9%
• genotype 9%
• water 6%

Medicine & Life Sciences

• Biomphalaria 100%
• Senegal 84%
• Snails 76%
• Rivers 76%
• Schistosomiasis 73%
• Genetic Variation 60%
• Ecosystem 41%
• Host-Parasite Interactions 34%
• Schistosoma mansoni 31%
• Natural Resources 18%
• Salinity 18%
• Public Health 17%
• Schistosomiasis mansoni 16%
• Zimbabwe 16%
• Population Genetics 15%
• Fresh Water 15%
• Population 14%
• Population Density 14%
• Climate 14%
• Microsatellite Repeats 13%
• Fertility 11%
• Disease Outbreaks 11%
• Epidemics 10%
• Longitudinal Studies 10%
• Genotype 8%
• Water 8%
• Pressure 8%

Earth & Environmental Sciences

• schistosomiasis 87%
• intermediate host 86%
• genetic diversity 69%
• snail 68%
• river basin 48%
• habitat 28%
• intrapopulation variation 28%
• interpopulation variation 27%
• public health 27%
• host-parasite interaction 24%
• environmental engineering 19%
• genetic variation 18%
• population genetics 18%
• fecundity 18%
• genotype 17%
• parasite 15%
• population size 15%
• health risk 14%
• natural resource 13%
• perturbation 12%
• dam 11%
• infrastructure 11%
• salinity 10%
• disturbance 10%
• resource 8%
• climate 8%
• project 8%
• river 7%
• distribution 5%
• water 4%