The Best Way To End Up Getting Good With Vatalanib (PTK787) 2HCl
  • 424, p?=?0.004; Fig.?2). Fig.?2 The correlation between the number of adult female nematodes counted in the abomasa and the Strongyle-type EPG of faeces in moose (n?=?45) shot during the licensed hunting season, autumn 2013, in Hedmark county, Norway. Note that 1 extreme ... Table?3 The prevalence (%) of parasite eggs and larvae based on McMaster and Baermann faecal examinations of moose shot during the licensed hunting season, 2013, in Hedmark county. The 95% confidence interval of the prevalence is given in square brackets. 3.3. Correlates of parasitism We found evidence of age, gender and body weight or condition effects on the EX 527 abundance and host probability of infection of several parasites (Table?4). In general, younger animals were more affected by Moniezia sp., Dictyocaulus sp. and DSL than older animals, while abomasal nematode infection increased with age (Table?4). The probability of infection with O.?antipini and S.?alcis was lower among males than females, although gender effects on abundance depended on both the parasite and the sample type (Table?4). Parasite abundance or probability of infection increased as body condition or carcass weight decreased in Eimeria sp., DSL larvae and abomasal nematodes (Table?4, Fig.?4). Fig.?4 Counts of abomasal nematodes in moose, hunted during the licensed hunting season, autumn 2013, in Hedmark county, Norway, in relation Vatalanib (PTK787) 2HCl to slaughter weight, gender (F �C females [black]; M �C males [grey]) and body condition index (poor �C ... Table?4 Summary of the significant factors affecting parasite abundance and host probability of infection in a Norwegian selleck products moose population, determined by generalised linear models. Strongyle-type eggs were detected in all age/gender classes across 64% of individuals, with egg shedding intensity in positive animals (n?=?29) varying from 78 to 1716 EPG (mean 199, median 78). Male animals had significantly higher mean strongyle-type EPGs than females even when the one extreme outlier (1716 EPG in a male) had been excluded from the analysis (F1,40?=?4.65, p?=?0.037). EPG also increased with age (F1,40?=?4.43, p?=?0.042) but showed no significant relationship with either body condition or carcass weight (Table?4). Strongyloides papillosus eggs were detected in 20% of individuals, occurring in all age/gender classes except male calves. The intensity of shedding in positive individuals (n?=?9) ranged from 78 to 156 EPG (mean 87, median 78). There were no significant correlates of egg prevalence or abundance. Nematodirus sp. and Trichuris sp. eggs were detected once each in two different adult males. The prevalence of Moniezia sp. was 78% in calves but it was absent in older age classes (��22,42?=?29.37, p?<?0.001; Table?4). Egg counts decreased significantly with age (F1,35?=?416.9, p?<?0.001) and were higher in female than male calves (F1,35?=?40.70, p?<?0.001, Table?4).</div>

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