Abstract
1. The rate of development of the larvae of M. capillaris is slowed down as the temperature is lowered; at 25°C. the infective stage is reached after 8 days; at 5°C. after 98 days.2. The differences between “pre-infective” and “infective” larvae, as described by Gerichter (1948), have been confirmed.3. Larvae at the “infective” stage can withstand artificial digestion, but “pre-infective” larvae are unable to do so.4. The infective larvae can survive for long periods within the foot of the intermediate host.5. Pre-infective larvae can survive for seven days after the death of the intermediate host; infective larvae can live for sixteen days.6. Naturally-infected slugs were found throughout the greater part of the year. 13.5 per cent of the slugs collected were infected but in most instances only a few larvae were present in any one slug.
Publisher
Cambridge University Press (CUP)
Subject
Animal Science and Zoology,General Medicine,Parasitology
Reference11 articles.
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2. Studies on the lung nematodes of sheep and goats in the Levant
3. Ueberdie Entwicklung des Lungenwurmes Synthetocaitlus capillaris, in Nackt-, Weg—und Schnirkelschnecken;Hobmaier;MŪnch. Tierārzll. Wschr,1929
4. Slugs in Gardens: Their Numbers, Activities and Distribution. Part 2
5. Studies on the Biology of the Larva of the Nematode Lungworm, Muellerius capillaris, in Molluscs
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