Results 191 to 200 of about 30,488 (233)
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Comparative Biochemistry and Physiology Part C: Comparative Pharmacology, 1991
1. Five species of Mytilus inhibitory peptides, MIP1-5, were isolated from acetone extracts of the anterior byssus retractor muscle (ABRM) of Mytilus edulis. MIP1 and MIP2 were shown to be S2-MIP and A2-MIP, respectively, first isolated from the pedal ganglia of the animal. 2.
Y, Fujisawa +4 more
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1. Five species of Mytilus inhibitory peptides, MIP1-5, were isolated from acetone extracts of the anterior byssus retractor muscle (ABRM) of Mytilus edulis. MIP1 and MIP2 were shown to be S2-MIP and A2-MIP, respectively, first isolated from the pedal ganglia of the animal. 2.
Y, Fujisawa +4 more
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Morphological variation of Mytilus edulis and Mytilus trossulus in eastern Newfoundland
Marine Biology, 1999Allopatric populations of Mytilus species show distinct shell morphology which may be due to genetic and/or environmental effects. Sympatric populations of Mytilus species show similar shell morphology which may be due to hybridization eroding morphological differences and/or the influence of common environmental conditions.
D. J. Innes, J. A. Bates
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Differences in Cd elimination from Mytilus californianus and Mytilus trossulus soft tissues
Environmental Pollution, 2001Field results have shown that Mytilus californianus is able to release its Cd concentrations significantly in just a few days. The existing paradigm states that Cd elimination from Mytilus soft tissues is a very slow process. This discrepancy was investigated in the laboratory, testing the effect of two Cd levels (10 and 1 microgram l-1) on its release
M L, Lares, K J, Orians
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Journal of Molluscan Studies, 1994
The cytotaxonomical characteristics of Mytilus trossulus, M. edulis and M. galloprovincialis were studied using karyometric analysis and silver staining. The karyotype of M. trossulus, reported here for the first time, consists of six metacentric and eight submetacentric-subtelocentric chromosome pairs.
Insua, A, Labat, Jp, Thiriotquievreux, C
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The cytotaxonomical characteristics of Mytilus trossulus, M. edulis and M. galloprovincialis were studied using karyometric analysis and silver staining. The karyotype of M. trossulus, reported here for the first time, consists of six metacentric and eight submetacentric-subtelocentric chromosome pairs.
Insua, A, Labat, Jp, Thiriotquievreux, C
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2017
Aldolase activity in tissues of Mytilus galloprovincialis with different shell colour has been studied. Mussels??? shell colour was measured by photographing and computer processing of digital pictures using Adobe Photoshop CS-3. Four colour groups were identified: black, intermediate, dark and light brown.
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Aldolase activity in tissues of Mytilus galloprovincialis with different shell colour has been studied. Mussels??? shell colour was measured by photographing and computer processing of digital pictures using Adobe Photoshop CS-3. Four colour groups were identified: black, intermediate, dark and light brown.
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The neuroendocrinology of Mytilus edulis
Aquaculture, 1991Abstract The nervous system of the mussel (Mytilus edulis) comprises three pairs of ganglia. These ganglia, especially the cerebral ganglia, contain large numbers of neurosecretory cells, as demonstrated by histological techniques. The role played by the nervous ganglia in the control of reproduction has been demonstrated by organ culture experiments
Michel Mathieu +2 more
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2016
???????????????????????? ???????????? ???????????????????????????? ???? ???????????????? ?????????????? ?????????????? ?????????????????? ???????????????? ???????????? ?????????????? ?????????? Mytilus galloprovincialis Lam.: ??????????, ??????????????????, ?????????????? ????????????-??????????????????. ??????????????????????, ???? ????????????????????
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???????????????????????? ???????????? ???????????????????????????? ???? ???????????????? ?????????????? ?????????????? ?????????????????? ???????????????? ???????????? ?????????????? ?????????? Mytilus galloprovincialis Lam.: ??????????, ??????????????????, ?????????????? ????????????-??????????????????. ??????????????????????, ???? ????????????????????
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2010
The ability of the Mytilus genus of mussels (Phylum Mollusca, Class Bivalvia, and Family Mytilidae) to adhere in marine environments has fascinated researchers from numerous disciplines of science for decades. These relatively small, sessile bivalves attach to a wide range of surfaces present in their natural intertidal and subtidal ocean habitats ...
Heather G. Silverman +1 more
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The ability of the Mytilus genus of mussels (Phylum Mollusca, Class Bivalvia, and Family Mytilidae) to adhere in marine environments has fascinated researchers from numerous disciplines of science for decades. These relatively small, sessile bivalves attach to a wide range of surfaces present in their natural intertidal and subtidal ocean habitats ...
Heather G. Silverman +1 more
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2014
A possibility of using the glycogen content as an indicator of the mussels state at different stages of the reproductive cycle and in different environmental conditions has been noted. The glycogen content in the mussels body grown on collectors was 1,8 times higher than in mussels of natural substrates and this level subsequently decreased from the ...
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A possibility of using the glycogen content as an indicator of the mussels state at different stages of the reproductive cycle and in different environmental conditions has been noted. The glycogen content in the mussels body grown on collectors was 1,8 times higher than in mussels of natural substrates and this level subsequently decreased from the ...
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The Biological Bulletin, 1908
In the present paper no attempt is made to give an exhaustive treatment of the subject ; the intention is rather to summarize briefly the work that has been done upon the development of the lamellibranch gill, and to describe somewhat fully certain phenomena in the development of the gill of Mytilus which seem thus far to have escaped notice.
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In the present paper no attempt is made to give an exhaustive treatment of the subject ; the intention is rather to summarize briefly the work that has been done upon the development of the lamellibranch gill, and to describe somewhat fully certain phenomena in the development of the gill of Mytilus which seem thus far to have escaped notice.
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