Membrane structure and function. Mechanism of hemolysis induced by nematocyst venom: roles of phospholipase A and direct lytic factor.
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Animals↗
Biomedical subjects
H M Lenhoff
Publications and source records attributed to H M Lenhoff.
Hydra mesoglea: similarity of its amino acid and neutral sugar composition to that of vertebrate basal lamina.
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Amino Acids↗
Kinetics of prolytic events during red cell lysis induced by sea anemone nematocyst venom.
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Animals↗
Covalent binding of proteins and glucose-6-phosphate dehydrogenase to cellulosic carriers activated with s-triazine trichloride.
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Acetates↗
Degradation of red cell membrane phospholipids by sea anemone nematocyst venom.
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Animals↗
Binding of active and inactive hemolytic factor of sea anemone nematocyst venom to red blood cells.
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Animals↗
Haemolytic phospholipase A and nerve-affecting activities of sea anemone nematocyst venom.
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Action Potentials↗
Glucose-6-phosphate dehydrogenase adsorbed on collodion membranes.
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Adsorption↗
Mass culture of hydra: an improved method and its application to other aquatic invertebrates.
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Animals↗
Effect of a disulfide reducing agent on coelenterate nematocyst capsules.
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Animals↗
Formation of polysaccharides by hydra from substrates produced by their endosymbiotic algae.
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Animals↗
Enzymes of glucose catabolism in hydra. I. Relative activities of enzymes and absence of 6-phosphogluconate dehydrogenase.
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Animals↗
Enzymes of glucose catabolism in hydra. II. Application of microfluorometric analyses to patterns of enzyme localization.
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Animals↗
pH profile of a peptide receptor.
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Animals↗
Anomalies of growth and form in hydra: polarity, gradients, and a neoplasia analog.
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Cnidaria↗
Behavior, hormones, and Hydra. Research on behavior of lower invertebrates may help elucidate some cellular actions of hormones.
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Animals↗
Coelenterate biology: experimental research.
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Academies and Institutes↗
Tyrosine enteroreceptor of Hydra: its function in eliciting a behavior modification.
Hydra that still contain partially digested food in their gastrovascular cavities, undergo a modified feeding response when they ingest additional prey. A localized constriction is formed just below the sites of tentacle attachment, preventing the loss of gastrovascular contents. This response involves the interaction of an ectodermal receptor system for glutathione and an endodermal receptor system for tyrosine.
Chemoreceptor Cells↗