Moor frog

Andren C., Marden M. Nilson G. (1989). Tolerance to low pH in a population of moor frogs, Rana arvalis, from an acid and a neutral environment a possible case of rapid evolutionary response to acidification. Oikos. V. 56, pp. 215-223. 

Moore, J. A. 1955. Abnormal combinations of nuclear and cytoplasmic systems in frogs and toads. Advances in Genetics, 7, 132-182. 

Severtsova, E.A. Severtsov, A.C. (2007). Interpopulation comparison of gastrula of Moor and Marsh frogs living in conditions of anthropogenic polluted ponds. Ontogenez. T. 38. No 1. pp. 1-14. (Russ.). 

Surova, G. (1988a). Environmental and hereditary components of periods of ontogenesis of Common (Rana temporarid) and Moor (R. aroalis) frog tadpoles. Zoo/ Zhw T. 67.No. 3. p>p. 396-405. (Russ.). 

The uptake of potassium by muscle exposed to insulin is amenable to interpretation since Zierler (1959) has demonstrated hyperpolarization of the cell membrane under such circumstances, whether or not glucose was present during incubation the Mine was observed with adipocytes (Beigelman and Hollander, 1963). Hyperpolarization of cell membrane induced by insulin might in turn result from enhanced active sodium transport from the cytoplasm outward, as has been shown by Moore (1965) to occur in the case of frog sartorius. 

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