Physiological properties of developing frog tadpole nerve-muscle junctions during repetitive stimulation☆

Michael S. Letinsky

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Physiological properties of developing frog tadpole nerve-muscle junctions during repetitive stimulation☆

机译：重复刺激过程中发育中的青蛙t神经肌肉连接的生理特性☆

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PhysiologicalpropertiesofdevelopingneuromuscularjunctionswerestudiedinRanacatesbeianatadpolesatdifferentdevelopmentalstages.Developingneuronsformedfunctionalsynapticconnectionswithasectionoftailmuscleimplantedinplaceofthehindlimbbud.LowfrequencyrepetitivestimulationatthesedevelopingjunctionscausesaprogressivereductionintheEppamplitude.Thisreductionisduetoadecreaseinthequantalcontent,isreversible,andismoreapparentatthemostimmaturedevelopmentalstages,becominglessnoticeablewithfurtherdevelopment.Thesejunctionsarecapableoffacilitationateachdevelopmentalstagestudiedwhenthequantalcontentisreducedbymagnesium.Atnormalcalciumandmagnesiumconcentrationsthereislittleornofacilitation,andoftendepressionofthesecondEppoccurs.

机译：PhysiologicalpropertiesofdevelopingneuromuscularjunctionswerestudiedinRanacatesbeianatadpolesatdifferentdevelopmentalstages.Developingneuronsformedfunctionalsynapticconnectionswithasectionoftailmuscleimplantedinplaceofthehindlimbbud.LowfrequencyrepetitivestimulationatthesedevelopingjunctionscausesaprogressivereductionintheEppamplitude.Thisreductionisduetoadecreaseinthequantalcontent，isreversible，andismoreapparentatthemostimmaturedevelopmentalstages，becominglessnoticeablewithfurtherdevelopment.Thesejunctionsarecapableoffacilitationateachdevelopmentalstagestudiedwhenthequantalcontentisreducedbymagnesium.Atnormalcalciumandmagnesiumconcentrationsthereislittleornofacilitation，andoftendepressionofthesecondEppoccurs。

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《Developmental biology》 |1974年第1期|共页
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Michael S. Letinsky;
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中图分类生物科学;
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1. Repetitive nerve stimulation decreases the acetylcholine content of quanta at the frog neuromuscular junction. [J] . Naves LA, Van-der-Kloot W The Journal of Physiology . 2001,第Pta3期

机译：重复性神经刺激会降低青蛙神经肌肉连接处的量子的乙酰胆碱含量。
2. Changes in miniature endplate potential frequency during repetitive nerve stimulation in the presence of Ca2+, Ba2+, and Sr2+ at the frog neuromuscular junction. [J] . J E Zengel, K L Magleby The Journal of general physiology . 1981,第5期

机译：在青蛙神经肌肉连接处存在Ca2 +，Ba2 +和Sr2 +的重复神经刺激过程中微型终板电位频率的变化。
3. Some physiological and pharmacological properties of slow depolarization of substantia gelatinosa neurons by repetitive stimulation of C-fibers of dorsal root in adult rat spinal cord slices with dorsal root attached. [J] . Mizukami K, Kounomi S, Kaneko S, Neuroscience Letters: An International Multidisciplinary Journal Devoted to the Rapid Publication of Basic Research in the Brain Sciences . 1999,第1期

机译：通过反复刺激附有背根的成年大鼠脊髓切片中的背根C纤维反复刺激明胶体神经元缓慢去极化的一些生理和药理特性。
4. Learning in Growing Robots: Knowledge Transfer from Tadpole to Frog Robot [C] . Yiheng Zhu, Jonathan Rossiter, Helmut Hauser International conference on biomimetic and biohybrid systems . 2019

机译：在成长型机器人中学习：从Knowledge到青蛙机器人的知识转移
5. Significance of the ventral nucleus of the lateral lemniscus in auditory processing: Responses to single and repetitive synaptic stimulation in physiologically identified neurons in rat's brain slice. [D] . Irfan, Nashwa. 2003

机译：在听觉加工过程中，侧脑膜侧腹核的重要性：对大鼠脑切片中生理学鉴定的神经元的单个和重复突触刺激的响应。
6. The action of eserine-like and curare-like substances on the responses of frogs nerve-muscle preparations to repetitive stimulation [O] . S. L. Cowan 1938

机译：血红素样和咖喱样物质对青蛙神经肌肉制剂对重复刺激的反应
7. The action of eserine-like and curare-like substances on the responses of frog's nerve-muscle preparations to repetitive stimulation [O] . Cowan, S. L. 1938

机译：血红素样和咖喱样物质对青蛙神经肌肉制剂对重复刺激的反应

Physiological properties of developing frog tadpole nerve-muscle junctions during repetitive stimulation☆

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