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Literature DB >> 6429032

Impedance of skeletal muscle from 1 Hz to 1 MHz.

E Zheng, S Shao, J G Webster.

Abstract

Mesh：

Year: 1984 PMID： 6429032 DOI： 10.1109/TBME.1984.325417

Source DB: PubMed Journal: IEEE Trans Biomed Eng ISSN： 0018-9294 Impact factor: 4.538

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14 in total

1. Changes in electrical resistivity of swine liver after occlusion and postmortem.

Authors: D Haemmerich; R Ozkan; S Tungjitkusolmun; J Z Tsai; D M Mahvi; S T Staelin; J G Webster
Journal: Med Biol Eng Comput Date: 2002-01 Impact factor: 2.602

2. Use of surface potential spectral characteristics for solving the inverse problem in electroneurography.

Authors: G V Dimitrov; Z C Lateva; N A Dimitrova
Journal: Med Biol Eng Comput Date: 1992-07 Impact factor: 2.602

3. Assessment of the humane aspects of electric lancing of whales by measurement of current densities in the brain and heart of dead animals.

Authors: G R Barnes; P Madie; D K Blackmore
Journal: Med Biol Eng Comput Date: 1996-11 Impact factor: 2.602

4. Measurement of transcellular fluid shift during haemodialysis. Part 1. Method.

Authors: J H Meijer; P M de Vries; H G Goovaerts; P L Oe; A J Donker; H Schneider
Journal: Med Biol Eng Comput Date: 1989-03 Impact factor: 2.602

5. Microscopic and macroscopic volume conduction in skeletal muscle tissue, applied to simulation of single-fibre action potentials.

Authors: B A Albers; W L Rutten; W Wallinga-de Jonge; H B Boom
Journal: Med Biol Eng Comput Date: 1988-11 Impact factor: 2.602

Impedance of skeletal muscle from 1 Hz to 1 MHz.

1. Changes in electrical resistivity of swine liver after occlusion and postmortem.

2. Use of surface potential spectral characteristics for solving the inverse problem in electroneurography.

3. Assessment of the humane aspects of electric lancing of whales by measurement of current densities in the brain and heart of dead animals.

4. Measurement of transcellular fluid shift during haemodialysis. Part 1. Method.

5. Microscopic and macroscopic volume conduction in skeletal muscle tissue, applied to simulation of single-fibre action potentials.

6. Sensitivity of the amplitude of the single muscle fibre action potential to microscopic volume conduction parameters.

7. Implications of the dielectrical behaviour of human blood for continuous online measurement of haematocrit.

8. Non-invasive conductivity technique to detect changes in haematocrit: in vitro validation.

9. Dependence of anisotropic myocardial electrical resistivity on cardiac phase and excitation frequency.

10. The bioelectrical source in computing single muscle fiber action potentials.