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4 in total

1. [Electromagnetic fields as a source of danger to patients with cardiac pacemakers].

Authors: R Blaser; H Dittrich; U Kirsch; M Schaldach
Journal: Dtsch Med Wochenschr Date: 1972-04-07 Impact factor: 0.628

2. The influence of electromagnetic environment on the performance of artificial cardiac pacemakers.

Authors: S Furman; B Parker; M Krauthamer; D J Escher
Journal: Ann Thorac Surg Date: 1968-07 Impact factor: 4.330

3. Pacemaker-induced cardiac rhythm disturbances.

Authors: A Castellanos; O Maytin; L Lemberg; B V Berkovits
Journal: Ann N Y Acad Sci Date: 1969-10-30 Impact factor: 5.691

4. Electrical interference in non-competitive pacemakers.

Authors: E Sowton; K Gray; T Preston
Journal: Br Heart J Date: 1970-09

4 in total

7 in total

1. Myopotential inhibition of demand pacemakers.

Authors: A V Lazar; M J Mihalick; S A De Young; R J Hall
Journal: Tex Heart Inst J Date: 1982-06

2. Myopotential inhibition of a bipolar pacemaker caused by electrode insulation defect.

Authors: S Amikam; H Peleg; J Lemer; E Riss
Journal: Br Heart J Date: 1977-11

3. Effects of muscle potential depression and muscle stimulation caused by different insulation coating configurations on cardiac pacemakers.

Authors: Toshimi Yajima; Kenichi Yamada; Naoko Okubo; Takashi Nitta; Masami Ochi; Kazuo Shimizu
Journal: J Artif Organs Date: 2005 Impact factor: 1.731

Interference effect of myopotenitals on function of unipolar demand pacemakers.

1. [Electromagnetic fields as a source of danger to patients with cardiac pacemakers].

2. The influence of electromagnetic environment on the performance of artificial cardiac pacemakers.

3. Pacemaker-induced cardiac rhythm disturbances.

4. Electrical interference in non-competitive pacemakers.

1. Myopotential inhibition of demand pacemakers.

2. Myopotential inhibition of a bipolar pacemaker caused by electrode insulation defect.

3. Effects of muscle potential depression and muscle stimulation caused by different insulation coating configurations on cardiac pacemakers.

4. Unipolar sensing in contemporary pacemakers: using myopotential testing to define optimal sensitivity settings.

5. Inhibition of external demand pacemakers during muscular activity.

6. Prevention of myopotential inhibition of unipolar QRS-inhibited demand pacemakers.

Review 7. Anaesthetic problems associated with the treatment of cardiovascular disease: III. Artificial pacemakers.