Magnetic Field Therapy for Epilepsy

Organ culture studies on the development of mouse embryo limb buds under EMF influence

“…Histograms of proliferation and differentiation changes in hindlimb buds at day 13.5 of development (means + SEM) (n ¼ 70 at each group), (a) number of mesenchymal cells, (b) number of degenerated cells (*p 5 0.05, **p 5 0.01, ***p 5 0.001). Bodamyali et al 1998, Cameron & Hunter 1985, Delgado et al 1982, Eyres et al 1996, Gupta et al 1991, Hand & Cadossi 1993, Levin 2003, Mclean et al 2001, Inoue et al 2002, Richards et al 1988, Xu et al 2000, Tenforde & Kaune 1987. The differences in results are due to a variety of factors including frequency, intensity, wave shape, effective time of EMF exposure and the kind of animals used.…”

Magnetic excitation system (Without the electromagnetic component)

“…Other studies report that a brief stimulation (5-30 S) and a frequency of 5 and 60 Hz, generated an increase in the population of action potentials (AP) or changes after the excitation [7,8]. But it is important to mention that in all these studies the electromagnetic component has been present.…”

Reagent-free automatic cell viability determination using neural networks based machine vision and dark-field microscopy in Saccharomyces cerevisiae

“…For example, living cells can prevent methylene blue from getting through their cell wall; while dead cells lack this ability, and thus, are stained blue. Applicable reagents can be methylene violet [1,4], trypan blue [5], fluorescent dyes [6,7] and so on, in accordance with the property of the target cells. However, as to our knowledge, there still exist no reagent-free method suitable for viability determination.…”