Study overviews

Please note that a publication can be assigned to several endpoints, i.e. the sum of publications from the individual thematic points and subpoints can be greater than the total sum of actual publications.

Experimental studies on magnetic power frequency fields (50/60 Hz)

2053 studies in total
  1. Health
    765 studies
  2. DNA, proteins, and oxidative stress
    637 studies
  3. Cells
    517 studies
  4. Other
    414 studies
  5. Cell functions
    330 studies
  6. Brain
    208 studies

Cell functions

330 studies in total
  1. General cell functions
    124 studies
  2. Signal transduction
    102 studies
  3. Enzyme activity
    85 studies
  4. (Intracellular) calcium concentration
    67 studies

Enzyme activity 85 studies in total

List view
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Authors Year Exposed system Parameters Magnetic flux density/field strength
Authors Year Exposed system Parameters Magnetic flux density/field strength
Chen C et al. 2009 organelle/cell part, chromatophore suspensions prepared from bacteria magnetic field, low frequency, 50/60 Hz 0.1–0.5 mT
Cheng G et al. 2011 intact cell/cell culture, primary rat osteoblast cells magnetic field, low frequency, 50/60 Hz, co-exposure 1.8 mT
Cress LW et al. 1999 intact cell/cell culture, L929 cells (murine fibroblast cells) magnetic field, 50/60 Hz, shielding/field deprivation 10 µT
Dacha M et al. 1993 intact cell/cell culture, human erythrocytes electric field, magnetic field, 50/60 Hz 0.2 µT–0.2 mT
Dees C et al. 1996 intact cell/cell culture, MCF-7 and T-47D cell lines (human breast cancer cell lines) magnetic field, 50/60 Hz, co-exposure 1.2–900 µT
Del Carratore R et al. 1995 animal, mouse/Swiss albino and rat/Wistar, whole body magnetic field, 50/60 Hz, co-exposure 1.2 mT
Dibirdik I et al. 1998 intact cell/cell culture, DT40 (chicken lymphoma B-cells) (wild-type, LYN-deficient, SYK-deficient, PLC-gamma2-deficient clones) magnetic field, 50/60 Hz 100 µT
Dibirdik I et al. 2000 intact cell/cell culture, DT40 (chicken lymphoma B-cells) and NALM-6 cells (B cell precursor leukemia cells) magnetic field, 50/60 Hz, shielding/field deprivation 100 µT
Drozd R et al. 2018 bacterium, <i>Komagataeibacter xylinus</i> 50/60 Hz, magnetic field -
Dutta SK et al. 1994 bacterium, <i>Escherichia coli</i> (containing a plasmid coding for mammalian neuron-specific enolase) RF field, AM amplitude modulation, CW continuous wave, electric field, magnetic field, low frequency, 50/60 Hz 65–97 nT