Radiation exposure
Cumulative electromagnetic load
Also searched as Cumulative electromagnetic load.
You want it low, and low is all you get: this load arrives from outside, so it answers to distance, shielding and time, and is never cleared the way a carried burden is.
In depth
The total electromagnetic load a person takes on from their surroundings — ionizing radiation, ultraviolet, radiofrequency and power-frequency fields gathered into one exposure. The atlas draws it as something received rather than something generated: four external sources set the dose, and the downstream is damage — DNA breaks, oxidative stress, apoptosis, and a blunted immune response.
What drives it
Ionizing radiation increases it.
Taxonomic edge: ionizing radiation is a form of radiation exposure. Gated on the human occupational-exposure evidence. Verbatim: “The mean micronucleated binucleated cell rate was significantly higher in the industrial radiographers than in the controls (10.7 per thousand vs 6.6 per thousand, P=0.009).”. PMID 12438002 · PMC10509213
UV radiation increases it.
Taxonomic edge: ultraviolet is non-ionizing radiation exposure. Gated on ONTRAC. Verbatim: “New nonmelanoma skin cancers were reduced by 23% relative to placebo (P=0.02).”. doi 10.1056/NEJMoa1506197 · PMID 26488693
Radiofrequency fields increases it.
Radiofrequency EMF is a form of non-ionizing radiation exposure. The WHO-commissioned review, its published dissent and a purpose-built replication were all retrieved. Verbatim: “The evidence for or against a relation between RF-EMF and biomarkers of oxidative stress is overall of very low certainty.”. PMID 39566441
Mains-frequency fields increases it.
Taxonomic edge: power-frequency (50/60 Hz) EMF is non-ionizing radiation exposure. Gated on the two occupational worker trials that are the only human non-ionizing evidence in this formula. Verbatim: “Resveratrol significantly reversed the adverse impacts of ELF-EMF.” (10.18632/oncotarget.17668; EMF-Portal 30018 (Eslami 2019)). doi 10.18632/oncotarget.17668
What it drives
It increases DNA integrity.
Human occupational-exposure evidence. Verbatim: “The mean micronucleated binucleated cell rate was significantly higher in the industrial radiographers than in the controls (10.7 per thousand vs 6.6 per thousand, P=0.009); this difference was due to a significantly higher frequency of centromere-negative micronuclei (8.5 vs 2.2 per thousand, P<0.001).”. PMID 12438002
It increases Follicle oxidative stress.
Both sides of the question were opened. Verbatim: “The evidence for or against a relation between RF-EMF and biomarkers of oxidative stress is overall of very low certainty.”. PMID 39566441
It increases Cell turnover.
Verbatim: “The administration of phloroglucinol and eckol prior to irradiation protected the intestinal crypts from radiation-induced apoptosis (p < 0.05 vs irradiation controls at 12 h after 1 Gy irradiation).”. PMID 12655795
It reduces Immune support.
Verbatim: “机体免疫系统是辐射损伤的敏感系统, 其中T淋巴细胞敏感性最高。机体由于辐射损伤产生免疫功能紊乱状态, 表现为免疫活性细胞数量减少.”. PMID 24161486
It increases Immune defense under radiation.
Verbatim: “机体免疫系统是辐射损伤的敏感系统, 其中T淋巴细胞敏感性最高。机体由于辐射损伤产生免疫功能紊乱状态, 表现为免疫活性细胞数量减少.” (中国辐射卫生 ZGFSWS 2008-1-121; PMID 24161486) [Also stated on the pathology node: the same source, stated on the pathology node. The quote reports a reduction in immunocompetent cell numbers under radiation injury — that is an increase in immunosuppression. No new evidence is claimed; the radiation → immune link (a brake) and the radiation → immunosuppression link (a driver) are the same finding on two nodes of opposite class.]. PMID 24161486
Blends that modulate it
Each blend page names this pathway and carries the study behind its claim.
See it on the map
Open the causal map to follow this pathway upstream and downstream, arrow by arrow, each with its study.