# EMF Evidence Library

> A selective public research library on adverse findings and biological responses potentially relevant to harm from electromagnetic exposure. It is not a comprehensive systematic review or a judgement on the entire literature.

Initial source-check edition: 20 October 2026. See each record for its own verification date. Verification status is not a quality score. Publication counts are not independent-experiment counts. Preserve exposure conditions and interpretive limits when using the material.

## Entry points
- [Technology and frequency guides](https://emf.resonancesciences.uk/technologies/)
- [Topic, author and exposure indexes](https://emf.resonancesciences.uk/indexes/)
- [Structured index catalogue](https://emf.resonancesciences.uk/data/indexes.json)
- [About and methods](https://emf.resonancesciences.uk/about/)
- [Public JSON catalogue](https://emf.resonancesciences.uk/data/studies.json)
- [PDF review](https://emf.resonancesciences.uk/downloads/emf-selective-review-2026-10.pdf)
- [Sitemap](https://emf.resonancesciences.uk/sitemap.xml)

## Study pages and plain-text records
- [RF-001: Malignant heart tumours after long term exposure](https://emf.resonancesciences.uk/studies/rf-001/) — [plain text](https://emf.resonancesciences.uk/raw/rf-001.md)
- [RF-002: Heart tumours in a separate lifetime rat programme](https://emf.resonancesciences.uk/studies/rf-002/) — [plain text](https://emf.resonancesciences.uk/raw/rf-002.md)
- [RF-003: More tumours in chemically initiated mice](https://emf.resonancesciences.uk/studies/rf-003/) — [plain text](https://emf.resonancesciences.uk/raw/rf-003.md)
- [RF-004: Earlier experiment behind the tumour promotion finding](https://emf.resonancesciences.uk/studies/rf-004/) — [plain text](https://emf.resonancesciences.uk/raw/rf-004.md)
- [RF-005: DNA damage in selected rodent tissues](https://emf.resonancesciences.uk/studies/rf-005/) — [plain text](https://emf.resonancesciences.uk/raw/rf-005.md)
- [RF-006: Reduced sperm function and oxidative DNA damage in vitro](https://emf.resonancesciences.uk/studies/rf-006/) — [plain text](https://emf.resonancesciences.uk/raw/rf-006.md)
- [RF-007: Sperm damage after whole body exposure of mice](https://emf.resonancesciences.uk/studies/rf-007/) — [plain text](https://emf.resonancesciences.uk/raw/rf-007.md)
- [RF-008: Cell-stage differences plus transient mature-sperm DNA damage and motility loss](https://emf.resonancesciences.uk/studies/rf-008/) — [plain text](https://emf.resonancesciences.uk/raw/rf-008.md)
- [RF-009: Oxidative stress and reduced growth in human cell cultures](https://emf.resonancesciences.uk/studies/rf-009/) — [plain text](https://emf.resonancesciences.uk/raw/rf-009.md)
- [RF-010: Exposure related changes in sleep EEG](https://emf.resonancesciences.uk/studies/rf-010/) — [plain text](https://emf.resonancesciences.uk/raw/rf-010.md)
- [RF-011: Brainwave changes in a blinded human experiment](https://emf.resonancesciences.uk/studies/rf-011/) — [plain text](https://emf.resonancesciences.uk/raw/rf-011.md)
- [RF-012: Pulse modulation and regional blood flow](https://emf.resonancesciences.uk/studies/rf-012/) — [plain text](https://emf.resonancesciences.uk/raw/rf-012.md)
- [RF-013: Symptoms associated with measured bedroom fields](https://emf.resonancesciences.uk/studies/rf-013/) — [plain text](https://emf.resonancesciences.uk/raw/rf-013.md)
- [RF-014: Heavy phone use categories in CERENAT](https://emf.resonancesciences.uk/studies/rf-014/) — [plain text](https://emf.resonancesciences.uk/raw/rf-014.md)
- [RF-015: Highest cumulative use category in INTERPHONE](https://emf.resonancesciences.uk/studies/rf-015/) — [plain text](https://emf.resonancesciences.uk/raw/rf-015.md)
- [RF-016: Different genotoxic responses across human cell types](https://emf.resonancesciences.uk/studies/rf-016/) — [plain text](https://emf.resonancesciences.uk/raw/rf-016.md)
- [RF-017: Phone exposure and human semen in vitro](https://emf.resonancesciences.uk/studies/rf-017/) — [plain text](https://emf.resonancesciences.uk/raw/rf-017.md)
- [RF-018: Rat sperm motility and oxidative markers](https://emf.resonancesciences.uk/studies/rf-018/) — [plain text](https://emf.resonancesciences.uk/raw/rf-018.md)
- [RF-019: Sperm motility and fragmentation in paired samples](https://emf.resonancesciences.uk/studies/rf-019/) — [plain text](https://emf.resonancesciences.uk/raw/rf-019.md)
- [RF-020: Blinded rat histology with significant findings at two of three exposure levels](https://emf.resonancesciences.uk/studies/rf-020/) — [plain text](https://emf.resonancesciences.uk/raw/rf-020.md)
- [RF-021: Changed cortical gene expression after a 5G signal](https://emf.resonancesciences.uk/studies/rf-021/) — [plain text](https://emf.resonancesciences.uk/raw/rf-021.md)
- [RF-022: Reproductive endpoints at 3.5 and 24 GHz](https://emf.resonancesciences.uk/studies/rf-022/) — [plain text](https://emf.resonancesciences.uk/raw/rf-022.md)
- [RF-023: New hippocampal study awaiting original methods](https://emf.resonancesciences.uk/studies/rf-023/) — [plain text](https://emf.resonancesciences.uk/raw/rf-023.md)
- [RF-024: Lymphoma in genetically susceptible mice](https://emf.resonancesciences.uk/studies/rf-024/) — [plain text](https://emf.resonancesciences.uk/raw/rf-024.md)
- [RF-025: Genetic profiling of rat gliomas and cardiac schwannomas from life-time radiofrequency radiation exposure study using a targeted next-generation sequencing gene panel](https://emf.resonancesciences.uk/studies/rf-025/) — [plain text](https://emf.resonancesciences.uk/raw/rf-025.md)
- [RF-026: Long-term, low-level microwave irradiation of rats](https://emf.resonancesciences.uk/studies/rf-026/) — [plain text](https://emf.resonancesciences.uk/raw/rf-026.md)
- [RF-027: Lund time-course follow-up](https://emf.resonancesciences.uk/studies/rf-027/) — [plain text](https://emf.resonancesciences.uk/raw/rf-027.md)
- [RF-028: Delayed albumin leakage, with a specific significant exposure comparison](https://emf.resonancesciences.uk/studies/rf-028/) — [plain text](https://emf.resonancesciences.uk/raw/rf-028.md)
- [RF-029: Temporal-order memory after 55 weeks of weekly exposure](https://emf.resonancesciences.uk/studies/rf-029/) — [plain text](https://emf.resonancesciences.uk/raw/rf-029.md)
- [RF-030: Separate Gazi laboratory reports sex-dependent barrier response](https://emf.resonancesciences.uk/studies/rf-030/) — [plain text](https://emf.resonancesciences.uk/raw/rf-030.md)
- [RF-031: Pulse-modulated follow-up in a separate institutional programme](https://emf.resonancesciences.uk/studies/rf-031/) — [plain text](https://emf.resonancesciences.uk/raw/rf-031.md)
- [RF-032: Blinded experiment joins sleep physiology to reduced task improvement](https://emf.resonancesciences.uk/studies/rf-032/) — [plain text](https://emf.resonancesciences.uk/raw/rf-032.md)
- [RF-033: Prospective cognitive-test association with modeled brain dose](https://emf.resonancesciences.uk/studies/rf-033/) — [plain text](https://emf.resonancesciences.uk/raw/rf-033.md)
- [RF-034: Separate Chinese programme with functional, morphological and molecular endpoints](https://emf.resonancesciences.uk/studies/rf-034/) — [plain text](https://emf.resonancesciences.uk/raw/rf-034.md)
- [RF-035: Transformation phenotypes and tumors after transplanting exposed fibroblasts](https://emf.resonancesciences.uk/studies/rf-035/) — [plain text](https://emf.resonancesciences.uk/raw/rf-035.md)
- [RF-036: Persistent mouse behavioural changes after early-life LTE exposure](https://emf.resonancesciences.uk/studies/rf-036/) — [plain text](https://emf.resonancesciences.uk/raw/rf-036.md)
- [RF-037: LTE effects on sound-evoked cortical activity during experimental inflammation](https://emf.resonancesciences.uk/studies/rf-037/) — [plain text](https://emf.resonancesciences.uk/raw/rf-037.md)
- [RF-038: Mobile-phone-use associations with objectively measured semen count](https://emf.resonancesciences.uk/studies/rf-038/) — [plain text](https://emf.resonancesciences.uk/raw/rf-038.md)
- [RF-039: Cell-specific γH2AX response with no sustained functional injury](https://emf.resonancesciences.uk/studies/rf-039/) — [plain text](https://emf.resonancesciences.uk/raw/rf-039.md)
- [RF-040: Sperm apoptosis and oxidative markers in a separate Chinese rat experiment](https://emf.resonancesciences.uk/studies/rf-040/) — [plain text](https://emf.resonancesciences.uk/raw/rf-040.md)
- [RF-041: Yale prenatal handset mouse experiment with acknowledged dosimetry limits](https://emf.resonancesciences.uk/studies/rf-041/) — [plain text](https://emf.resonancesciences.uk/raw/rf-041.md)
- [RF-042: 3.5 GHz skin-cell/UV-B mitochondrial response](https://emf.resonancesciences.uk/studies/rf-042/) — [plain text](https://emf.resonancesciences.uk/raw/rf-042.md)
- [RF-043: 2026 GSM-modulated 3.5 GHz reproductive study: retrieval lead](https://emf.resonancesciences.uk/studies/rf-043/) — [plain text](https://emf.resonancesciences.uk/raw/rf-043.md)
- [RF-044: Prenatal 3.5 GHz exposure and delayed testicular endpoints: retrieval lead](https://emf.resonancesciences.uk/studies/rf-044/) — [plain text](https://emf.resonancesciences.uk/raw/rf-044.md)
- [RF-045: Oxidative DNA-base damage in mouse spermatocyte-derived cells](https://emf.resonancesciences.uk/studies/rf-045/) — [plain text](https://emf.resonancesciences.uk/raw/rf-045.md)
- [RF-046: Oxidative mitochondrial DNA markers in primary cortical neurons](https://emf.resonancesciences.uk/studies/rf-046/) — [plain text](https://emf.resonancesciences.uk/raw/rf-046.md)
- [RF-047: Earlier Newcastle male-germline mouse experiment](https://emf.resonancesciences.uk/studies/rf-047/) — [plain text](https://emf.resonancesciences.uk/raw/rf-047.md)
- [RF-048: Marine-radar workers and biomarkers: retrieval lead](https://emf.resonancesciences.uk/studies/rf-048/) — [plain text](https://emf.resonancesciences.uk/raw/rf-048.md)
- [RF-049: Regional brain glucose metabolism in a blinded crossover experiment](https://emf.resonancesciences.uk/studies/rf-049/) — [plain text](https://emf.resonancesciences.uk/raw/rf-049.md)
- [RF-050: Early microwave brain DNA experiment](https://emf.resonancesciences.uk/studies/rf-050/) — [plain text](https://emf.resonancesciences.uk/raw/rf-050.md)
- [RF-051: Follow-up acute microwave DNA strand-break experiment](https://emf.resonancesciences.uk/studies/rf-051/) — [plain text](https://emf.resonancesciences.uk/raw/rf-051.md)
- [ELF-001: Residential magnetic fields and childhood cancer](https://emf.resonancesciences.uk/studies/elf-001/) — [plain text](https://emf.resonancesciences.uk/raw/elf-001.md)
- [ELF-002: Childhood leukaemia and distance from power lines](https://emf.resonancesciences.uk/studies/elf-002/) — [plain text](https://emf.resonancesciences.uk/raw/elf-002.md)
- [ELF-003: Personal magnetic measurements during pregnancy](https://emf.resonancesciences.uk/studies/elf-003/) — [plain text](https://emf.resonancesciences.uk/raw/elf-003.md)
- [ELF-004: Later miscarriage cohort with editorial notice](https://emf.resonancesciences.uk/studies/elf-004/) — [plain text](https://emf.resonancesciences.uk/raw/elf-004.md)
- [ELF-005: Long residential duration and dementia mortality](https://emf.resonancesciences.uk/studies/elf-005/) — [plain text](https://emf.resonancesciences.uk/raw/elf-005.md)
- [ELF-006: Tumour promotion under a power frequency magnetic field](https://emf.resonancesciences.uk/studies/elf-006/) — [plain text](https://emf.resonancesciences.uk/raw/elf-006.md)
- [ELF-007: Symptoms during blinded electric field transitions](https://emf.resonancesciences.uk/studies/elf-007/) — [plain text](https://emf.resonancesciences.uk/raw/elf-007.md)
- [ELF-008: Intermittency and fibroblast DNA strand breaks](https://emf.resonancesciences.uk/studies/elf-008/) — [plain text](https://emf.resonancesciences.uk/raw/elf-008.md)
- [ELF-009: Life-span exposure to sinusoidal-50 Hz magnetic field and acute low-dose γ radiation induce carcinogenic effects in Sprague-Dawley rats](https://emf.resonancesciences.uk/studies/elf-009/) — [plain text](https://emf.resonancesciences.uk/raw/elf-009.md)
- [ELF-010: Power-frequency brain DNA response and chemical interventions](https://emf.resonancesciences.uk/studies/elf-010/) — [plain text](https://emf.resonancesciences.uk/raw/elf-010.md)
- [IF-001: Learning and memory endpoints at 7.5 kHz](https://emf.resonancesciences.uk/studies/if-001/) — [plain text](https://emf.resonancesciences.uk/raw/if-001.md)
- [SF-001: Transient balance changes at 7 tesla](https://emf.resonancesciences.uk/studies/sf-001/) — [plain text](https://emf.resonancesciences.uk/raw/sf-001.md)
- [SF-002: Performance during movement in MRI stray fields](https://emf.resonancesciences.uk/studies/sf-002/) — [plain text](https://emf.resonancesciences.uk/raw/sf-002.md)
- [SF-003: Sex differences in MRI associated dizziness](https://emf.resonancesciences.uk/studies/sf-003/) — [plain text](https://emf.resonancesciences.uk/raw/sf-003.md)
- [SF-004: Slower MRI entry and vestibular responses](https://emf.resonancesciences.uk/studies/sf-004/) — [plain text](https://emf.resonancesciences.uk/raw/sf-004.md)
- [ECO-001: Sparrow abundance and measured base station fields](https://emf.resonancesciences.uk/studies/eco-001/) — [plain text](https://emf.resonancesciences.uk/raw/eco-001.md)
- [ECO-002: Tree damage and spatial exposure observations](https://emf.resonancesciences.uk/studies/eco-002/) — [plain text](https://emf.resonancesciences.uk/raw/eco-002.md)
- [ECO-003: Bee queen development under GSM exposure](https://emf.resonancesciences.uk/studies/eco-003/) — [plain text](https://emf.resonancesciences.uk/raw/eco-003.md)
- [ECO-004: Homing ability of exposed honey bees](https://emf.resonancesciences.uk/studies/eco-004/) — [plain text](https://emf.resonancesciences.uk/raw/eco-004.md)
- [ECO-005: Fly reproduction and exposure intensity windows](https://emf.resonancesciences.uk/studies/eco-005/) — [plain text](https://emf.resonancesciences.uk/raw/eco-005.md)
- [ECO-006: Double-blind broadband RF disruption of a bird magnetic compass](https://emf.resonancesciences.uk/studies/eco-006/) — [plain text](https://emf.resonancesciences.uk/raw/eco-006.md)
- [ECO-007: Magnetic-compass disruption extends to 75-85 MHz in blackcaps](https://emf.resonancesciences.uk/studies/eco-007/) — [plain text](https://emf.resonancesciences.uk/raw/eco-007.md)
- [CTX-001: The International Collaborative Animal Study of mobile phone radiofrequency radiation carcinogenicity and genotoxicity: the Japanese study](https://emf.resonancesciences.uk/studies/ctx-001/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-001.md)
- [CTX-002: The International Collaborative Animal Study of the carcinogenicity and genotoxicity of mobile phone radiofrequency radiation: the Korean study](https://emf.resonancesciences.uk/studies/ctx-002/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-002.md)
- [CTX-003: No Increased DNA Damage Observed in the Brain, Liver, and Lung of Fetal Mice Treated With Ethylnitrosourea and Exposed to UMTS Radiofrequency Electromagnetic Fields](https://emf.resonancesciences.uk/studies/ctx-003/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-003.md)
- [CTX-004: Carcinogenicity Study of 217 Hz Pulsed 900 MHz Electromagnetic Fields inPim1Transgenic Mice](https://emf.resonancesciences.uk/studies/ctx-004/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-004.md)
- [CTX-005: Essential same-cohort boundary for Nittby's cognitive finding](https://emf.resonancesciences.uk/studies/ctx-005/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-005.md)
- [CTX-006: Independent test limiting the certainty of the Salford finding](https://emf.resonancesciences.uk/studies/ctx-006/) — [plain text](https://emf.resonancesciences.uk/raw/ctx-006.md)
- [WEB-001: Cell-signalling changes under a 5G-modulated 3.5 GHz signal](https://emf.resonancesciences.uk/studies/web-001/) — [plain text](https://emf.resonancesciences.uk/raw/web-001.md)
- [WEB-002: Skin temperature and autonomic responses during a human 3.5 GHz experiment](https://emf.resonancesciences.uk/studies/web-002/) — [plain text](https://emf.resonancesciences.uk/raw/web-002.md)
- [WEB-003: A reduced startle response after developmental 3.5 GHz exposure](https://emf.resonancesciences.uk/studies/web-003/) — [plain text](https://emf.resonancesciences.uk/raw/web-003.md)
- [WEB-004: Gene-expression and adult behaviour findings after embryonic 3.5 GHz exposure](https://emf.resonancesciences.uk/studies/web-004/) — [plain text](https://emf.resonancesciences.uk/raw/web-004.md)
- [WEB-005: Activity, sleep and circadian changes in flies exposed at 3.5 GHz](https://emf.resonancesciences.uk/studies/web-005/) — [plain text](https://emf.resonancesciences.uk/raw/web-005.md)
- [WEB-006: DNA fragmentation in boar sperm exposed to mobile-frequency fields](https://emf.resonancesciences.uk/studies/web-006/) — [plain text](https://emf.resonancesciences.uk/raw/web-006.md)
- [WEB-007: Testicular tissue and stress-marker changes after 5.9 GHz exposure](https://emf.resonancesciences.uk/studies/web-007/) — [plain text](https://emf.resonancesciences.uk/raw/web-007.md)
- [WEB-008: Reproductive, oxidative and DNA findings after chronic 35.5 GHz exposure](https://emf.resonancesciences.uk/studies/web-008/) — [plain text](https://emf.resonancesciences.uk/raw/web-008.md)
- [WEB-009: Sexual behaviour and hormone differences in a 3.5/24 GHz rat study](https://emf.resonancesciences.uk/studies/web-009/) — [plain text](https://emf.resonancesciences.uk/raw/web-009.md)
- [WEB-010: Sperm and offspring outcomes in a 3.5/24 GHz rat experiment](https://emf.resonancesciences.uk/studies/web-010/) — [plain text](https://emf.resonancesciences.uk/raw/web-010.md)
- [WEB-011: Skin injury and inflammation at high absorbed power at 26.5 GHz](https://emf.resonancesciences.uk/studies/web-011/) — [plain text](https://emf.resonancesciences.uk/raw/web-011.md)
- [WEB-012: Corneal damage thresholds during high-power 28 GHz exposure](https://emf.resonancesciences.uk/studies/web-012/) — [plain text](https://emf.resonancesciences.uk/raw/web-012.md)
- [WEB-013: Gene-expression and growth changes in tumour organoids at 30.5 GHz](https://emf.resonancesciences.uk/studies/web-013/) — [plain text](https://emf.resonancesciences.uk/raw/web-013.md)
- [WEB-014: Gene expression and transcription-factor binding after 100 GHz exposure](https://emf.resonancesciences.uk/studies/web-014/) — [plain text](https://emf.resonancesciences.uk/raw/web-014.md)
- [WEB-015: Human and mouse neural stem-cell injury under 220 GHz exposure](https://emf.resonancesciences.uk/studies/web-015/) — [plain text](https://emf.resonancesciences.uk/raw/web-015.md)
- [WEB-016: Selective stem-cell gene responses to higher-terahertz irradiation](https://emf.resonancesciences.uk/studies/web-016/) — [plain text](https://emf.resonancesciences.uk/raw/web-016.md)
- [WEB-017: Corneal drying during high-power 162 GHz exposure](https://emf.resonancesciences.uk/studies/web-017/) — [plain text](https://emf.resonancesciences.uk/raw/web-017.md)
- [WEB-018: An inflammatory signalling change in skin cells at 61.22 GHz](https://emf.resonancesciences.uk/studies/web-018/) — [plain text](https://emf.resonancesciences.uk/raw/web-018.md)
- [WEB-019: Exploratory gene-expression findings in skin cells at 60.4 GHz](https://emf.resonancesciences.uk/studies/web-019/) — [plain text](https://emf.resonancesciences.uk/raw/web-019.md)
- [WEB-020: Immune modulation during 61.22 GHz exposure in treated mice](https://emf.resonancesciences.uk/studies/web-020/) — [plain text](https://emf.resonancesciences.uk/raw/web-020.md)
- [WEB-021: Ocular injury thresholds in a 76 GHz rabbit experiment](https://emf.resonancesciences.uk/studies/web-021/) — [plain text](https://emf.resonancesciences.uk/raw/web-021.md)
- [WEB-022: Frequency-dependent corneal injury at 40, 75 and 95 GHz](https://emf.resonancesciences.uk/studies/web-022/) — [plain text](https://emf.resonancesciences.uk/raw/web-022.md)
- [WEB-023: Reproductive-cell responses after repeated 10 GHz rat exposure](https://emf.resonancesciences.uk/studies/web-023/) — [plain text](https://emf.resonancesciences.uk/raw/web-023.md)
- [WEB-024: Micronuclei and oxidative responses in rats exposed at 10 or 50 GHz](https://emf.resonancesciences.uk/studies/web-024/) — [plain text](https://emf.resonancesciences.uk/raw/web-024.md)
- [WEB-025: Testicular and DNA-damage findings in a related 10 GHz rat study](https://emf.resonancesciences.uk/studies/web-025/) — [plain text](https://emf.resonancesciences.uk/raw/web-025.md)
- [WEB-026: Microbial membrane permeability after high-intensity 18 GHz exposure](https://emf.resonancesciences.uk/studies/web-026/) — [plain text](https://emf.resonancesciences.uk/raw/web-026.md)
- [WEB-027: Nanoparticle uptake by red blood cells after 18 GHz exposure](https://emf.resonancesciences.uk/studies/web-027/) — [plain text](https://emf.resonancesciences.uk/raw/web-027.md)
- [WEB-028: 60 GHz: gene expression, DNA folding and collagen deposition](https://emf.resonancesciences.uk/studies/web-028/) — [plain text](https://emf.resonancesciences.uk/raw/web-028.md)
- [WEB-029: 60.4 GHz: changes in substances released by skin cells](https://emf.resonancesciences.uk/studies/web-029/) — [plain text](https://emf.resonancesciences.uk/raw/web-029.md)
- [WEB-030: 60 GHz: sensory neurons respond differently from direct heating](https://emf.resonancesciences.uk/studies/web-030/) — [plain text](https://emf.resonancesciences.uk/raw/web-030.md)
- [WEB-031: 58.4 GHz: pulse timing changes the cellular heat response](https://emf.resonancesciences.uk/studies/web-031/) — [plain text](https://emf.resonancesciences.uk/raw/web-031.md)
- [WEB-032: 60 GHz: eye injury under different temperature and humidity conditions](https://emf.resonancesciences.uk/studies/web-032/) — [plain text](https://emf.resonancesciences.uk/raw/web-032.md)
- [WEB-033: 60 GHz: skin-model injury thresholds and the limits of averaging](https://emf.resonancesciences.uk/studies/web-033/) — [plain text](https://emf.resonancesciences.uk/raw/web-033.md)
- [WEB-034: 18 GHz: tracking particles that enter neuron-like cells](https://emf.resonancesciences.uk/studies/web-034/) — [plain text](https://emf.resonancesciences.uk/raw/web-034.md)
- [WEB-035: 18 GHz: bacterial uptake of externally supplied DNA](https://emf.resonancesciences.uk/studies/web-035/) — [plain text](https://emf.resonancesciences.uk/raw/web-035.md)
- [WEB-036: 18 GHz: membrane permeability in a simplified lipid model](https://emf.resonancesciences.uk/studies/web-036/) — [plain text](https://emf.resonancesciences.uk/raw/web-036.md)
- [WEB-037: 18 GHz: membrane uptake in human and mouse cells](https://emf.resonancesciences.uk/studies/web-037/) — [plain text](https://emf.resonancesciences.uk/raw/web-037.md)
- [WEB-038: 27.5 GHz: early-life skin signalling and mast-cell responses](https://emf.resonancesciences.uk/studies/web-038/) — [plain text](https://emf.resonancesciences.uk/raw/web-038.md)
- [WEB-039: 27.5 GHz: reproductive responses differ between mouse strains](https://emf.resonancesciences.uk/studies/web-039/) — [plain text](https://emf.resonancesciences.uk/raw/web-039.md)
- [WEB-040: 28 GHz: altered pigment production in skin models](https://emf.resonancesciences.uk/studies/web-040/) — [plain text](https://emf.resonancesciences.uk/raw/web-040.md)
- [WEB-041: 28 GHz: measured pain thresholds in human skin](https://emf.resonancesciences.uk/studies/web-041/) — [plain text](https://emf.resonancesciences.uk/raw/web-041.md)
- [WEB-042: 28 GHz: warmth perception varies with exposure intensity](https://emf.resonancesciences.uk/studies/web-042/) — [plain text](https://emf.resonancesciences.uk/raw/web-042.md)
- [WEB-043: 75–105 GHz: persistent shape changes in lung-cancer cells](https://emf.resonancesciences.uk/studies/web-043/) — [plain text](https://emf.resonancesciences.uk/raw/web-043.md)
- [WEB-044: 75–105 GHz: cell death and susceptibility in a cancer-cell comparison](https://emf.resonancesciences.uk/studies/web-044/) — [plain text](https://emf.resonancesciences.uk/raw/web-044.md)
- [WEB-045: 95 GHz: burn severity and exposure depth in skin](https://emf.resonancesciences.uk/studies/web-045/) — [plain text](https://emf.resonancesciences.uk/raw/web-045.md)
- [WEB-046: 10 GHz: repeated exposure and stress responses in rat skin](https://emf.resonancesciences.uk/studies/web-046/) — [plain text](https://emf.resonancesciences.uk/raw/web-046.md)
- [WEB-047: 3.6 GHz: mosquito development and nutritional susceptibility](https://emf.resonancesciences.uk/studies/web-047/) — [plain text](https://emf.resonancesciences.uk/raw/web-047.md)
- [WEB-048: 100 and 290 GHz: changes in cell-membrane fluidity](https://emf.resonancesciences.uk/studies/web-048/) — [plain text](https://emf.resonancesciences.uk/raw/web-048.md)
- [WEB-049: 100 GHz: mitochondrial membranes and cellular respiration](https://emf.resonancesciences.uk/studies/web-049/) — [plain text](https://emf.resonancesciences.uk/raw/web-049.md)
- [WEB-050: 100 GHz: mitochondrial injury in a cancer-cell model](https://emf.resonancesciences.uk/studies/web-050/) — [plain text](https://emf.resonancesciences.uk/raw/web-050.md)
- [WEB-051: Prenatal 3.5 GHz exposure: kidney findings six months later](https://emf.resonancesciences.uk/studies/web-051/) — [plain text](https://emf.resonancesciences.uk/raw/web-051.md)
- [WEB-052: 3.5 GHz: oxidative and apoptotic responses in sensory neurons](https://emf.resonancesciences.uk/studies/web-052/) — [plain text](https://emf.resonancesciences.uk/raw/web-052.md)
- [WEB-053: 3.5 GHz: microglial stress responses with incomplete dose reporting](https://emf.resonancesciences.uk/studies/web-053/) — [plain text](https://emf.resonancesciences.uk/raw/web-053.md)
- [WEB-054: 3.5 GHz: thyroid hormones and oxidative markers in rats](https://emf.resonancesciences.uk/studies/web-054/) — [plain text](https://emf.resonancesciences.uk/raw/web-054.md)
- [WEB-055: 3.5 GHz: reversible suppression of neuronal firing at high SAR](https://emf.resonancesciences.uk/studies/web-055/) — [plain text](https://emf.resonancesciences.uk/raw/web-055.md)

## Reviews and proposed mechanisms (separate collection)
- [Review library](https://emf.resonancesciences.uk/reviews/)
- [Review indexes](https://emf.resonancesciences.uk/reviews/indexes/)
- [Review JSON catalogue](https://emf.resonancesciences.uk/data/reviews.json)
- [Review index catalogue](https://emf.resonancesciences.uk/data/review-indexes.json)
- [Review search and verification notes](https://emf.resonancesciences.uk/reviews/search-notes/)

These papers synthesise or reinterpret existing studies; do not count them as new independent experiments or present proposed mechanisms as established causes.
- [REV-020: Occupational low-frequency exposure and cardiovascular findings](https://emf.resonancesciences.uk/reviews/rev-020/) — [plain text](https://emf.resonancesciences.uk/raw/rev-020.md)
- [REV-034: Developmental questions in recent mobile-phone and base-station research](https://emf.resonancesciences.uk/reviews/rev-034/) — [plain text](https://emf.resonancesciences.uk/raw/rev-034.md)
- [REV-029: Sperm and testicular findings across rodent RF experiments](https://emf.resonancesciences.uk/reviews/rev-029/) — [plain text](https://emf.resonancesciences.uk/raw/rev-029.md)
- [REV-036: Reanalysing animal data to propose lower RF exposure limits](https://emf.resonancesciences.uk/reviews/rev-036/) — [plain text](https://emf.resonancesciences.uk/raw/rev-036.md)
- [REV-009: Gene-expression patterns after radiofrequency exposure](https://emf.resonancesciences.uk/reviews/rev-009/) — [plain text](https://emf.resonancesciences.uk/raw/rev-009.md)
- [REV-030: Possible non-thermal pathways in male reproductive effects](https://emf.resonancesciences.uk/reviews/rev-030/) — [plain text](https://emf.resonancesciences.uk/raw/rev-030.md)
- [REV-035: A critical review of the WHO-commissioned evidence syntheses](https://emf.resonancesciences.uk/reviews/rev-035/) — [plain text](https://emf.resonancesciences.uk/raw/rev-035.md)
- [REV-010: Mapping the evidence on RF exposure and genetic damage](https://emf.resonancesciences.uk/reviews/rev-010/) — [plain text](https://emf.resonancesciences.uk/raw/rev-010.md)
- [REV-003: Connecting wireless signals, ion channels and oxidative pathways](https://emf.resonancesciences.uk/reviews/rev-003/) — [plain text](https://emf.resonancesciences.uk/raw/rev-003.md)
- [REV-011: Animal cancer experiments considered together](https://emf.resonancesciences.uk/reviews/rev-011/) — [plain text](https://emf.resonancesciences.uk/raw/rev-011.md)
- [REV-013: Brain-tumour associations across different phone-use measures](https://emf.resonancesciences.uk/reviews/rev-013/) — [plain text](https://emf.resonancesciences.uk/raw/rev-013.md)
- [REV-028: Gene-expression patterns across terahertz experiments](https://emf.resonancesciences.uk/reviews/rev-028/) — [plain text](https://emf.resonancesciences.uk/raw/rev-028.md)
- [REV-021: Pall’s calcium-signalling model of autism development](https://emf.resonancesciences.uk/reviews/rev-021/) — [plain text](https://emf.resonancesciences.uk/raw/rev-021.md)
- [REV-032: Insects: bringing laboratory and field findings together](https://emf.resonancesciences.uk/reviews/rev-032/) — [plain text](https://emf.resonancesciences.uk/raw/rev-032.md)
- [REV-008: Cellular stress as a framework for understanding EMF responses](https://emf.resonancesciences.uk/reviews/rev-008/) — [plain text](https://emf.resonancesciences.uk/raw/rev-008.md)
- [REV-031: Connecting wireless-exposure findings with healthcare concerns](https://emf.resonancesciences.uk/reviews/rev-031/) — [plain text](https://emf.resonancesciences.uk/raw/rev-031.md)
- [REV-033: Reported health effects near mobile-phone base stations](https://emf.resonancesciences.uk/reviews/rev-033/) — [plain text](https://emf.resonancesciences.uk/raw/rev-033.md)
- [REV-016: Electrohypersensitivity: an environmental and clinical synthesis](https://emf.resonancesciences.uk/reviews/rev-016/) — [plain text](https://emf.resonancesciences.uk/raw/rev-016.md)
- [REV-007: Why exposure duration and signal modulation matter](https://emf.resonancesciences.uk/reviews/rev-007/) — [plain text](https://emf.resonancesciences.uk/raw/rev-007.md)
- [REV-022: Pall’s proposed EMF–calcium–Alzheimer’s pathway](https://emf.resonancesciences.uk/reviews/rev-022/) — [plain text](https://emf.resonancesciences.uk/raw/rev-022.md)
- [REV-002: Ion-channel disruption, oxidative stress and DNA damage](https://emf.resonancesciences.uk/reviews/rev-002/) — [plain text](https://emf.resonancesciences.uk/raw/rev-002.md)
- [REV-005: NADPH oxidase as a possible link between fields and oxidative stress](https://emf.resonancesciences.uk/reviews/rev-005/) — [plain text](https://emf.resonancesciences.uk/raw/rev-005.md)
- [REV-018: Mobile-phone use and sperm quality: an updated meta-analysis](https://emf.resonancesciences.uk/reviews/rev-018/) — [plain text](https://emf.resonancesciences.uk/raw/rev-018.md)
- [REV-019: How wildlife and plants respond to natural and artificial fields](https://emf.resonancesciences.uk/reviews/rev-019/) — [plain text](https://emf.resonancesciences.uk/raw/rev-019.md)
- [REV-015: Biomarkers and imaging in electrohypersensitivity research](https://emf.resonancesciences.uk/reviews/rev-015/) — [plain text](https://emf.resonancesciences.uk/raw/rev-015.md)
- [REV-023: Pall’s proposal for effects beyond superficial millimetre-wave absorption](https://emf.resonancesciences.uk/reviews/rev-023/) — [plain text](https://emf.resonancesciences.uk/raw/rev-023.md)
- [REV-004: Oxidative stress across RF and low-frequency experiments](https://emf.resonancesciences.uk/reviews/rev-004/) — [plain text](https://emf.resonancesciences.uk/raw/rev-004.md)
- [REV-017: What sperm-quality studies report across humans and animals](https://emf.resonancesciences.uk/reviews/rev-017/) — [plain text](https://emf.resonancesciences.uk/raw/rev-017.md)
- [REV-006: Genetic effects across different kinds of electromagnetic field](https://emf.resonancesciences.uk/reviews/rev-006/) — [plain text](https://emf.resonancesciences.uk/raw/rev-006.md)
- [REV-012: Mobile-phone use and tumour risk: cumulative-use patterns](https://emf.resonancesciences.uk/reviews/rev-012/) — [plain text](https://emf.resonancesciences.uk/raw/rev-012.md)
- [REV-025: Millimetre waves and skin: what the review found missing](https://emf.resonancesciences.uk/reviews/rev-025/) — [plain text](https://emf.resonancesciences.uk/raw/rev-025.md)
- [REV-014: Electrohypersensitivity: a proposed neurological account](https://emf.resonancesciences.uk/reviews/rev-014/) — [plain text](https://emf.resonancesciences.uk/raw/rev-014.md)
- [REV-026: 5G research and the complexity of real-life exposure](https://emf.resonancesciences.uk/reviews/rev-026/) — [plain text](https://emf.resonancesciences.uk/raw/rev-026.md)
- [REV-024: Biological responses in the 6–100 GHz literature](https://emf.resonancesciences.uk/reviews/rev-024/) — [plain text](https://emf.resonancesciences.uk/raw/rev-024.md)
- [REV-027: Health concerns across the wireless-radiation literature](https://emf.resonancesciences.uk/reviews/rev-027/) — [plain text](https://emf.resonancesciences.uk/raw/rev-027.md)
- [REV-001: Mobile telephony and DNA damage: comparing the experiments](https://emf.resonancesciences.uk/reviews/rev-001/) — [plain text](https://emf.resonancesciences.uk/raw/rev-001.md)