There are 11 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=Epidemiology,Study Subtype=Case Control Cancer Study,Status=Ongoing

Details - Project ID 171
Lab	New South Wales Cancer Council, Australia
Study Design	INTERPHONE - Australian National site 900, 1800 MHz (NMT, GSM, W-CDMA) mobile phone use and correlation with brain, acoustic nerve, parotid gland tumors
Summary	(ongoing)
Citation
Details - Project ID 309
Lab	University of Otago, New Zealand
Study Design	INTERPHONE - New Zealand National site 900, 1800 MHz (NMT, GSM, W-CDMA) mobile phone use and correlation with brain, acoustic nerve, parotid gland tumors
Summary	(ongoing)
Citation
Details - Project ID 314
Lab	Instituto Superiore di Santi, Italy
Study Design	INTERPHONE - Italian National site 900, 1800 MHz (NMT, GSM, W-CDMA) mobile phone use and correlation with brain, acoustic nerve, parotid gland tumors
Summary	(ongoing)
Citation
Details - Project ID 318
Lab	BC Cancer Agency (BCCA), University of Ottawa, INR
Study Design	INTERPHONE - Canadian National site 900, 1800 MHz (NMT, GSM, W-CDMA) mobile phone use and correlation with brain, acoustic nerve, parotid gland tumors
Summary	(ongoing)
Citation
Details - Project ID 837
Lab	Seoul National University, Korea
Study Design	900, 1800 MHz (CW, CDMA) mobile phone use in Korea and correlation with cancer
Summary	Preliminary reports of no association with brain or breast cancer, but a statistical correlation with thyroid cancer
Citation
Details - Project ID 976
Lab	Institute of Cancer Research, UK
Study Design	900, 1800 (GSM) MHz exposure to mobile phone users in Southeast UK and correlation with leukemia (UK INTERPHONE add-on)
Summary	(ongoing)
Citation
Details - Project ID 1351
Lab	Univ College Medicine, Chungju, Korea
Study Design	[INTERPHONE-like] Korean National study (l849 and 1763 MHz) using the INTERPHONE study design to evaluate mobile phone use and correlation with glioma, meningioma, acoustic neuroma, and parotid gland tumors
Summary	Case-control Studies on Human Effects of Wireless Phone RF
Citation
Details - Project ID 1648
Lab	Danish Cancer Society, Denmark
Study Design	CEFALO: Case control study of teenage (9-17 yr) mobile phone use and correlations with brain tumors.
Summary
Citation	Aydin, D et al. J Natl Cancer Inst., (2011) 103:1264-1276 Crane, C et al. J Nat Cancer Institute., (2011) :2 pages- (Letter to the Editor) Boice, JD et al. J Nat Cancer Institute. , (2011) 103:1-3 (Letter to the Editor) Feychting, M Prog Biophys Mol Biol. , (2011) 107:343-348 (Literature Review) Röösli , M et al. Tumors of the Central Nervous System. , (2014) 13:293-300 (Literature Review) Aydin, D et al. Prog Biophys Mol Biol., (2011) 107:356-361 Aydin, D et al. Environ Health., (2012) 11:35-(3 pages) Shu, X et al. Ann Oncol., (2014) 25:902-908 Milham, S J Natl Cancer Inst., (2012) 104:635-(1 page) (Letter to the Editor) Morgan, LL et al. J Natl Cancer Inst. , (2012) 104:635-637 (Letter to the Editor) Aydin, D et al. Bioelectromagnetics., (2011) 32:396-407
Details - Project ID 1737
Lab	Univ Birmingham, UK
Study Design	Development of a cancer registry from a cohort of RF occupationally exposed workers in the UK
Summary	The National Register of RF Workers: A Long Term FOllow Up Study (UK)
Citation
Details - Project ID 1763
Lab	STUK: Radiation Nuclear Safety Authority, Finland
Study Design	Mobile phone use and brain tumor studies - analysis of sources of error
Summary	Cellular phones and brain tumour risk: assessment of sources of error
Citation
Details - Project ID 1813
Lab	Univ Barcelona (CREAL) Spain (formerly IARC)
Study Design	Occupational exposure to RF, ELF, chemicals, and combinations and correlations with brain cancer
Summary
Citation