There are 12 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=In Vitro,Study Subtype=Growth Rate, Cell Cycle, Apoptosis,Status=Completed Without Publication

Details - Project ID 101
Lab	University of Bordeaux, France
Study Design	900 MHz (GSM) exposure to cell lines and analysis of growth
Summary	No effects on proliferation in GH3 (adenoma), C6 (glioma), Molt-4 (T-cell), ES (embryonic stem), U87MG (human lymphoma), endothelial, or primary brain cells
Citation
Details - Project ID 104
Lab	Free University of Berlin, FRG
Study Design	380 MHz (PW-17.65 Hz TETRA), 900 & 1800 MHz (GSM) exposure to cell lines and analysis of proliferation
Summary	No effects on proliferation or thymidin kinase (TK) activity in human leukemia HL-60 cells
Citation
Details - Project ID 110
Lab	Polytechnic University in Brooklyn, USA
Study Design	27, 900 & 2450 MHz (CW) exposure to LN71 glioma cells and analysis of growth
Summary	No effects on proliferation rate in human glioma LN71; exposure system used to replicate studies by Cleary et al was reported to produce temperature increases and gradients
Citation
Details - Project ID 126
Lab	Washington University, USA
Study Design	835, 847 MHz (CDMA, CW) exposure to cell lines and analysis of growth
Summary	No effects in C3H 10T1/2 fibroblasts on nuclear matrix proteins
Citation
Details - Project ID 128
Lab	Washington University, USA
Study Design	835, 847 MHz (CDMA, CW) exposure to cell lines and analysis of growth
Summary	No effects in HeLa cells on DNA, RNA, or protein synthesis or proliferation rate
Citation
Details - Project ID 129
Lab	Washington University, USA
Study Design	835, 847 MHz (CDMA, CW) exposure to cell lines and analysis of growth
Summary	No effects in NRK (normal rat kidney) or C3H 10T1/2 fibroblasts on cytoskeleton organization
Citation
Details - Project ID 283
Lab	University of Bordeaux, France
Study Design	900 MHz (GSM) exposure to E.coli and eanalysis of growth and viability
Summary	No effects on membrane potential and ATP content (membrane ATPase activity)
Citation
Details - Project ID 284
Lab	Free University of Berlin, FRG
Study Design	2450 MHz (CW) exposure to cell lines and analysis of growth and viability
Summary	No effects on proliferation or thymidine kinase activity in HL60 myeloid leukemia or BL70 Burkitts lymphoma tumor cell lines
Citation
Details - Project ID 291
Lab	Defence Evaluation and Research Agency, UK
Study Design	Ultra wide band exposure to cells lines and analysis of growth and gene expression
Summary	Decreased proliferation in human fetal fibroblasts (HFFF2) and rabbit corneal cells (SIRC) cells, although no changes in ODC, NF-Y, NFkB / cREL, or cytokeratins 1-19
Citation
Details - Project ID 819
Lab	Natl Inst Occupational Safely, Rome Italy
Study Design	900 MHz (GSM) exposure to yeast and analysis of growth and metabolism
Summary	Decreased oxygen consumption indicating reduced respiratory activity
Citation
Details - Project ID 834
Lab	Seoul National University, Korea
Study Design	836.5 MHz, 1.765 GHz (CDMA) exposure to various cells in culture and analysis of growth
Summary	No consistent effects on proliferation, transformation, chromosome aberations, or stress response until thermal levels of exposure were applied
Citation
Details - Project ID 1076
Lab	Keele University, Stoke-on-Trent, UK
Study Design	900, 1800 MHz (GSM) exposure to magnetite particles and magnetite-producing bacteria and analysis of growth
Summary	Increased apoptosis and decreased proliferation
Citation	Cranfield, CG et al. Proc Royal Soc London: B Biological Sciences (2005) 271(Suppl 6):S436-9, (2005) 271(Suppl 6):S436-S439 Cranfield, C et al. IEEE Transaction on NanoBioscience, (2003) 2:40-43 Cranfield, C et al. IEEE Trans NanoBioscience, (2003) 2:146-149 Dobson, J et al. Electro Magnetobiol., (1998) 17:351-359 (Literature Review) Dobson, J et al. Proceedings of the 15th International Symposium on Electromagnetic Compatibility, Zurich, Switzerland, (2003) :-