
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
| MAP KINASE | S17-4 Roles for the Gadd45a gene in the maintenance of genomic stability and cell signaling. p53, Gadd45, MAP kinase, growth control |
| MAR | P36-360 Redox sensitive protein(s) are involved with anchoring DNA to the nuclear matrix. MAR, nuclear matrix, DNA nuclear matrix interactions, redox |
| MCF-7 CELLS | MP02-22 Nitric Oxide-mediated Inhibition of NF-kB Regulates Hyperthermia-induced Apoptosis. Heat response, I-kappa B, MCF-7 cells, signaling |
| MD-SIMULATION | P20-201 How does 8-oxoguanine DNA glycosylase (hOGG1) recognize oxoG:C base pairs? 8-oxoguanine, DNA-repair, hOGG1-glycosylase, MD-simulation |
| MGMT | P13-128 Role of p53 in the resistance of gliomas to BCNU and TMZ. p53, glioma, MGMT, resistance |
| MGMT | MS07-5 Role of p53 in the resistance of gliomas to BCNU and TMZ. p53, glioma, MGMT, resistance |
| MR-TOMOGRAPHY | S07-2 Defining thermal goals for hyperthermia. Thermal dose, Thermometry, MR-tomography, Dose-response relationship |
| MRI | S14-2 Prognostic Radiology: the role of tumor physiology assessed by MRI . Oxygen, MRI, BOLD (Blood Oxygen Level Dependant) contrast MRI , vasculature |
| MRI | S14- Biological Imaging . Molecular imaging, MRI, PET, Treatment planning |
| MRI | WSO4 Regional Phased Array Heating-Capabilities, Limitations, and Future. phased-array, sigma-Eye, MRI, regional |
| MRI CHANGES | P11-92 Late radiation effects in the dog brain: correlation of MRI and histological changes. CNS late effects, MRI changes, Histological evaluation, Photon irradiation |
| MRI-MONITORING | MP01-1 Improvement of MRI-monitoring during RF-hyperthermia by using ferrofluids. MRI-monitoring, Noninvasive thermometry, hyperthermia |
| MRS | MP05-46 Thermoradiotherapy in Breast Cancer. Treating with curative intent and objective end point parameters. breast cancer, hyperthermia, PET scan, MRS |
| MTT ASSAY | P09-71 Free Thiol containing Antioxidants Influence the MTT Cytotoxicity/Cell viability Assay. MTT assay, cytotoxicity, Thiols, Vitamin C |
| MAGNETIC RESONANCE IMAGING | MS02-4 MRI monitoring of thermal therapies. Magnetic Resonance Imaging, Thermometry, Thermal Therapy, Focused Ultrasound |
| MALIGNANCY | S20-3 Classification and Diagnostic Prediction of Cancers using Gene Expression Profiling and Artificial Neural Networks. Microarray, Diagnosis, Classification, Malignancy |
| MATHEMATICAL MODEL | P15-137 A Mathematical Model of Radiation Dose Rate and Cell Cycle Effects on the Kinetics of Tumor Cell Killing. Cell Cycle, Dose Rate Effects, Mathematical Model, Cell Survival |
| MEASUREMENTS | P10-90 Study of hypoxia in human head and neck tumors by pimonidazole binding and HIF-1 alpha expression. Hypoxia, Measurements, pimonidazole, HIF-1 alpha |
| MEASUREMENTS | MS05-2 Study of hypoxia in human head and neck tumors by pimonidazole binding and HIF-1 alpha expression. Hypoxia, Measurements, pimonidazole, HIF-1 alpha |
| METABOLISM | MS01- Physiological and Metabolic Aspects of Hyperthermia. Hyperthermia, Vasculature, Physiology, Metabolism |
| MICE | P12-105 The effects of SWT on BD mice induced by irradiation. Traditional Chinese Medicine, Mice, irradiation |
| MICE | P31-308 Radiation Induced Teratogenic Effects in Fetal Mice with Varying Trp53 Function: Influence of Prior Radiation or Heat Stress. Trp53, Teratogenesis, Mice, adaption |
| MICROARRAY | S20-3 Classification and Diagnostic Prediction of Cancers using Gene Expression Profiling and Artificial Neural Networks. Microarray, Diagnosis, Classification, Malignancy |
| MICROBEAM | P35-347 Bystander-mediated genomic instability in human lymphocytes after single particle irradiation. Bystander Effect, Chromosomal Instability, Microbeam |
| MICRODOSIMETRY | RC19 Biophysical Models for Radiation Damage. Biophysical models, track structure, Microdosimetry |
| MICROENVIRONMENT | WS02- Microenvironmental and genetic factors in the response of the haemopoietic system to ionising radiation. Microenvironment, Genetics , Cellular interactions, p53 pathway |
| MICRONUCLEI | P12-109 Ginseng reduced the micronuclei yield in lymphocytes after irradiation. Ginseng, Micronuclei, Lymphocytes, Radiation |
| MITOCHONDRIA | L06-1 Glucose Deprivation-Induced Oxidative Stress in Human Cancer Cells: A Fundamental Defect in Metabolism? Glucose, Oxidative Stress, Mitochondria, Hydrogen Peroxide |
| MITOTIC CELLS | P15-136 The radiation hypersensitivity of cells at mitosis. Intrinsic radiosensitivity, Mitotic cells, DNA strand breakage |
| MN-SOD | P21-223 Ascorbate as a ′redox-sensor′ and protector against g-irradiation-induced oxidative stress: EPR evidence in 32 D cl 3 and Mn-SOD-transfected 32D 2C6 cells. oxidative stress, Mn-SOD, -irradiation, ascorbate |
| MNSOD | P12-110 Manganese superoxide dismutase-plasmid/liposome (MnSOD-PL) complex protects the oral cavity from irradiation-induced mucositis. MnSOD, mucositis, head and neck cancer, normal tissue protection |
| MNSOD | P12-107 Delayed Radiation Protection by Amifostine Induced Gene Expression. amifostine, MnSOD, expression, radioprotection |
| MNSOD OVEREXPRESSION | P22-249 Genes responsive to MnSOD expression are involved in radiation response. MnSOD overexpression, radiation, cisplatin, antisense |
| MNSOD OVEREXPRESSION | MS07-2 Genes responsive to MnSOD expression are involved in radiation response. MnSOD overexpression, radiation, cisplatin, antisense |
| MODEL PREDICTIVE CONTROL | MP03-32 Model predictive control of ultrasound hyperthermia treatments. Hyperthermia, Thermal Dose, Model Predictive Control, Ultrasound |
| MODEL | P35-345 Hierarchical modeling of DNA repair, genomic instability, bystander effects, and the transformation or killing of cells. Neoplastic Transformation, Bystander Effects, Low-Dose Extrapolation, Model |
| MOLECULAR BIOLOGY | S15- Space Radiation Risks: Exploring Mechanistic Understanding. Space Radiation, High LET, Molecular Biology |
| MOLECULAR BIOLOGY | S15-1 Radiobiology Research and Space Travel: Report of the Radiobiology External Review Panel (RERP). Radiation , Space Travel, Molecular Biology |
| MOLECULAR IMAGING | S14- Biological Imaging . Molecular imaging, MRI, PET, Treatment planning |
| MONTE CARLO | P33-322 Electron Emission from thin foils after proton impact: Monte Carlo simulation and experiment. track structure, electron transport, secondary electrons, Monte Carlo |
| MONTE CARLO METHODS | P33-324 The dosimetry of 3H and 14C incorporated into the nucleus of a cell. dosimetry, 3H, 14C, Monte Carlo methods |
| MONTE CARLO METHODS | MS06-3 The dosimetry of 3H and 14C incorporated into the nucleus of a cell. dosimetry, 3H, 14C, Monte Carlo methods |
| MONTE CARLO SIMULATION | P32-316 Enhancement of DNA damage due to incorporation of halogenated pyrimidines. DNA damage, halogenated pyrimidine, radiosensitization, Monte Carlo simulation |
| MORRIS 7777 HEPATOMA | P10-85 Modification of Radiation Response by DDFP, a gas-phase perfluorochemical emulsion. hypoxia, DDFP, radiation sensitizer, Morris 7777 hepatoma |
| MOTEXAFIN GADOLINIUM (MGD) | P20-206 Motexafin gadolinium (MGd) Inhibits potentially lethal damage repair in cancer cells following exposure to ionizing radiation. Motexafin Gadolinium (MGd), DNA repair, PLDR, SLDR |
| MOTEXAFIN GADOLINIUM | P13-125 Effect of Motexafin Gadolinium on the morphology, growth, viability, and radiation response of EMT6 cells in vitro. Motexafin Gadolinium, ascorbic acid, radiosensitization, radiation-drug interactions |
| MOTEXAFIN GADOLINIUM | MS04-3 Effect of Motexafin Gadolinium on the morphology, growth, viability, and radiation response of EMT6 cells in vitro. Motexafin Gadolinium, ascorbic acid, radiosensitization, radiation-drug interactions |
| MOUSE | P14-130 Radiation-induced transgenerational germline instability in mice. Instability, Radiation, Transgenerational, Mouse |
| MOUSE MODEL | S17-1 Atm mutant mice as a model of ataxia-telangiectasia. Ataxia-telangiectasia, Mouse model |
| MRAD9 | S17-3 Mrad9 knockout mice: a model for sensitivity to DNA damage and abnormal development. mouse, Mrad9, radiosensitivity, development |
| MRE11 | P17-176 DNA damage response proteins localize to foci along tracks of particle-induced damage. high-LET, p21, Mre11, foci |
| MRE11 | P17-155 The DNA double-strand break repair protein MRE11 is a major target for radiosensitivity by moderate hyperthermia. RNAi, thermal radiosensitization, DNA repair, Mre11 |
| MRE11/RAD50/NBS1 | S12-2 The role of non-homologous DNA end-joining and homologous recombination in heat-radiosensitization. hyperthermia, DNA repair, Ku80, Mre11/Rad50/Nbs1 |
| MUTAGENESIS | P35-344 Modulation of Adaptive Response in Alpha Particle Induced Bystander Mutagenesis. Bystander Effect, Adaptive Response, Mutagenesis, Alpha Particle |
| MFISH | P19-186 The Production of Simple Chromosome Exchanges is Dose Rate Dependent, Arguing Against their Production Via a Single-Hit Mechanism. chromosome exchanges, low dose rate, single-hit, mFISH |
| MRNA STABILITY | P17-171 Mechanism of UV sensitivity of Saccharomyces cerevisiae deleted in LSM1 gene, whose human ortholog, CaSm, is involved in cancer. UV sensitivity, mRNA stability, LSM1 |
| MRNA STABILIZATION | MP02-15 Requirement for double stranded RNA-dependent protein kinase (PKR) for expression of heat shock proteins during stress involves mRNA stabilization. double stranded RNA-dependent protein kinase (PKR), heat shock proteins ( HSPs ) , gene expression, mRNA stabilization |
| MRNA STABILIZATION | MS05-6 Requirement for double stranded RNA-dependent protein kinase (PKR) for expression of heat shock proteins during stress involves mRNA stabilization. double stranded RNA-dependent protein kinase (PKR), heat shock proteins ( HSPs ) , gene expression, mRNA stabilization |
| MACROPHAGE | S16-5 Oxidative and nitrosative processes in the responses of the hemopoietic system to ionizing radiation. oxidative stress, nitric oxide , macrophage, apoptosis |
| MACROPHAGE | WIP-387 Fever-range hyperthermia enhances nitric oxide production by thioglycollate-elicited, murine peritoneal macrophages . hyperthermia, macrophage, nitric oxide |
| MAGNETIC RESONANCE IMAGING | MP01-9 Breast Perfusion Reconstruction Using Fractal Interpolation Functions. brest tumors, relative perfusion index, magnetic resonance imaging, fractal interpolation functions |
| MAGNETIC RESONANCE IMAGING | WIP-375 Estimation of arterial input function of GD-DTPA in the mouse by gated cardiac imaging. tumor perfusion, arterial input function, melanoma, magnetic resonance imaging |
| MAGNETIC RESONANCE IMAGING | MS02-5 Monitoring Thermal Therapy with Magnetic Resonance. magnetic resonance imaging, thermal therapy, canine tumor models |
| MAGNETIC RESONANCE IMAGING | P10-87 Comparison of hypoxia and microvascular density in the slow growing well differentiated H vs. the faster growing anaplastic AT1 Dunning Prostate R3327 rat tumor. hypoxia, prostate tumor, magnetic resonance imaging, microvasculature |
| MAMMALIAN TARGET OF RAPAMYCIN | P26-274 Continuous inhibition of mTOR enhances the efficacy of radiation therapy in U87 glioma xenografts. mammalian target of rapamycin, cytostatic therapy, fractionated radiation, glioma |
| MAMMARY GLAND | P31-306 TGF-Beta1 mediates apoptosis and p53 response in irradiated mammary gland. growth factor, cell fate, mammary gland, signaling |
| MASS RADIATION CASUALTY | P19-185 Biodosimetry strategy for potential radiation casualty events. Biological dosimetry, dicentric assay, triage, mass radiation casualty |
| MASS-SPECTROMETRY | P35-354 Cellular Communication by Shed Proteins: Possible mechanism for bystander effects. cytokines, autocrine, mass-spectrometry, intercellular-communications |
| MAST CELLS | P08-59 Neuroimmune modulation of early and delayed radiation responses in rat small intestine. intestine, enteric nerves, mast cells, neuroimmune interactions |
| MATRIX METALLOPROTEINASE-2 | P09-77 Radiation-induced post-transcriptional regulation of MMP-2 is involved in ROS generation and p42/44 MAPK phosphorylation. matrix metalloproteinase-2, reactive oxygen species, radiation, p42/44 MAPK kinase |
| MEGAKARYOCYTES | P12-106 Amifostine induces smad 7 activation in megacaryocytes irradiated in vivo. Amifostine, Ionizing radiation, megakaryocytes, smad cascade |
| MELANIN | P09-74 Role of melanin in protection against oxidative damage in pigmented epitheal cells. oxidative stress, UV, ionizing radiation, melanin |
| MELANOMA | MP02-20 CNCn combined with an acute 0.2 unit decrease in extracellular pH (pHe) selectively reduces intracellular pH (pHi), 42°-induced HSP levels and survival of melanoma cells grown at low pHe . -cyano-4-hydroxy-cinnamic acid, pHi, hyperthermia, melanoma |
| MELANOMA | WIP-375 Estimation of arterial input function of GD-DTPA in the mouse by gated cardiac imaging. tumor perfusion, arterial input function, melanoma, magnetic resonance imaging |
| MELANOMA | S22-4 Transendothelial function of human metastatic melanoma cells: Role of the microenvironment in cell-fate determination. melanoma, transendothelial, Notch, vasculogenic mimicry |
| MELANOMA XENOGRAFTS | P30-295 Hypoxia promotes lymph node metastasis in human melanoma xenografts by up-regulating the urokinase-type plasminogen activator receptor. hypoxia, metastasis, melanoma xenografts, urokinase-type plasminogen activator receptor |
| META-IODO-BENZYLGUANIDINE (MIBG) | MP05-43 Tumor oxygenation and acidification are increased in melanoma after exposure to meta-iodo-benzylguanidine and hyperglycemia. meta-iodo-benzylguanidine (MIBG), oxygenation, acidification, pH |
| METASTASIS | P30-295 Hypoxia promotes lymph node metastasis in human melanoma xenografts by up-regulating the urokinase-type plasminogen activator receptor. hypoxia, metastasis, melanoma xenografts, urokinase-type plasminogen activator receptor |
| METASTASIS | WIP-374 High lactate levels in primary tumors are correlated with the occurrence of distant metastasis in patients with colorectal adenocarcinoma. imaging bioluminescence, metastasis, lactate, prognostic factor |
| METASTASIS | S22-1 Metastasis and the Tumor Microenvironment. metastasis, hypoxia, tumor microenvironment |
| METASTASIS | S22- Tumor Vasculature Interactions. hypoxia, angiogenesis, vascular mimicry, metastasis |
| METASTASIS | S22-2 Fate of Circulating Tumor Cells. metastasis |
| METHYLATION | P35-349 Investigation of radiation induced genomic instability, the bystander effect and DNA methylation changes. methylation, bystander, genomic instability |
| METHYLATION | MS06-6 Investigation of radiation induced genomic instability, the bystander effect and DNA methylation changes. methylation, bystander, genomic instability |
| MFISH | P19-183 M-FISH Analysis of Chromosome Aberrations in Human Fibroblast Cells after in vitro Exposure to Low- and High-LET Radiation. complex chromosomal aberration, high-let radiation, mfish |
| MICE | P12-108 Radioprotection by vitamin E and its pharmacokinetic profile. radioprotection, vitamin E, pharmacokinetics, mice |
| MICE | P26-276 Biodistribution of a copper carboranyltetraphenylporphyrin in various murine tumors. porphyrins, BNCT, mice, biodistribution |
| MICE | P08-61 Target switching in radiation induced gastrointestinal death of mice. radiation, GI, mice, ceramide |
| MICE | S05-4 Adaptive response to radiation in vivo. Adaption, in vivo, Trp53, mice |
| MICROARRAY | P37-362 Radiation response in normal HSF (human skin fibroblasts): cDNA microarray analysis. Radiation, microarray , radiation-induced gene expression , LLIR |
| MICROARRAY | P08-64 Radiation nephropathy: Identification of molecular mechanisms using microarray analysis. radiation nephropathy, VEGF, microarray, multiplex PCR |
| MICROARRAY | P22-234 Global analysis of protein expression in hypoxic cells. hypoxia, microarray, translation |
| MICROARRAY | P16-150 Gamma irradation alters both the frequency and the spectrum of recurrent genomic copy number aberrations in mouse islet carcinomas. microarray, genomics, mouse, model |
| MICROARRAY | P22-236 Towards individualization of radiotherapy through molecular profiling. radiosensitivity, radiotherapy, ionizing radiation, microarray |
| MICROARRAY | P22-239 Radiation Induced Gene Expression in the Nematode C. elegans. C. elegans, microarray, gene expression, high LET |
| MICROARRAY | P22-230 Induction of Max/Mad genes in human cells in response to low dose, low-LET ionizing radiation. microarray, expression |
| MICROARRAY | S20-4 Expression profiling and informatic analysis of radiation reponse. gene expression, p53, microarray |
| MICROARRAY | S05-1 Gene expression in response to low dose ionizing radiation: A functional genomics approach. gene expression, microarray, dose-rate |
| MICROARRAY TECHNOLOGY | P22-237 Intratumor differences in gene expression of human cervical carcinomas. cervical cancer, gene expression, microarray technology, intratumor heterogeneity |
| MICROARRAYS | P22-250 Gene expression in an orthotopic LnCaP model. microarrays, induction of gene expression, orthotopic LnCap model |
| MICROARRAYS | MS11-8 Gene expression in an orthotopic LnCaP model. microarrays, induction of gene expression, orthotopic LnCap model |
| MICROBEAM | P35-341 Electron microbeam for investigation of bystander cell effects. microbeam, low let, electron |
| MICROBEAM | P33-319 Soft X-ray Microbeam Dosimetry. microdosimetry, low LET radiation, soft X-rays, microbeam |
| MICROBEAM | P17-175 Microscopic visualisation of DNA damage and repair with targeted irradiation. DNA damage, DNA repair, histone H2AX, microbeam |
| MICROBEAM | P33-328 Upgrading of the Gray Laboratory microprobe with higher energy X-rays and investigation of the bystander effect through the cell cycle. microbeam, soft X-rays, bystander effect, cell cycle |
| MICROBEAM | P35-342 Microbeam studies of relationships between bystander, direct and adaptive responses in V79 cells. bystander, radioadaptation, microbeam, LET |
| MICROBEAM | P35-339 New Developments and Experiments using the Gray Laboratory Charged-Particle Microbeam. microbeam, charged-particle, bystander effect, alpha-particles |
| MICROBEAM | P33-325 Dosimetry Calculations for Electron Microbeams. microdosimetry, track structure, bystander, microbeam |
| MICROBEAM | S19-4 Targeted versus non-targeted cellular responses at low doses. DNA damage, microbeam, bystander, cell signalling |
| MICROBEAMS | RC10 New instrumentation for radiation research. radiation, microbeams, multiphoton, imaging |
| MICROCARRIERS | WIP-378 Methods for non-invasive monitoring of response to radiation and hyperthermia with 13C NMR spectroscopy and polarographic oxygen probes. NMR , microcarriers, oxygen |
| MICROCIRCULATION | P26-272 Targeting drug delivery carriers to irradiated tissue . targeted drug delivery, adhesion molecule, radiation therapy, microcirculation |
| MICROCOCCAL DIGESTION | P20-204 Constitutive expression of acetylated p53 in AT Fibroblasts. ATM, acetylated p53, micrococcal digestion , chromatin modification |
| MICRODOSIMETRY | P33-319 Soft X-ray Microbeam Dosimetry. microdosimetry, low LET radiation, soft X-rays, microbeam |
| MICRODOSIMETRY | P32-318 Modeling cell survival and relative biological effectiveness based on microscopic energy-deposition in DNA. track structure, microdosimetry, cell survival, relative biological effectiveness |
| MICRODOSIMETRY | P33-325 Dosimetry Calculations for Electron Microbeams. microdosimetry, track structure, bystander, microbeam |
| MICRODOSIMETRY | P22-242 Assessment of Low Dose Ionizing Radiation Induced Changes in Gene Expression in Human Subjects. low dose radiation, gene expression, human effects, microdosimetry |
| MICRODOSIMETRY | P33-323 Is there an LET threshold for chromosome aberration induction? tritium, carbon-14, microdosimetry, cytogenetics |
| MICRODOSIMETRY | MS11-2 Is there an LET threshold for chromosome aberration induction? tritium, carbon-14, microdosimetry, cytogenetics |
| MICROENVIRONMENT | S10-4 Diminished DNA repair as a mechanism of hypoxia-induced genetic instability. hypoxia, microenvironment, mutagenesis, repair |
| MICROENVIRONMENT | P30-292 Abrogation of Radiation-Induced p21 Expression by the Spheroid Microenvironment. spheroid, p21, tumor, microenvironment |
| MICROENVIRONMENT | WS05 Tumor microenvironment: where molecular radiobiology meets radiation oncology. tumor, microenvironment, hypoxia, microvasculature |
| MICRONUCLEUS | P14-132 Proton-induced genetic damage in lacZ transgenic mice . protons, lacZ, transgene, micronucleus |
| MICRONUCLEUS ASSAY | P35-356 Unilateral lower lung irradiation: an assessment of DNA damage in irradiated and shielded regions. micronucleus assay, DNA damage, out-of-field effect, partial lung volume |
| MICROSATELLITE SEQUENCES | P19-191 Multiple manifestations of radiation-induced genomic instability in mammalian cells. genomic instability, skip mutation, microsatellite sequences, minisatellite sequences |
| MICROSTRIP PATCH ANTENNA | MP03-24 SAR pattern perturbations from resonance effects in water bolus layers used with superficial microwave hyperthermia applicators. Hyperthermia, microstrip patch antenna, microwave antenna arrays |
| MICROVASCULATURE | WS05 Tumor microenvironment: where molecular radiobiology meets radiation oncology. tumor, microenvironment, hypoxia, microvasculature |
| MICROVASCULATURE | P10-87 Comparison of hypoxia and microvascular density in the slow growing well differentiated H vs. the faster growing anaplastic AT1 Dunning Prostate R3327 rat tumor. hypoxia, prostate tumor, magnetic resonance imaging, microvasculature |
| MICROWAVE | S11-3 Dosimetry of interstitial microwave thermal therapy for prostate cancer. thermal therapy, prostate, interstitial , microwave |
| MICROWAVE ANTENNA ARRAYS | MP03-24 SAR pattern perturbations from resonance effects in water bolus layers used with superficial microwave hyperthermia applicators. Hyperthermia, microstrip patch antenna, microwave antenna arrays |
| MICROWAVE HYPERTHERMIA | MS10-2 Microwave Interstitial Hyperthermia . microwave hyperthermia, interstitial thermoradiotherapy, interstitial hyperthermia, interstitial brachytherapy |
| MICROWAVE IMAGING | MS02-2 Exploiting Tissue Properties in Non-Invasive Tomographic Imaging: Microwave and Alternative Modalities Compared. microwave imaging, ilternative modalities, thermal monitoring, breast imaging |
| MICROWAVE THERMAL THERAPY | MP03-30 Transperineal Interstitial Microwave Therapy (TIMT) for Localized Carcinoma of the Prostate Following Brachytherapy Seed Implantation: Phantom Studies. microwave thermal therapy, salvage treatment, brachytherapy, prostate cancer |
| MIGRATION | P30-297 Mouse window chamber analysis of tumor neovascularization and cell migration after irradiation. neovascularization, migration, mouse, tumor |
| MINIMALLY INVASIVE THERAPY | S11-5 RF Thermal Ablation of Liver Tumors . thermal ablation, thermal therapy, radiofrequency ablation, minimally invasive therapy |
| MINISATELLITE SEQUENCES | P19-191 Multiple manifestations of radiation-induced genomic instability in mammalian cells. genomic instability, skip mutation, microsatellite sequences, minisatellite sequences |
| MISREJOINING | P17-174 Misrejoining of radiation-induced DNA double-strand breaks. double-strand break repair, ionizing radiation, misrejoining |
| MITOCHONDRIA | S16-3 Activation of a reversible mitochondrial permeability transition: A sensing/amplification mechanism for cellular oxidative events. ionizing radiation, mitochondria, nitric oxide, reactive oxygen |
| MITOCHONDRIA | P35-353 A study of the initiation of apoptosis in unirradiated cells by medium from irradiated cells. bystander effects, apoptosis, mitochondria, oxidative stress |
| MITOCHONDRIA | S16- Oxidative and Nitrosative Stress. hydrogen peroxide, superoxide, nitric oxide, mitochondria |
| MITOCHONDRIAL LOCALIZATION | P12-111 Localization of superoxide dismutase to the mitochondria is required for radioprotection of cells in vitro. superoxide dismutase, radioprotection, mitochondrial localization, apoptosis |
| MITOMYCIN C | P17-161 The UV-1 post-replication DNA repair gene: attempts to map and clone. post replication dna repair, uv-1, mitomycin c |
| MITOTIC CATASTROPHE | P15-139 p53 is involved in radiation-induced mitotic catastrophe. p53, cell cycle, mitotic catastrophe, radiation |
| MODEL | P16-150 Gamma irradation alters both the frequency and the spectrum of recurrent genomic copy number aberrations in mouse islet carcinomas. microarray, genomics, mouse, model |
| MODELING | MP03-34 Site-specific design and heating protocols for interstitial ultrasound thermal therapy: theoretical and experimental study. thermal coagulation, modeling, ultrasound, interstitial |
| MOLECULAR BIOMARKER | P33-326 Development of a microsphere-based multi-analyte assay system for radiation biodosimetry. radiation biodosimetry, proto-oncogene, molecular biomarker, flow cytometry |
| MOLECULAR IMAGING | S14-1 Biological Imaging by PET and SPECT. PET, SPECT, molecular imaging |
| MOLECULAR MARKERS | WS08 Molecular and Genetic Markers in Clinical Radiation Oncology. radiation sensitivity, molecular markers, genetic markers |
| MOLECULAR THERAPEUTICS | S13-1 EGFR inhibition: Rationale and mechanisms. egf receptors, molecular therapeutics |
| MONITORING | MS02- Non-Invasive Treatment Monitoring. noninvasive, temperature, monitoring |
| MONOCLONAL ANTIBODIES | S13-2 EGFR inhibition combined with chemotherapy. epidermal growth factor receptor, monoclonal antibodies, tyrosine kinase inhibitors, chemotherapy |
| MONOCYTES | P12-115 Effects of the novel systemic radioprotectant 5-androstenediol on phagocytosis and oxidative burst in monocytes and granulocytes from mice exposed to whole-body gamma-irradiation. 5-androstenediol, radioprotector, monocytes, oxidative burst |
| MOTEXAFIN GADOLINIUM | P09-76 Inhibition of thioredoxin reductase by motexafin gadolinium: Effects on PLDR. thioredoxin reductasde, lipoate, motexafin gadolinium, protein thiols |
| MOTEXAFIN GADOLINIUM | P20-209 Oligonucleotide microarray analysis of RNA expression in A549 human lung adenocarcinoma cells following treatment with the radiation enhancer motexafin gadolinium under conditions of potentially lethal damage repair. motexafin gadolinium, potentially lethal damage repair, reactive oxygen species, oligonucleotide microarray analysis |
| MOUSE | P16-150 Gamma irradation alters both the frequency and the spectrum of recurrent genomic copy number aberrations in mouse islet carcinomas. microarray, genomics, mouse, model |
| MOUSE | P30-297 Mouse window chamber analysis of tumor neovascularization and cell migration after irradiation. neovascularization, migration, mouse, tumor |
| MOUSE | S17- Mouse Models of Disease. mouse, mutant, disease, radioresistance |
| MOUSE | S17-3 Mrad9 knockout mice: a model for sensitivity to DNA damage and abnormal development. mouse, Mrad9, radiosensitivity, development |
| MOUSE KNOCKOUT | S04-4 The function of XRCC2 and other RAD51-like genes in homologous recombination and genetic stability. homologous recombination, XRCC2, RAD51-like genes, mouse knockout |
| MOUSE MODEL | S17-2 DNA-PK: impact on DNA DSB repair, lymphocyte development, tumorigenesis, and innate immunity. mouse model, DNA repair, innate immunity, tumorigenesis |
| MOUSE MODELS | WIP-376 CHARACTERIZATION OF PERP, A NOVEL p53 APOPTOSIS-SPECIFIC TARGET GENE . p53, PERP, apoptosis, mouse models |
| MOUSE MODELS | S10-3 Role of hypoxic response in normal and pathological physiology. hypoxia, mouse models |
| MRAD9 | P15-147 Identification and characterization of novel human HRAD9 and mouse Mrad9 paralogues. hrad9, mrad9, paralogues |
| MRI | MP01-2 Correction of drift and motion artifacts in magnetic resonance thermal imaging. mri, artifact, correction, temperature |
| MUCOSITIS | P12-110 Manganese superoxide dismutase-plasmid/liposome (MnSOD-PL) complex protects the oral cavity from irradiation-induced mucositis. MnSOD, mucositis, head and neck cancer, normal tissue protection |
| MUCOSITIS | P24-258 Amelioration of radiation-induced acute oral mucositis in the rat. mucositis, biological response modifier |
| MUCOSITIS | P12-116 The mouse ventral tongue as a model for oral mucositis: Demonstration of protection induced by KGF. mucositis, KGF, stem cell, radiation |
| MULTI-MODALITY RESISTANT PHENOTYPE | P09-75 AP-1 activation of DNA methyltransferase contributes to a unique multi-modality resistant phenotype via cellular oxidative stress responses . multi-modality resistant phenotype , dnmt1, Oxidative stress |
| MULTI-MODALITY RESISTANT PHENOTYPE | P22-253 AP-1 activation of DNA methyltransferase contributes to a unique multi-modality resistant phenotype via cellular oxidative stress responses. AP-1, DNA methyltransferase, multi-modality resistant phenotype, oxidative stress |
| MULTI-MODALITY RESISTANT PHENOTYPE | MS05-8 AP-1 activation of DNA methyltransferase contributes to a unique multi-modality resistant phenotype via cellular oxidative stress responses. AP-1, DNA methyltransferase, multi-modality resistant phenotype, oxidative stress |
| MULTIANTENNA APPLICATOR | WSO4 Regional heating - Capabilities, limitations an recommendations. regional hyperthermia, multiantenna applicator, planning system, hybrid system |
| MULTIPHOTON | RC10 New instrumentation for radiation research. radiation, microbeams, multiphoton, imaging |
| MULTIPLEX PCR | P08-64 Radiation nephropathy: Identification of molecular mechanisms using microarray analysis. radiation nephropathy, VEGF, microarray, multiplex PCR |
| MULTIPLY DAMAGED SITES | P17-170 Multiply damaged site repair in HeLa-S3 cells. multiply damaged sites, base excision repair, clustered lesions |
| MUTAGENESIS | P17-168 Ubiquitin mediated signals in post-replication repair and UV hypersensitive disorders. postreplication repair, ubiquitin, mutagenesis , signal transduction |
| MUTAGENESIS | P35-350 Bystander effects: Mutations and chromosomal aberrations in DNA repair deficient cells. bystander effect , alpha radiation, mutagenesis, chromosomal aberrations |
| MUTAGENESIS | S10-4 Diminished DNA repair as a mechanism of hypoxia-induced genetic instability. hypoxia, microenvironment, mutagenesis, repair |
| MUTAGENESIS | P20-200 The role of novel polyubiquitin chains in DNA post-replication repair and mutagenesis in mammalian cells . ubiquitin, UV, p21, mutagenesis |
| MUTAGENESIS | WIP-377 Does tumor microenvironment impact mutagenesis? tumor, hypoxia, AL cells, mutagenesis |
| MUTAGENESIS | S15-2 Apoptotic regulation and mutagenesis in human cells exposed to charged particles of importance in spaceflight. space radiation , apoptosis, mutagenesis, charged particles |
| MUTAGENESIS | P14-131 Effects of different alleles of the tumor suppressor p53 transfected back into a p53-null human lymphoblastoid cell line on spontaneous and X-ray induced mutation. p53, mutagenesis, genomic instability, thymidine kinase |
| MUTANT | S17- Mouse Models of Disease. mouse, mutant, disease, radioresistance |
| MUTATION | P35-346 Can low-LET radiation from incorporated radionuclides induce mutagenic effects in unirradiated bystander cells? bystander effects, mutation, tritium, radionuclide |
| MUTATION | P37-361 Media from AL cells exposed to rays (<6 Gy) does not alter survival but abolishes the decreased mutant induction normally seen with fractionated doses.mutation, conditioned media, gamma rays |
| MYELOPATHY | P11-97 Blood-spinal cord barrier marker and adhesion molecule expression following radiation in the rat spinal cord. late effects, myelopathy, central nervous system, radiation-induced genes |
| MYELOPATHY | MS06-2 Blood-spinal cord barrier marker and adhesion molecule expression following radiation in the rat spinal cord. late effects, myelopathy, central nervous system, radiation-induced genes |
| MYOFIBROBLAST | P36-359 The role of cell environment, reactive oxygen species and transforming growth factor beta in response to ionizing radiation. extracellular matrix, alpha-actin, myofibroblast, radiation fibrosis |