
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
| LET | P34-333 Hydrogen production in the radiolysis of water. hydrogen, water radiolysis, LET |
| LET | P35-342 Microbeam studies of relationships between bystander, direct and adaptive responses in V79 cells. bystander, radioadaptation, microbeam, LET |
| LET | S03-3 Use of biochemical probes to reveal radiation-induced clustered DNA damage. clustered damage, BER enzymes, LET |
| LLIR | P37-362 Radiation response in normal HSF (human skin fibroblasts): cDNA microarray analysis. Radiation, microarray , radiation-induced gene expression , LLIR |
| LATE RECTAL BLEEDING | S06-1 Volume effects in late rectal bleeding after external beam radiotherapy for prostate cancer. Volume Effects, Late Rectal Bleeding, 3D Conformal Radiotherapy |
| LIPOSOMES | MP05-44 Potentiation of immunoliposome-mediated drug delivery to tumors by local hyperthermia. Hyperthermia, Liposomes, Antibodies, Drug targeting |
| LIPOSOMES | MS03-4 Hyperthermia Significantly Enhances Drug Delivery and Efficacy of Pegylated Liposomal Doxorubicin in Metastatic Breast Cancer of the Chest Wall: A Phase I/II Study . Chemotherapy, Liposomes, Drug Delivery, Breast Cancer |
| LOW DOSE FRACTIONATED RADIATION | P39-373 DNA Binding Activity of 54 Transcription Factors in Response to Low Dose Fractionated Radiation in Ovarian Carcinoma. Ovarian Carcinoma, Low Dose Fractionated Radiation, Taxotere, Transciption Factors |
| LOW DOSE FRACTIONATED RADIATION | MS11-7 DNA Binding Activity of 54 Transcription Factors in Response to Low Dose Fractionated Radiation in Ovarian Carcinoma. Ovarian Carcinoma, Low Dose Fractionated Radiation, Taxotere, Transciption Factors |
| LOW DOSE | P23-255 Low Doses of Radiation Increase the Latency of Spontaneous Cancers in Cancer Prone Trp53 Heterozygous Mice. Low dose, Trp53, Spontaneous cancer, Adaption |
| LOW DOSES | P15-135 Low dose hyper-radiosensitivity and cell cycle phase. Hyper-radiosensitivity, Increased radioresistance, Low doses |
| LOW ENERGY ELECTRONS | P34-332 Low-energy (< 35 eV) electron damage to protein subunits. Protein damage, Low energy electrons |
| LOW-DOSE EXTRAPOLATION | 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 |
| LOW-DOSE RADIATION | P13-124 Low-Dose Fractionated Radiation Potentiates the Effects of Paclitaxel in Wild-Type and Mutant p53 Head and Neck Tumor Cell Lines. Paclitaxel, Low-Dose Radiation, Hyper Radiation Sensitivity, NF B |
| LOW-DOSE RADIATION | MS04-2 Low-Dose Fractionated Radiation Potentiates the Effects of Paclitaxel in Wild-Type and Mutant p53 Head and Neck Tumor Cell Lines. Paclitaxel, Low-Dose Radiation, Hyper Radiation Sensitivity, NF B |
| LOW-DOSE RISK | WIP-390 Modeling of carcinogenesis and uncertainty of radiation risk estimates at low doses. Carcinogenesis, Low-dose risk, Increased radioresistance |
| LUNG PATHOGENESIS | WIP-383 Effect of 1,10-phenanthroline (o-phen) and buthionine sulfoximine (BSO) on radiation-induced oxidative stress in the lung. Total Body Irradiation (TBI), Oxidative stress, Reactive Oxygen Species (ROS), Lung Pathogenesis |
| LYMAN MODEL | S06-3 Dose-Volume Tolerance of the Liver to Radiation. radiation induced liver disease, normal tissue probability model, liver cancer, Lyman model |
| LYMPHOCYTES | P12-109 Ginseng reduced the micronuclei yield in lymphocytes after irradiation. Ginseng, Micronuclei, Lymphocytes, Radiation |
| LACTATE | 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 |
| LARGE-SCALE DIGITAL CELL ANALYSIS SYSTEM | P06-50 Tracking aggressive tumoral cells: analysis of cell motility in irradiated U87MG glioblastoma cells using the large-scaledigital cell analysis system. cell motility, large-scale digital cell analysis system, tumoral/metastatic cells, irradiation |
| LARGE-SCALE DIGITAL CELL ANALYSIS SYSTEM | MS07-4 Tracking aggressive tumoral cells: analysis of cell motility in irradiated U87MG glioblastoma cells using the large-scaledigital cell analysis system. cell motility, large-scale digital cell analysis system, tumoral/metastatic cells, irradiation |
| LASER CAPTURE MICROSCOPY | P30-289 Identification of genes regulated by hypoxia in vivo. hypoxia, laser capture microscopy, gene regulation |
| LASER THERMAL THERAPY | MP01-8 Utility of optical sensors in monitoring interstitial laser photocoagulation. optical monitoring, laser thermal therapy, fluence, radiance |
| LATE EFFECTS | 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 |
| LATE EFFECTS | 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 |
| LATE RESPONDING TISSUE | P24-257 The lenses of ATM knockout mice are more sensitive to radiation damage than those of wildtypes. atm, radiation sensitivity, late responding tissue, radiation cataract |
| LATENCY ASSOCIATED PEPTIDE | P09-79 Isoform specificity of redox-mediated TGF- activation.TGF , activation, reactive oxygen species, latency associated peptide |
| LATENCY ASSOCIATED PEPTIDE | MS05-4 Isoform specificity of redox-mediated TGF- activation.TGF , activation, reactive oxygen species, latency associated peptide |
| LENS | P08-68 The Effect of Estrogen on Radiation-induced Cataractogenesis. cataracts, gamma knife, estradiol, lens |
| LENS | P22-240 Cyclin-dependent-kinase inhibitor expression in irradiated differentiating human lens cell in vitro. lens, cyclin-dependent-kinase-inhibitors, protons, xrays |
| LIGASE IV/XRCC4 | P17-153 Defining specific subunit interactions between DNA-PK and ligase IV/XRCC4. Non-homologous end joining (NHEJ) , DNA-dependent protein kinase (DNA-PK), ligase IV/XRCC4 , Ku |
| LINEAR-QUADRATIC MODEL | P37-364 Effect of spheroid size and environment on in vitro fractionation sensitivities ( / ) of human prostate cancer cell lines.fractionation sensitivity, linear-quadratic model, spheroids, cellular environment |
| LIPOATE | P09-76 Inhibition of thioredoxin reductase by motexafin gadolinium: Effects on PLDR. thioredoxin reductasde, lipoate, motexafin gadolinium, protein thiols |
| LIPOSOMAL DOXORUBICIN | MS03-2 Radiofrequency Tumor Ablation Combined with Liposomal Doxorubicin. thermal ablation, thermal therapy, radiofrequency ablation, liposomal doxorubicin |
| LIPOSOME | S09-4 MnSOD Plasmid Liposome Gene Therapy for Prevention of Irradiation Induced Organ Specific Injury. gene therapy, liposome, irradiation |
| LIPOSOMES | S07-3 Thermal goals for gene therapy and liposomal drug delivery. Thermal dose, liposomes, gene therapy |
| LIPOSOMES | MS03-3 Thermosensitive liposomal doxorubicin combined with local hyperthermia in dogs with spontaneous tumors. hyperthermia, liposomes, drug delivery, dogs |
| LIPOSOMES | MS03- Thermochemotherapy. hyperthermia, liposomes, doxorubicin |
| LIVER | P08-66 Radiation-induced proteomic changes in rat liver. proteomics, liver, radiation |
| LIVER CANCER | S06-3 Dose-Volume Tolerance of the Liver to Radiation. radiation induced liver disease, normal tissue probability model, liver cancer, Lyman model |
| LOCAL RECURRENCE | S11-2 Preliminary report of thermal ablation therapy using ferromagnetic rod (ThermoRod™) in locally recurrent prostate cancer following external beam radiation therapy. prostate cancer, ferromagnetic, thermal ablation, local recurrence |
| LOCAL TUMOR CONTROL | L07 Proliferative changes in tumor xenografts in response to fractionated irradiation. repopulation, reoxygenation, fractionated radiotherapy, local tumor control |
| LOCAL TUMOR CONTROL | P26-269 Inhibition of EGF-receptor tyrosine kinase with BIBX1382BS prolongs growth delay but does not improve local tumor control in human FaDu SCC xenografts irradiated with 30 fractions in 6 weeks. EGFR-inhibition, repopulation, fractionated radiotherapy, local tumor control |
| LOCOREGIONAL HYPERTHERMIA | RC07 Trials, tribulations and triumphs of deep hyperthermia. locoregional hyperthermia, temperature, pelvic tumors |
| LOW FREQUENCY | MP03-27 Experimental evaluation of compact low frequency dual-antenna applicators for hyperthermia of breast tumors. electomagnetic, low frequency, applicators, breast tumors |
| LOW -DOSE HYPER-RADIOSENSITIVITY | P20-216 Ribozyme and antisense-mediated manipulation of poly(ADP-ribose) polmerase-1 to investigate its role in low-dose hyper-radiosensitivity. poly(adp-ribose) polymerase, low -dose hyper-radiosensitivity, ribozyme, antisense |
| LOW -DOSE HYPER-RADIOSENSITIVITY | MS12-7 Ribozyme and antisense-mediated manipulation of poly(ADP-ribose) polmerase-1 to investigate its role in low-dose hyper-radiosensitivity. poly(adp-ribose) polymerase, low -dose hyper-radiosensitivity, ribozyme, antisense |
| LOW LET RADIATION | P33-319 Soft X-ray Microbeam Dosimetry. microdosimetry, low LET radiation, soft X-rays, microbeam |
| LOW DOSE | S05- Biologic Responses to Low Doses of Low LET Ionizing Radiation. low dose |
| LOW DOSE | P38-368 Cancer risks associated with prolonged low dose r-irradiation. radiation, cancer, low dose, epidemiology |
| LOW DOSE | MS06-8 Cancer risks associated with prolonged low dose r-irradiation. radiation, cancer, low dose, epidemiology |
| LOW DOSE EFFECTS | P22-235 Low dose alpha radiation effects on cytokine gene expression. gene expression, cytokines, alpha radiation, low dose effects |
| LOW DOSE RADIATION | P35-343 Low Dose, Low-LET Ionizing Radiation-Induced Radioadaptation and Associated Early Responses in Unirradiated Cells. radioadaptation, bystander effects, low dose radiation |
| LOW DOSE RADIATION | P22-242 Assessment of Low Dose Ionizing Radiation Induced Changes in Gene Expression in Human Subjects. low dose radiation, gene expression, human effects, microdosimetry |
| LOW DOSE RADIATION | P09-80 The influence of low dose ionizing radiation on elevated endogenous free radical levels in transgenic growth hormone mice . free radicals, low dose radiation, antioxidants, genomic instability |
| LOW DOSE RADIATION | MS05-7 The influence of low dose ionizing radiation on elevated endogenous free radical levels in transgenic growth hormone mice . free radicals, low dose radiation, antioxidants, genomic instability |
| LOW DOSE RATE | 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 |
| LOW ENERGY ION-REACTIONS | P34-329 A novel apparatus for the study of ion reactions with biomolecules. low energy ion-reactions, DNA damage, organic synthesis |
| LOW ENERGY ION-REACTIONS | MS06-5 A novel apparatus for the study of ion reactions with biomolecules. low energy ion-reactions, DNA damage, organic synthesis |
| LOW LET | P35-341 Electron microbeam for investigation of bystander cell effects. microbeam, low let, electron |
| LOW- AND HIGH-LET | P19-188 Relationship Between Radiation-Induced Aberrations in Individual Chromosomes and their DNA Content: Effects of Interaction Distance. Chromosome participation in exchanges, Biophysical modeling, low- and high-LET |
| LOW-DOSE STUDIES | S15-4 Historical Study of The Incidence of Cataracts in Astronauts. space radiation, cataracts, low-dose studies, human studies |
| LOW-ENERGY ELECTRONS | S03-2 Spatial distribution of damage events caused by low-energy electrons. radiation chemistry, clustered damage, low-energy electrons |
| LOWER EUKARYOTES | P19-195 Motion and large-scale organization of chromatin in lower eukaryotes. chromosome structure, chromatin motion, nuclear size/shape, lower eukaryotes |
| LUNG CANCER | P22-247 TGF- signaling and radiation response in lung cancer.TGF- , lung cancer, RII, DPC4, radiation |
| LUNG FIBROSIS | P11-101 Role of TNF- and TNF receptors in a mouse model of radiation-induced pulmonary fibrosis.lung fibrosis, radiation, radpf-1, TNF- and TNF receptors |
| LUNG INJURY | P12-117 Protection from radiation induced acute lung injury by overexpression of extracellular superoxide dismutase in mice. radioprotection, superoxide dismutase, lung injury |
| LUNG INJURY | MS05-5 Protection from radiation induced acute lung injury by overexpression of extracellular superoxide dismutase in mice. radioprotection, superoxide dismutase, lung injury |
| LUNG IRRADIATION | P11-103 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| LUNG IRRADIATION | MS04-5 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| LUNGS | S06-4 Fractal analysis and volume effects in radiation-induced lung injury. volume effect, lungs, fractal analysis |
| LYMPHOCYTE ACTIVATION | RC02 Regulation of Immune Responses by Hyperthermia. immune response, tumor vasculature, hyperthermia, lymphocyte activation |
| LYMPHOCYTES | P11-98 Head-localized proton irradiation and immunomodulation in a rat model. out of field effects, psychoneuroimmunology, brain, lymphocytes |
| LYMPHOID TISSUES | P07-54 Comparison of immunomodulatory effects in strains of mice differing in susceptibility to high linear energy transfer (LET) radiation. immunomodulation, lymphoid tissues, genetic background, erythrocytes |