
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
| DDFP | P10-85 Modification of Radiation Response by DDFP, a gas-phase perfluorochemical emulsion. hypoxia, DDFP, radiation sensitizer, Morris 7777 hepatoma |
| DHPLC | P25-267 ATM mutations in breast cancer patients predict for an increase in radiation-induced late effects. ATM, breast cancer, DHPLC, radiation sensitivity |
| DNA DSB ESTIMATION | P17-165 Inappropriate analysis of DNA mass distributions in pulsed-field gels biases DSB estimates and yields different results for different parts of the gel. DNA DSB estimation, pulsed-field gel electrophoresis, background correction, random break induction |
| DNA DAMAGE | P22-254 Characterization of parx, a novel gene induced by ionizing radiation and other genotoxic agents. Ionizing Radiation, Gene Trapping, DNA Damage, GTPase Activating Protein |
| DNA DAMAGE | P13-129 Caffeine inhibits homologous recombination in mammalian cells. DNA Damage |
| DNA DAMAGE | RC17 DNA polymerases. DNA Replication, DNA Repair, DNA Damage |
| DNA DAMAGE | MS12-1 Characterization of parx, a novel gene induced by ionizing radiation and other genotoxic agents. Ionizing Radiation, Gene Trapping, DNA Damage, GTPase Activating Protein |
| DNA DAMAGE | MS08-7 Caffeine inhibits homologous recombination in mammalian cells. DNA Damage |
| DNA DOUBLE STRAND BREAK | P20-218 Structural and functional characterization of BCCIP, a BRCA2-interacting protein. BRCA2, BCCIP, Homologous Recombination, DNA Double Strand Break |
| DNA DOUBLE STRAND BREAK | MS08-3 Structural and functional characterization of BCCIP, a BRCA2-interacting protein. BRCA2, BCCIP, Homologous Recombination, DNA Double Strand Break |
| DNA MMR | P18-181 Reduced MLH1 expression in oral and oropharyngeal squamous cell carcinoma after primary radiation therapy correlates with local toxicity. DNA MMR, radiation, head and neck cancer, toxicity |
| DNA REPAIR | RC17 DNA polymerases. DNA Replication, DNA Repair, DNA Damage |
| DNA REPAIR | S18-1 Rad51 Recombinase and its Mediators . Rad Proteins, Recombination, DNA Repair |
| DNA REPAIR | S18- DNA double-strand break repair by homologous recombination. DNA Repair, Homologous Recombination, genomic instability |
| DNA REPLICATION | RC17 DNA polymerases. DNA Replication, DNA Repair, DNA Damage |
| DNA | P34-335 Sugar Radicals From Immediate Strand Breaks in Heavy Ion Irradiated DNA. DNA, irradiation, ESR, radical |
| DNA | P20-197 Effect of structure on relative yields of 8-hydroxy-2'-guanosine in irradiated solutions of guanylic acid. DNA, base damage, guanosine, guanylic acid |
| DNA | P20-211 GC/MS analysis of deoxyribose oxidation produced by radiation and Fe-EDTA: Quantitative comparison of phosphoglycolaldehyde and phosphoglycolate residues. deoxyribose, DNA, oxidation, radical |
| DNA | P20-212 -Irradation of DNA forms trans-2-butene-1,4-dial, a deoxyribose oxidation product that reacts with deoxycytidine to form a bicyclic adduct.DNA, deoxyribose, oxidation, radical |
| DNA | P29-287 CHARACTERIZATION OF A NOVEL RADIATION RESPONSIVE PROTEIN KINASE . protein kinase, DNA |
| DNA | P34-331 Excess electron transfer in DNA: The effect of base sequence and proton transfer . DNA, base sequence, electron transfer, electron spin resonance |
| DNA AND PROTEIN STRUCURE | RC05 Structural aspects of radiation damage to DNA-protein complexes. DNA-protein complexes, radiation-induced damage to DNA and proteins, DNA and protein strucure |
| DNA BASES | P34-337 Electron-thymine scattering cross sections at low energy (1-12 ev): electronic and vibrationnal excitations. resonance, DNA bases, secondary electrons |
| DNA BASES | MS06-4 Electron-thymine scattering cross sections at low energy (1-12 ev): electronic and vibrationnal excitations. resonance, DNA bases, secondary electrons |
| DNA BINDING | P33-321 Localization of InTMPyP for use in Auger Electron Therapy (AET). auger electron therapy, nuclear medicine, DNA binding, indium |
| DNA BINDING ACTIVITY | P17-166 In vitro activities and complex formation of the human Rad51B and Rad51C DNA repair proteins. Complex formation, DNA binding activity, ATPase activity, DNA strand transfer activity |
| DNA DAMAGE | P34-336 Thermally stable sites for electron capture in directly ionized DNA. DNA radiation chemistry, EPR spectroscopy, DNA damage, oligodeoxynucleotides |
| DNA DAMAGE | S03- Clustered Radiation Damage in DNA: An Interdisciplinary Approach. clusters, DNA damage, DNA repair, free radical |
| DNA DAMAGE | S19-4 Targeted versus non-targeted cellular responses at low doses. DNA damage, microbeam, bystander, cell signalling |
| DNA DAMAGE | MS08-6 Ku affects the ATM-dependent S-phase checkpoint response following ionizing radiation. Ku80, ATM, S-phase checkpoint, DNA damage |
| DNA DAMAGE | MS06-5 A novel apparatus for the study of ion reactions with biomolecules. low energy ion-reactions, DNA damage, organic synthesis |
| DNA DAMAGE | MS12-4 Mechanism of DNA radiosensitization by bromouridine. DNA damage, radiosensitizer, gamma rays, Bromouracil |
| DNA DAMAGE | P18-180 Repair of clustered DNA damage by XRS5 nuclear extracts. DNA damage, single strand break, 8-oxoG, repair |
| DNA DAMAGE | P17-164 DNA damage induction by 123I-estrogen decay. 123I-estrogen, DNA damage, Auger emitters |
| DNA DAMAGE | 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 |
| DNA DAMAGE | P17-175 Microscopic visualisation of DNA damage and repair with targeted irradiation. DNA damage, DNA repair, histone H2AX, microbeam |
| DNA DAMAGE | P32-316 Enhancement of DNA damage due to incorporation of halogenated pyrimidines. DNA damage, halogenated pyrimidine, radiosensitization, Monte Carlo simulation |
| DNA DAMAGE | P17-177 The production of ssb and dsb in fully hydrated DNA by 8.4eV VUV photons. DNA damage, Vacuum UV |
| DNA DAMAGE | P17-154 NHEJ is a checkpoint independent process in mammalian cells. DNA damage, DNA repair, checkpoint activation |
| DNA DAMAGE | P34-329 A novel apparatus for the study of ion reactions with biomolecules. low energy ion-reactions, DNA damage, organic synthesis |
| DNA DAMAGE | P34-330 Mechanism of DNA radiosensitization by bromouridine. DNA damage, radiosensitizer, gamma rays, Bromouracil |
| DNA DAMAGE | P15-143 Ku affects the ATM-dependent S-phase checkpoint response following ionizing radiation. Ku80, ATM, S-phase checkpoint, DNA damage |
| DNA DAMAGE RAPAIR | S21- Role of ATM and ATR. ATM/ATR, chromatin modification, cell cycle checkpoint, DNA damage rapair |
| DNA DAMAGE REPAIR | S08-1 Role of DNA-PK in the repair of DNA double-strand breaks after irradiation. DNA damage repair, Immunodeficiency, Radiation, Cancer |
| DNA DAMAGE RESPONSE | P07-55 Induction of cell stress response after charged particle exposure. High LET, Charged particles, p53 , DNA damage response |
| DNA DAMAGE RESPONSE | S18-4 BRCA1 AND BRCA2: THEIR ROLES IN HOMOLOGOUS RECOMBINATION, RESPONSE TO STRAND BREAKS AND MAINTENANCE OF DNA REPLICATION . BRCA1 and BRCA2, Homologous Recombination, DNA damage response, S-phase checkpoints |
| DNA DOUBLE STRAND BREAK REPAIR | S05-2 Secretory clusterin: a low dose-inducible secretory protein that holds promise as a molecular determinant of radiation bystander effects. IR-inducible transcription, DNA double strand break repair, apoptosis, p53 regulation |
| DNA DOUBLE STRAND BREAKS | S08-4 Repair of DNA double strand breaks in cells of higher eukaryotes. Repair, DNA double strand breaks, Homologous recombination, Non-homologous endjoining |
| DNA DOUBLE-STRAND BREAK | P20-199 Inhibition of DNA double-strand break end-joining by an scFv directed against an allosteric site in the DNA-dependent protein kinase catalytic subunit. DNA-dependent protein kinase (DNA-PK), single chain antibody variable fragment (scFv), DNA double-strand break, DNA repair |
| DNA DOUBLE-STRAND BREAK REPAIR | S08-3 Regulation of DNA-PK Function by Autophosphorylation in vivo. DNA-PK, autophosphorylation, phosphorsspecific antibody, DNA double-strand break repair |
| DNA DOUBLE-STRAND BREAKS | P17-160 Persistent ATM activation in Ku80-/- fibroblasts. ATM, Ku, DNA double-strand breaks, DNA-PK |
| DNA DOUBLE-STRAND BREAKS | P20-210 ATM Phosphorylates Histone H2AX in Response to DNA Double-Strand Breaks. H2AX, ATM, DNA-PK, DNA double-strand breaks |
| DNA DSB REPAIR | P17-162 Telomere dysfunction and radiation-induced chromosomal instability. telomere, DNA dsb repair, DNA-PK, chromosomal instability |
| DNA LIGAND H-33342 | P13-123 Radiosensitization of Ehrlich ascites tumor cells by DNA ligand H-33342 in vitro and in vivo. differential radiomodification, DNA ligand H-33342, Ehrlich ascites tumor cells, tumor regression and cure rate |
| DNA LIGASE IV | S08-2 Reconstitution of the DNA double-strand break end-joining reaction from purified components. Double-strand break repair, DNA ligase IV, Ku protein, Reconstituted reaction |
| DNA METHYLTRANSFERASE | 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 |
| DNA METHYLTRANSFERASE | 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 |
| DNA MICROARRAY | P16-152 DNA microarray studies of radiation-resistant and radiation-sensitive human colorectal cancer clones. DNA microarray, radiation-resistant clones, radiation-sensitive clones |
| DNA MICROARRAY | MS07-6 DNA microarray studies of radiation-resistant and radiation-sensitive human colorectal cancer clones. DNA microarray, radiation-resistant clones, radiation-sensitive clones |
| DNA NUCLEAR MATRIX INTERACTIONS | P36-360 Redox sensitive protein(s) are involved with anchoring DNA to the nuclear matrix. MAR, nuclear matrix, DNA nuclear matrix interactions, redox |
| DNA RADIATION CHEMISTRY | P34-336 Thermally stable sites for electron capture in directly ionized DNA. DNA radiation chemistry, EPR spectroscopy, DNA damage, oligodeoxynucleotides |
| DNA REARRANGEMENT | P17-173 Detection and sequencing of ionizing radiation-induced DNA rearrangements. DNA rearrangement, chromosomal aberration, DNA repair |
| DNA REPAIR | P17-167 The role of homologous recombination in the repair of radiation-induced DNA double-strand breaks in human tumor cell lines. DNA repair, homologous recombination, anti-sense |
| DNA REPAIR | 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 |
| DNA REPAIR | P16-149 Hypoxic tumor cells remain competent for DNA repair. DNA repair, Hypoxia, G2 Delay, 53BP1 |
| DNA REPAIR | P13-122 ATM-induced radiosensitization in vitro and in vivo . ATM, DNA repair, radiosensitization, caffeine |
| DNA REPAIR | S12-2 The role of non-homologous DNA end-joining and homologous recombination in heat-radiosensitization. hyperthermia, DNA repair, Ku80, Mre11/Rad50/Nbs1 |
| DNA REPAIR | P20-215 Molecular mechanisms underlying cellular radiosensitivity: cell cycle dependent reduction of excess acentric fragments. cellular radiosensitivity, DNA repair, acentric fragments, apoptosis |
| DNA REPAIR | S03- Clustered Radiation Damage in DNA: An Interdisciplinary Approach. clusters, DNA damage, DNA repair, free radical |
| DNA REPAIR | S17-2 DNA-PK: impact on DNA DSB repair, lymphocyte development, tumorigenesis, and innate immunity. mouse model, DNA repair, innate immunity, tumorigenesis |
| DNA REPAIR | S12- Hyperthermia and Radiation Sensitivity. hyperthermia, radiosensitization, protein denaturation, DNA repair |
| DNA REPAIR | L02 Double-strand Break Repair in Human Cells. DNA repair, recombination, RAD51, genome instability |
| DNA REPAIR | WIP-379 DNA-PKcs is critical for telomere capping. DNA repair, Telomere |
| DNA REPAIR | P17-173 Detection and sequencing of ionizing radiation-induced DNA rearrangements. DNA rearrangement, chromosomal aberration, DNA repair |
| DNA REPAIR | S08- Repair of DNA double strand breaks by non-homologous end-joining. DNA repair, Non-homologous endjoining, Ionizing radiation, DNA-PK |
| DNA REPAIR | MS12-3 Molecular mechanisms underlying cellular radiosensitivity: cell cycle dependent reduction of excess acentric fragments. cellular radiosensitivity, DNA repair, acentric fragments, apoptosis |
| DNA REPAIR | P18-179 hTERT Associating with Telomeres Reduces Spontaneous Chromosome Damage and Enhances DNA Repair. Telomere, Telomerase, Gene Expression, DNA repair |
| DNA REPAIR | P17-175 Microscopic visualisation of DNA damage and repair with targeted irradiation. DNA damage, DNA repair, histone H2AX, microbeam |
| DNA REPAIR | P20-199 Inhibition of DNA double-strand break end-joining by an scFv directed against an allosteric site in the DNA-dependent protein kinase catalytic subunit. DNA-dependent protein kinase (DNA-PK), single chain antibody variable fragment (scFv), DNA double-strand break, DNA repair |
| DNA REPAIR | P20-202 Strict regulation of recombination in the rDNA array. Recombination, Ribosomal DNA, DNA repair, Saccharomyces cerevisae |
| DNA REPAIR | P20-203 Properties of eukaryotic polynucleotide kinases: a new base excision repair enzyme . DNA repair, strand-break, Schizosaccharomyces pombe |
| DNA REPAIR | P17-158 Characterization of interchromosomal recombination within the Saccharomyces cerevisiae rDNA. Recombination, Ribosomal DNA, DNA repair, Saccharomyces cerevisae |
| DNA REPAIR | P17-154 NHEJ is a checkpoint independent process in mammalian cells. DNA damage, DNA repair, checkpoint activation |
| DNA REPAIR | 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 |
| DNA REPAIR | P20-205 Identification of new genes in Saccharomyces cerevisiae conferring resistance to ionizing radiation using a genome wide approach. DNA repair, Chromatin remodeling, Cell cycle checkpoints, Radiosensitivity |
| DNA REPAIR COMPLEXES | P20-198 DNA Repair Complexes as Indicators of Response to Radiation. DNA repair complexes, RPA, H2AX, BRCA1 |
| DNA REPLICATION | P20-196 RPA2 phosphorylation after DNA damage by the coordinated action of ATM and DNA-PK . DNA replication, phosphorylation, replication protein A |
| DNA STRAND BREAKAGE | P15-136 The radiation hypersensitivity of cells at mitosis. Intrinsic radiosensitivity, Mitotic cells, DNA strand breakage |
| DNA STRAND TRANSFER ACTIVITY | P17-166 In vitro activities and complex formation of the human Rad51B and Rad51C DNA repair proteins. Complex formation, DNA binding activity, ATPase activity, DNA strand transfer activity |
| DNA-PK | P17-178 Low dose hyper-radiosensitivity and DNA damage recognition. PARP, DNA-PK, hyper-radiosensitivity, radioresistance |
| DNA-PK | P17-160 Persistent ATM activation in Ku80-/- fibroblasts. ATM, Ku, DNA double-strand breaks, DNA-PK |
| DNA-PK | P20-210 ATM Phosphorylates Histone H2AX in Response to DNA Double-Strand Breaks. H2AX, ATM, DNA-PK, DNA double-strand breaks |
| DNA-PK | P20-219 Differential requirements of phosphoglycolate removing and 3'->5' processing activities in human lymphoblastoid cell extracts. End-Joining, Phosphoglycolate, DNA-PK, Exonuclease |
| DNA-PK | S08-3 Regulation of DNA-PK Function by Autophosphorylation in vivo. DNA-PK, autophosphorylation, phosphorsspecific antibody, DNA double-strand break repair |
| DNA-PK | S08- Repair of DNA double strand breaks by non-homologous end-joining. DNA repair, Non-homologous endjoining, Ionizing radiation, DNA-PK |
| DNA-PK | MS08-4 Differential requirements of phosphoglycolate removing and 3'->5' processing activities in human lymphoblastoid cell extracts. End-Joining, Phosphoglycolate, DNA-PK, Exonuclease |
| DNA-PK | P17-162 Telomere dysfunction and radiation-induced chromosomal instability. telomere, DNA dsb repair, DNA-PK, chromosomal instability |
| DNA-DAMAGE | P17-156 DNA-Dependent protein kinase regulates Werner syndrome protein linking aging to DNA repair. DNA-dependent protein kinase , Werner syndrome, non-homologous end joining, DNA-damage |
| DNA-DEPENDENT PROTEIN KINASE | P17-156 DNA-Dependent protein kinase regulates Werner syndrome protein linking aging to DNA repair. DNA-dependent protein kinase , Werner syndrome, non-homologous end joining, DNA-damage |
| DNA-DEPENDENT PROTEIN KINASE (DNA-PK) | 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 |
| DNA-DEPENDENT PROTEIN KINASE (DNA-PK) | P20-199 Inhibition of DNA double-strand break end-joining by an scFv directed against an allosteric site in the DNA-dependent protein kinase catalytic subunit. DNA-dependent protein kinase (DNA-PK), single chain antibody variable fragment (scFv), DNA double-strand break, DNA repair |
| DNA-DSBS | P20-213 Ser15-phosphorylated p53: a Sensor of DNA damage. p53, DNA-dsbs, fibroblasts, cell-cycle |
| DNA-DSBS | MS12-2 Ser15-phosphorylated p53: a Sensor of DNA damage. p53, DNA-dsbs, fibroblasts, cell-cycle |
| DNA-PROTEIN COMPLEXES | RC05 Structural aspects of radiation damage to DNA-protein complexes. DNA-protein complexes, radiation-induced damage to DNA and proteins, DNA and protein strucure |
| DNA-REPAIR | P20-201 How does 8-oxoguanine DNA glycosylase (hOGG1) recognize oxoG:C base pairs? 8-oxoguanine, DNA-repair, hOGG1-glycosylase, MD-simulation |
| DPC4 | P22-247 TGF- signaling and radiation response in lung cancer.TGF- , lung cancer, RII, DPC4, radiation |
| DSB REPAIR | S12-4 Hyperthermic radiosensitization: relevance of inhibition of individual DNA repair pathways. Heat radiosensitization, base damage repair, DSB repair, chromatin structure |
| DELAYED EFFECTS | P28-279 Delayed effects induced in human hybrid cells by UVB radiation. UVB radiation, Delayed effects, Oncogenic transformation |
| DIAGNOSIS | S20-3 Classification and Diagnostic Prediction of Cancers using Gene Expression Profiling and Artificial Neural Networks. Microarray, Diagnosis, Classification, Malignancy |
| DIFFERENTIATION | P35-357 Bystander responses in tissues: Implications from targeted studies in an explant model. Bystander, Explant, Differentiation, Urothelium |
| DOPAMINE | S15-3 Behavioral and Neural Effects of Exposure to Heavy Particles. Heavy Particles, Behavior, Dopamine |
| DOSE RATE EFFECTS | 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 |
| DOSE-RESPONSE RELATIONSHIP | S07-2 Defining thermal goals for hyperthermia. Thermal dose, Thermometry, MR-tomography, Dose-response relationship |
| DOSE-VOLUME HISTOGRAM (DVH) | P33-320 Intensity-Modulated Radiation Therapy (IMRT) reduces the dose to the small bowel for patients with pancreatic cancers. Intensity-modulated radiation therapy (IMRT) , Dose-volume histogram (DVH) , Pancreatic cancer , Three-dimensional conformal radiation treatment (3D-CRT) |
| DOUBLE-STRAND BREAK REPAIR | S08-2 Reconstitution of the DNA double-strand break end-joining reaction from purified components. Double-strand break repair, DNA ligase IV, Ku protein, Reconstituted reaction |
| DRUG DELIVERY | 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 |
| DRUG TARGETING | MP05-44 Potentiation of immunoliposome-mediated drug delivery to tumors by local hyperthermia. Hyperthermia, Liposomes, Antibodies, Drug targeting |
| DC | S02-3 Microarray Analysis of the Effects of HSP110 and grp170 on Human Macrophages and Dendritic Cells. hsp110, grp170, apc, dc |
| DEEP HYPERTHERMIA | S01-4 External HT with BSD 2000 sigma 60 system and radiation therapy for locally advanced and / radiation-refractory prostate cancer . deep hyperthermia, prostate cancer, irradiation |
| DELAYED EFFECTS | WS09 Delayed effects of radiation exposure: trans-generational, bystander and genomic instability. delayed effects, transgenerational, bystander effect, genomic instability |
| DELETION MUTANT | MP02-14 Identification of Functional Domains of Grp170 by Use of Targeted Deletions. grp170, heat shock protein, chaperone, deletion mutant |
| DELETION MUTANT | MS11-9 Identification of Functional Domains of Grp170 by Use of Targeted Deletions. grp170, heat shock protein, chaperone, deletion mutant |
| DEMYELINATION | MS11-5 Changes in oligodendrocyte precursor cells and myelin gene expression following radiation to the spinal cord. oligodendrocytes, demyelination, central nervous system |
| DEMYELINATION | P11-96 Changes in oligodendrocyte precursor cells and myelin gene expression following radiation to the spinal cord. oligodendrocytes, demyelination, central nervous system |
| DENDRITIC CELL | P24-260 Radiation affects antigen presentation by dendritic cells. radiation, antigen presentation, dendritic cell, proteasome |
| DENDRITIC CELL | WIP-388 Stimulation of epidermal dendritic cells by fever-range hyperthermia. fever, dendritic cell, hyperthermia, epidermis |
| DENDRITIC CELL | MS04-8 Radiation affects antigen presentation by dendritic cells. radiation, antigen presentation, dendritic cell, proteasome |
| DEOXYRIBOSE | P20-211 GC/MS analysis of deoxyribose oxidation produced by radiation and Fe-EDTA: Quantitative comparison of phosphoglycolaldehyde and phosphoglycolate residues. deoxyribose, DNA, oxidation, radical |
| DEOXYRIBOSE | P20-212 -Irradation of DNA forms trans-2-butene-1,4-dial, a deoxyribose oxidation product that reacts with deoxycytidine to form a bicyclic adduct.DNA, deoxyribose, oxidation, radical |
| DEVELOPMENT | S17-3 Mrad9 knockout mice: a model for sensitivity to DNA damage and abnormal development. mouse, Mrad9, radiosensitivity, development |
| DIAGNOSIS | RC03 Revolutionary Impact of PET Imaging on the Management of Patients with Cancer. FDG, PET, imaging, diagnosis |
| DIAGNOSTIC ULTRASOUND | MS02-1 Noninvasive Temperature Estimation Based on the Energy of Backscattered Ultrasound. diagnostic ultrasound, hyperthermia, noninvasive thermometry |
| DICENTRIC | P19-190 Comparing cytochalasin B versus bromodeoxyuridine for detecting first metaphase spreads in the dicentric chromosome assay. biological dosimetry, cytogenetics, dicentric |
| DICENTRIC ASSAY | P19-185 Biodosimetry strategy for potential radiation casualty events. Biological dosimetry, dicentric assay, triage, mass radiation casualty |
| DIDOX | P13-126 Didox overcomes bcl-2 mediated radiation resistance in prostate tumor cell line PC-3. radiosensitization, didox, prostate cancer, bcl-2 |
| DIDOX | MS12-9 Didox overcomes bcl-2 mediated radiation resistance in prostate tumor cell line PC-3. radiosensitization, didox, prostate cancer, bcl-2 |
| DIFFERENTIAL RADIOMODIFICATION | P13-123 Radiosensitization of Ehrlich ascites tumor cells by DNA ligand H-33342 in vitro and in vivo. differential radiomodification, DNA ligand H-33342, Ehrlich ascites tumor cells, tumor regression and cure rate |
| DISEASE | S17- Mouse Models of Disease. mouse, mutant, disease, radioresistance |
| DNA | P32-315 Computational modeling of site-specific water radical attack to the base moiety of DNA. dna , radiation chemistry, hydroxyl radical, water radical |
| DNA | P34-334 Direct radiation damage in DNA: the yield of immediate strand breaks as a function of site location and base sequence. dna, hplc |
| DNA | MS08-5 Direct radiation damage in DNA: the yield of immediate strand breaks as a function of site location and base sequence. dna, hplc |
| DNA REPAIR | S04-1 Roles of the yeast Rad51 ATPase in spontaneous and double-strand break-induced recombination. dna repair, gene conversion, homologous recombination, saccharomyces cerevisiae |
| DNMT1 | 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 |
| DOGS | MS03-3 Thermosensitive liposomal doxorubicin combined with local hyperthermia in dogs with spontaneous tumors. hyperthermia, liposomes, drug delivery, dogs |
| DOSE-RATE | S05-1 Gene expression in response to low dose ionizing radiation: A functional genomics approach. gene expression, microarray, dose-rate |
| DOSE-REGION EFFECT | P11-103 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| DOSE-REGION EFFECT | MS04-5 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| DOSE-VOLUME EFFECT | P11-103 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| DOSE-VOLUME EFFECT | MS04-5 Dose-volume-region effects in partial irradiation of rat lung. NTCP, lung irradiation, dose-volume effect, dose-region effect |
| DOSIMETRY | P33-324 The dosimetry of 3H and 14C incorporated into the nucleus of a cell. dosimetry, 3H, 14C, Monte Carlo methods |
| DOSIMETRY | MS06-3 The dosimetry of 3H and 14C incorporated into the nucleus of a cell. dosimetry, 3H, 14C, Monte Carlo methods |
| DOUBLE STRAND BREAKS | P17-157 Repair of Abasic Clustered Damages and Double Strand Breaks in Human Cells. clustered DNA damages, abasic clusters, double strand breaks, human cells |
| DOUBLE STRANDED RNA-DEPENDENT PROTEIN KINASE (PKR) | 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 |
| DOUBLE STRANDED RNA-DEPENDENT PROTEIN KINASE (PKR) | 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 |
| DOUBLE-STRAND DNA DAMAGE | P17-172 Histone Deacetylase 4 (HDAC4) forms foci in response to DSB and is a new member of the DNA damage response pathway. double-strand DNA damage, HDAC 4, histone deacetylase , ionizing radiation |
| DOUBLE-STRAND BREAK | WIP-380 Chromosome instability resulting from a single double-strand break near a telomere in mouse embryonic stem cells. chromosome instability, double-strand break, telomere, chromosome fusion |
| DOUBLE-STRAND BREAK REPAIR | P17-174 Misrejoining of radiation-induced DNA double-strand breaks. double-strand break repair, ionizing radiation, misrejoining |
| DOUBLE-STRAND BREAKS | P17-159 Damage and repair of the ribose moiety of DNA. double-strand breaks, heat-labile sites, sugar lesions |
| DOXIL | MS03-5 A Phase I-II clinical trial of fever-range whole-body hyperthermia combined with liposomal doxorubicin (Doxil), 5-fluorouracil (5FU), & metronomic interferon- (IFN- ): An interim report.fever-range whole-body hyperthermia, doxil, 5-flourouracil, interferon- ![]() |
| DOXIL | S01-1 Phase I/II study of liposomal doxorubicin and whole abdomen hyperthermia in refractory ovarian cancer. ovarian cancer, doxil, hyperthermia, quality of life |
| DOXORUBICIN | MS03- Thermochemotherapy. hyperthermia, liposomes, doxorubicin |
| DRUG DELIVERY | P12-112 Pharmacokinetics and survival in mice implanted with biodegradable amifostine pellets or injected with free amifostine. radioprotection, amifostine, drug delivery, biodegradable implants |
| DRUG DELIVERY | MS03-3 Thermosensitive liposomal doxorubicin combined with local hyperthermia in dogs with spontaneous tumors. hyperthermia, liposomes, drug delivery, dogs |
| DRUG RESISTANCE | P16-148 Contact-mediated radioresistance, drug resistance and cell morphology. contact effect, cell morphology, drug resistance, spheroid |