
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
| P-31 MRS | P06-49 Monitoring of early radiation responses with P-31 magnetic resonance spectroscopy in Ehrlich ascites tumor cells. P-31 MRS, Tumor radiation response, Predictive assay, PME/PDE ratio |
| PARP | P17-178 Low dose hyper-radiosensitivity and DNA damage recognition. PARP, DNA-PK, hyper-radiosensitivity, radioresistance |
| PCC | P19-182 Analysis of Chromosome Aberations in Astronauts' Lymphocytes after Space Flight . biodosimetry, space radiation, Chromosome damage, PCC |
| PCNA | P20-220 Interaction of BCCIP with PCNA and transcription factors. BRCA2, PCNA, BCCIP, p21 |
| PCNA | MS11-4 Interaction of BCCIP with PCNA and transcription factors. BRCA2, PCNA, BCCIP, p21 |
| PERK | P30-290 Regulation of protein synthesis by hypoxia through activation of the protein kinase PERK and phosphorylation of eIF2 .hypoxia, translation, eIF2 , PERK |
| PERP | WIP-376 CHARACTERIZATION OF PERP, A NOVEL p53 APOPTOSIS-SPECIFIC TARGET GENE . p53, PERP, apoptosis, mouse models |
| PET | P06-47 A portable PET system for analysis of accelerator activated 15O washout. PET, Perfusion, washout |
| PET | S14-1 Biological Imaging by PET and SPECT. PET, SPECT, molecular imaging |
| PET | S14- Biological Imaging . Molecular imaging, MRI, PET, Treatment planning |
| PET | S14-4 How functional is functional imaging? imaging, PET, radiotherapy |
| PET | RC03 Revolutionary Impact of PET Imaging on the Management of Patients with Cancer. FDG, PET, imaging, diagnosis |
| PET SCAN | MP05-46 Thermoradiotherapy in Breast Cancer. Treating with curative intent and objective end point parameters. breast cancer, hyperthermia, PET scan, MRS |
| PG-TXL | P26-275 Poly(L-glutamic acid)-paclitaxel dramatically enhances the anti-tumor efficacy of radiotherapy. PG-TXL, Radiation, fractionation, therapeutic ratio |
| PKCDELTA | P29-283 PKCdelta Overexpression Enhances Radiation Sensitivity via ERK1/2 Activation and Abolishing the Radiation Induced G2/M Arrest. PKCdelta, EKR1/2, Radiosensitivity, Apoptosis, G2/M phas |
| PLDR | 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 |
| PME/PDE RATIO | P06-49 Monitoring of early radiation responses with P-31 magnetic resonance spectroscopy in Ehrlich ascites tumor cells. P-31 MRS, Tumor radiation response, Predictive assay, PME/PDE ratio |
| PACLITAXEL | 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 |
| PACLITAXEL | 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 |
| PANCREATIC CANCER | 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) |
| PERFUSION | P06-47 A portable PET system for analysis of accelerator activated 15O washout. PET, Perfusion, washout |
| PHOSPHOGLYCOLATE | P20-219 Differential requirements of phosphoglycolate removing and 3'->5' processing activities in human lymphoblastoid cell extracts. End-Joining, Phosphoglycolate, DNA-PK, Exonuclease |
| PHOSPHOGLYCOLATE | MS08-4 Differential requirements of phosphoglycolate removing and 3'->5' processing activities in human lymphoblastoid cell extracts. End-Joining, Phosphoglycolate, DNA-PK, Exonuclease |
| PHOTODYNAMIC THERAPY | P28-281 G6PD deficient cells exhibit an unique cross sensitivity to PDT and ionizing radiation. Glucose-6-phosphate dehydrogenase, Redox, Photodynamic Therapy , Apoptosis |
| PHOTON IRRADIATION | P11-92 Late radiation effects in the dog brain: correlation of MRI and histological changes. CNS late effects, MRI changes, Histological evaluation, Photon irradiation |
| PHYSIOLOGY | MS01- Physiological and Metabolic Aspects of Hyperthermia. Hyperthermia, Vasculature, Physiology, Metabolism |
| PORPHYRIN | P11-99 Evaluation of normal tissue response to porphyrin mediated boron neutron capture therapy. BNCT, Porphyrin, Tolerance, Rat |
| POST-TRANSCRIPTIONAL | P22-233 Low dose -rays-induced changes in gene expression: possible involvement of post-transcriptional gene silencing. CSB, Transcriptional, Post-transcriptional, Gene silencing |
| PREDICTIVE ASSAY | P06-49 Monitoring of early radiation responses with P-31 magnetic resonance spectroscopy in Ehrlich ascites tumor cells. P-31 MRS, Tumor radiation response, Predictive assay, PME/PDE ratio |
| PROSTATE CARCINOMA | P31-303 Increased radiosensitivity through inhibition of NF B activation.Radiation Induced Apoptosis, NF B, Radiosensitivity, Prostate Carcinoma |
| PROSTATE CARCINOMA | P25-266 Elevated G 2 chromosomal radiosensitivity observed in patients with benign and malignant prostate conditions. Benign Prostatic hyperplasia, Prostate carcinoma, radiosensitivity, G 2 assay |
| PROSTATE CARCINOMA | MS07-3 Elevated G 2 chromosomal radiosensitivity observed in patients with benign and malignant prostate conditions. Benign Prostatic hyperplasia, Prostate carcinoma, radiosensitivity, G 2 assay |
| PROTEASOMAL DEGRADATION | P10-91 Inhibition of HIF-1 by ibuprofen under normoxia and hypoxia.HIF-1 , VEGF/GLUT-1, Normoxia/hypoxia, Proteasomal degradation |
| PROTEASOME | S23-3 Is the Proteasome a Redox-Sensitive Target for Radiation and other Stress Signals? Proteasome, Redox, Stress responses, radiation |
| PROTEIN MICROARRAY | P31-305 Discovery of novel radiation-induced proteins by protein microarray. Radiation , Protein Microarray, CEA, UCP2 |
| PROTEIN DAMAGE | P34-332 Low-energy (< 35 eV) electron damage to protein subunits. Protein damage, Low energy electrons |
| PROTEIN INTERACTIONS | S18-3 Interactions involving the Rad51 paralogs Rad51C and XRCC3 in human cells. Rad51 paralogs, Protein interactions, recombinational repair |
| PROTON TRANSFER | P34-338 Proton transfer behavior in adenine derivatives: Study of 9- -D-arabinofuranosyl adenine crystals x-irradiated at 10K.Proton Transfer, Adenine Oxidation/reduction, Charge Transfer, Radical Stabilization |
| PULMONARY TOXICITY | P21-228 Soluble TGF- type II receptor gene therapy ameliorates acute radiation-induced pulmonary injury in rats.Gene therapy, Radiation, TGF- , Pulmonary toxicity |
| PUTRESCINE | P20-214 Detecting clustured DNA abasic sites by use of polyamines. Abasic sites, Putrescine, EndonucleaseIV, Ionizing radiation |
| PUTRESCINE | MS08-1 Detecting clustured DNA abasic sites by use of polyamines. Abasic sites, Putrescine, EndonucleaseIV, Ionizing radiation |
| P-BORONOPHENYLALANINE | P26-270 A Re-analysis of the Effective Boron Dose Delivered in the Renewed Clinical Trials in Boron Neutron Capture Therapy (BNCT) at the Brookhaven National Laboratory (BNL). bnct, boron neutron capture therapy, biodistribution, p-boronophenylalanine |
| P16 | MP04-41 Efficacy of ionizing radiation combined with adenoviral-p16 gene therapy in nasopharyngeal carcinoma. p16, tumour suppressor, gene therapy, nasopharyngeal carcinoma |
| P16 | MS04-6 Efficacy of ionizing radiation combined with adenoviral-p16 gene therapy in nasopharyngeal carcinoma. p16, tumour suppressor, gene therapy, nasopharyngeal carcinoma |
| P21 | P17-176 DNA damage response proteins localize to foci along tracks of particle-induced damage. high-LET, p21, Mre11, foci |
| P21 | P20-200 The role of novel polyubiquitin chains in DNA post-replication repair and mutagenesis in mammalian cells . ubiquitin, UV, p21, mutagenesis |
| P21 | P30-292 Abrogation of Radiation-Induced p21 Expression by the Spheroid Microenvironment. spheroid, p21, tumor, microenvironment |
| P21 | P20-220 Interaction of BCCIP with PCNA and transcription factors. BRCA2, PCNA, BCCIP, p21 |
| P21 | S19-1 Biological Visualization of Single Charged Particle Tracks. particle track, p21, TP53, foci |
| P21 | MS11-4 Interaction of BCCIP with PCNA and transcription factors. BRCA2, PCNA, BCCIP, p21 |
| P21 KNOCKOUT CELLS | P19-192 Unusual radiation-induced cytogenetic responses in p53 and p21 knockout mouse cells. chromosomal aberrations, sister chromatid exchanges, p53 knockout cells, p21 knockout cells |
| P21(WAF1) CELL CYCLE INHIBITOR | P15-140 The development of multinucleated giant cells following low dose irradiation in p53-proficient human tumor cells correlates with diminished p21(WAF1) protein abundance.ionizing radiation, p21(WAF1) cell cycle inhibitor, giant cells, genomic instability |
| P21WAF1-CIP1 | P25-262 RADIATION-INDUCED ALTERATIONS IN p21Waf1Cip1 GENE EXPRESSION AND ENCODED PROTEIN CONTENT: DEVELOPMENT OF NOVEL BIODOSIMETRY METHODOLOGIES; . Biodosimetry, p21Waf1-Cip1, ras |
| P42/44 MAPK KINASE | 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 |
| P53 | P07-55 Induction of cell stress response after charged particle exposure. High LET, Charged particles, p53 , DNA damage response |
| P53 | P15-139 p53 is involved in radiation-induced mitotic catastrophe. p53, cell cycle, mitotic catastrophe, radiation |
| P53 | MS11-6 Transcriptional regulation of the x-ray inducible protein clusterin. clusterin, p53, ionizing radiation |
| P53 | MS12-2 Ser15-phosphorylated p53: a Sensor of DNA damage. p53, DNA-dsbs, fibroblasts, cell-cycle |
| P53 | MS07-5 Role of p53 in the resistance of gliomas to BCNU and TMZ. p53, glioma, MGMT, resistance |
| P53 | 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 |
| P53 | P21-225 Radiosensitization is Not Increased with the Addition of Adenoviral-E2F-1 when Combined with Adenoviral-p53 Mediated Gene Transfer. gene therapy, radiation, p53, E2F-1 |
| P53 | S10-1 Hypoxia links ATR and p53 through replication arrest. hypoxia, p53, ATR |
| P53 | S20-4 Expression profiling and informatic analysis of radiation reponse. gene expression, p53, microarray |
| P53 | P20-213 Ser15-phosphorylated p53: a Sensor of DNA damage. p53, DNA-dsbs, fibroblasts, cell-cycle |
| P53 | P22-248 Transcriptional regulation of the x-ray inducible protein clusterin. clusterin, p53, ionizing radiation |
| P53 | RC16 Apoptosis and Its Role in Malignant Progression. apoptosis, p53, cancer, tumor suppressor |
| P53 | P13-128 Role of p53 in the resistance of gliomas to BCNU and TMZ. p53, glioma, MGMT, resistance |
| P53 | WIP-376 CHARACTERIZATION OF PERP, A NOVEL p53 APOPTOSIS-SPECIFIC TARGET GENE . p53, PERP, apoptosis, mouse models |
| P53 | S17-4 Roles for the Gadd45a gene in the maintenance of genomic stability and cell signaling. p53, Gadd45, MAP kinase, growth control |
| P53 KNOCKOUT CELLS | P19-192 Unusual radiation-induced cytogenetic responses in p53 and p21 knockout mouse cells. chromosomal aberrations, sister chromatid exchanges, p53 knockout cells, p21 knockout cells |
| P53 PATHWAY | WS02- Microenvironmental and genetic factors in the response of the haemopoietic system to ionising radiation. Microenvironment, Genetics , Cellular interactions, p53 pathway |
| P53 REGULATION | 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 |
| PH | P30-300 Effects of microenvironmental extracellular pH and extracellular matrix proteins on the activity of angiostatin activity and on intracellular pH. intracellular pH, angiogenesis, angiostatin, pH |
| PH | P30-294 Enhanced TRAIL-mediated apoptosis in the low pH medium. tumor microenvironments, pH, TRAIL, apoptosis |
| PH | P06-48 Comparison of MR imaging and MR spectroscopic parameters with oxygenation, thermometry, and histopathology in 35 patients with high grade soft tissue sarcomas following thermoradiotherapy. spectroscopy, hyperthermia, pO2, pH |
| PH | 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 |
| PH | MS05-3 Comparison of MR imaging and MR spectroscopic parameters with oxygenation, thermometry, and histopathology in 35 patients with high grade soft tissue sarcomas following thermoradiotherapy. spectroscopy, hyperthermia, pO2, pH |
| PHI | 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 |
| PO2 | P10-82 Photodynamic therapy induces acute reduction in metabolic oxygen consumption and increases RIF-1 tumor pO2. pO2, photodynamic, radiosensitizer, oxygenation |
| PO2 | P06-48 Comparison of MR imaging and MR spectroscopic parameters with oxygenation, thermometry, and histopathology in 35 patients with high grade soft tissue sarcomas following thermoradiotherapy. spectroscopy, hyperthermia, pO2, pH |
| PO2 | MS05-3 Comparison of MR imaging and MR spectroscopic parameters with oxygenation, thermometry, and histopathology in 35 patients with high grade soft tissue sarcomas following thermoradiotherapy. spectroscopy, hyperthermia, pO2, pH |
| PARACRINE | WS05 Cytokine effects on early stages of tumor angiogenesis. cytokine, angiogenesis, paracrine |
| PARALOGUE | P15-146 Identification and characterization of a paralogue of human cell cycle checkpoint gene HUS1 . cell cycle checkpoint genes, HUS1, HUS1b, paralogue |
| PARALOGUES | P15-147 Identification and characterization of novel human HRAD9 and mouse Mrad9 paralogues. hrad9, mrad9, paralogues |
| PARTIAL LUNG VOLUME | 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 |
| PARTICLE TRACK | S19-1 Biological Visualization of Single Charged Particle Tracks. particle track, p21, TP53, foci |
| PEER REVIEW | WS06 An insider's perspective on getting your papers published: A career development workshop. career development, publication, peer review, writing scientific papers |
| PELVIC RADIOTHERAPY | P22-238 Absorbed integral dose and plasma cytokine expression in patients receiving pelvic radiotherapy. absorbed integral dose, cytokines, pelvic radiotherapy, prostate disease |
| PELVIC TUMORS | RC07 Trials, tribulations and triumphs of deep hyperthermia. locoregional hyperthermia, temperature, pelvic tumors |
| PERMEABILITY | P11-94 Cytokine gene response to ionizing radiation in the normal mouse brain precedes the disruption of the blood brain barrier. permeability, cytokine, inflammation |
| PHARMACOKINETICS | P12-108 Radioprotection by vitamin E and its pharmacokinetic profile. radioprotection, vitamin E, pharmacokinetics, mice |
| PHASED-ARRAY | WSO4 Regional Phased Array Heating-Capabilities, Limitations, and Future. phased-array, sigma-Eye, MRI, regional |
| PHOSPHATASE | RC06 Radiation induced signaling through multiple signaling pathways: kinases and caspases. receptor, kinase, phosphatase, caspase |
| PHOSPHATASE | P15-144 IR-induced dephosphorylation of PP1 is controlled by ATM. ATM, phosphatase, cell cycle, checkpoint |
| PHOSPHORSSPECIFIC ANTIBODY | S08-3 Regulation of DNA-PK Function by Autophosphorylation in vivo. DNA-PK, autophosphorylation, phosphorsspecific antibody, DNA double-strand break repair |
| PHOSPHORYLATION | P20-196 RPA2 phosphorylation after DNA damage by the coordinated action of ATM and DNA-PK . DNA replication, phosphorylation, replication protein A |
| PHOSPHORYLATION | S10-2 Immediate-early Genes and HIF-1: The Example of c-jun . AP-1, HIF-1, immediate-early, phosphorylation |
| PHOTODYNAMIC | P10-82 Photodynamic therapy induces acute reduction in metabolic oxygen consumption and increases RIF-1 tumor pO2. pO2, photodynamic, radiosensitizer, oxygenation |
| PHOTODYNAMIC THERAPY | P28-280 Effect of WST09 Mediated Photodynamic Therapy on Normal Canine Prostate . photodynamic therapy, prostate cancer, optical dosimetry, tissue oxygenation |
| PHYSIOLOGY | MS01-2 Predictive value of PO2 and MR parameters for treatment outcome in soft tissue sarcoma. thermoradiotherapy, physiology, hypoxia, soft tissue sarcoma |
| PIMONIDAZOLE | P30-291 Quantitative comparison of pimonidazole and involucrin expression in squamous cell carcinomas. involucrin, pimonidazole, tumor hypoxia, squamous cell carcinoma |
| PIMONIDAZOLE | P30-293 Hypoxia and apoptosis in cervical carcinoma using pimonidazole as the hypoxia marker. apoptosis, hypoxia, pimonidazole |
| PIMONIDAZOLE | P30-299 Differences in the life-time of hypoxic cells in human xenograft tumor lines. pimonidazole, double hypoxic markers, hypoxia, life-time |
| PIMONIDAZOLE | P30-298 Quantifying transient hypoxia in human tumor xenografts using pimonidazole, CCI-103F, and flow cytometry. transient hypoxia, pimonidazole, CCI-103F, flow cytometry |
| PIMONIDAZOLE | P10-89 Tumor hypoxia assessment in breast cancer . hypoxia, breast cancer, pimonidazole |
| PIMONIDAZOLE | P10-86 Hypoxia Marker Binding Predicts for Outcome in Cancer of the Cervix. hypoxia marker, pimonidazole, cervix cancer |
| PIMONIDAZOLE | 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 |
| PIMONIDAZOLE | 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 |
| PLANNING SYSTEM | WSO4 Regional heating - Capabilities, limitations an recommendations. regional hyperthermia, multiantenna applicator, planning system, hybrid system |
| PLASMID DNA | P32-314 Classification and detection of complex DNA lesions in irradiated plasmid DNA. clustered DNA damage, high LET, plasmid DNA, base excision repair enzymes |
| PLASMID DNA | P20-208 Induction of DNA Strand Breaks in Plasmid DNA by VUV Photons in Aqueous Solution. plasmid DNA, strand breaks, VUV photon, synchrotron radiation |
| PLATINUM | P13-121 The effect of BBR3464 on colon cancer cells. radiosensitizer, platinum , colon cancer |
| PNEUMONITIS | P11-100 Macrophage Inflammatory Protein - 1 alpha (MIP-1 ) is a mediator of radiation-induced pulmonary injury. cytokines, pneumonitis, fibrosis |
| POLY(ADP-RIBOSE) POLYMERASE | 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 |
| POLY(ADP-RIBOSE) POLYMERASE | 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 |
| PORPHYRINS | P26-276 Biodistribution of a copper carboranyltetraphenylporphyrin in various murine tumors. porphyrins, BNCT, mice, biodistribution |
| POST REPLICATION DNA REPAIR | P17-161 The UV-1 post-replication DNA repair gene: attempts to map and clone. post replication dna repair, uv-1, mitomycin c |
| POSTREPLICATION REPAIR | P17-168 Ubiquitin mediated signals in post-replication repair and UV hypersensitive disorders. postreplication repair, ubiquitin, mutagenesis , signal transduction |
| POTENTIALLY LETHAL DAMAGE REPAIR | 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 |
| POWER DEPOSITION | MP01-3 MRI Based Technique for Measuring Ultrasound SAR Distributions. focused ultrasound, temperature mapping, power deposition, US absorption |
| PREDICTIVE ASSAY | MS11-3 Radiation-induced chromosomal damage predicts the risk of acute reactions after radiotherapy. chromosome aberrations, human lymphocytes, radiosensitivity, predictive assay |
| PREDICTIVE ASSAY | P25-268 Radiation-induced chromosomal damage predicts the risk of acute reactions after radiotherapy. chromosome aberrations, human lymphocytes, radiosensitivity, predictive assay |
| PRODRUG | P27-277 Synthesis and Biologic Evaluation of a Radioiodinated Quinazolinone Derivative for Enzyme-Mediated Insolubilization Therapy. iodine-131, cancer therapy, antibody, prodrug |
| PROGNOSTIC FACTOR | 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 |
| PROLIFERATION | P08-62 Why are mice more resistant to renal irradiation than rats? kidney, renin-angiotensin system, proliferation, nitric oxide |
| PROMOTERS | P21-227 Chimeric gene promoters responsive to ionizing radiation and hypoxia for use in cancer gene therapy. gene therapy, radiotherapy, hypoxia, promoters |
| PROPERTIES | MP01-5 Ultrasound properties of human prostate tissue during heating: implications for non-invasive monitoring of thermal therapy. ultrasound, properties, prostate, heating |
| PROSTAGLANDINS | P08-67 Effect of early administration of anti-inflammatory drugs on the late radiation response of mouse urinary bladder. normal tissues, urinary bladder, prostaglandins, consequential late effects |
| PROSTATE | P37-365 The use of dose responce studies in the determination of the / ratio for prostate cancer. / , prostate, TCP, hypofractionation |
| PROSTATE | S14-3 The creation of biologic images by magnetic resonance spectroscopy
spectroscopy
. spectroscopy, brain tumor, prostate, therapy |
| PROSTATE | S11-3 Dosimetry of interstitial microwave thermal therapy for prostate cancer. thermal therapy, prostate, interstitial , microwave |
| PROSTATE | MP01-5 Ultrasound properties of human prostate tissue during heating: implications for non-invasive monitoring of thermal therapy. ultrasound, properties, prostate, heating |
| PROSTATE | S01- Current and evolving clinical hyperthermia. clinical trials, prostate, breast, ovarian |
| PROSTATE | S01-3 Update On Treatment of Prostate Cancer With Transrectal Ultrasound Thermal Therapy. prostate, thermal therapy, image guidance, outcomes |
| PROSTATE | MS06-7 The use of dose responce studies in the determination of the / ratio for prostate cancer. / , prostate, TCP, hypofractionation |
| PROSTATE CANCER | P28-280 Effect of WST09 Mediated Photodynamic Therapy on Normal Canine Prostate . photodynamic therapy, prostate cancer, optical dosimetry, tissue oxygenation |
| PROSTATE CANCER | MS12-9 Didox overcomes bcl-2 mediated radiation resistance in prostate tumor cell line PC-3. radiosensitization, didox, prostate cancer, bcl-2 |
| PROSTATE CANCER | MS12-8 The regulation of Cyclin E and apoptosis in response to genotoxic stress. cyclin e2, ionizing radiation, prostate cancer |
| PROSTATE CANCER | P29-282 TPA radiosensitizes prostate cancer cells by down-regulation of ATM . radiosensitizer, prostate cancer, ATM, ceramide |
| PROSTATE CANCER | MP02-23 Hyperthermia inhibits 26s proteasome function and abrogates androgen-receptor expression in LNCaP prostate cancer cells. Hyperthermia, prostate cancer, androgen receptor, protreasome |
| PROSTATE CANCER | P15-142 The regulation of Cyclin E and apoptosis in response to genotoxic stress. cyclin e2, ionizing radiation, prostate cancer |
| PROSTATE CANCER | P13-126 Didox overcomes bcl-2 mediated radiation resistance in prostate tumor cell line PC-3. radiosensitization, didox, prostate cancer, bcl-2 |
| PROSTATE CANCER | 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 |
| PROSTATE CANCER | 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 |
| PROSTATE CANCER | 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 |
| PROSTATE CANCER | S11-1 The use of permanent interstitial Curie temperature rods for the treatment of prostate cancer. curie temperature implants, prostate cancer, thermal ablation, hyperthermia |
| PROSTATE CANCER | S09-2 Phase I study of replication-competent adenovirus-mediated double suicide gene therapy for local recurrence of prostate cancer. gene therapy, replication-competent adenovirus, prostate cancer, radiation therapy |
| PROSTATE DISEASE | P22-238 Absorbed integral dose and plasma cytokine expression in patients receiving pelvic radiotherapy. absorbed integral dose, cytokines, pelvic radiotherapy, prostate disease |
| PROSTATE TUMOR | 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 |
| PROTEASE-ACTIVATED RECEPTOR 1 | P08-60 Upregulation of tissue factor and protease-activated receptor 1 in irradiated intestine: possible implications for the development of radiation fibrosis. intestine, tissue factor, thrombomodulin, protease-activated receptor 1 |
| PROTEASOME | RC15 The Ubiquitination Pathway and its Importance in Cancer Therapy. ubiquitin, proteolysis, proteasome |
| PROTEASOME | P24-260 Radiation affects antigen presentation by dendritic cells. radiation, antigen presentation, dendritic cell, proteasome |
| PROTEASOME | P22-251 Radiation effects on proteasome function. proteasome, radiation effects, stress responses |
| PROTEASOME | MS04-8 Radiation affects antigen presentation by dendritic cells. radiation, antigen presentation, dendritic cell, proteasome |
| PROTEASOME | MS05-9 Radiation effects on proteasome function. proteasome, radiation effects, stress responses |
| PROTEIN AGGREGATION | MS09- Quantification of protein denaturation and aggregation during hyperthermia. protein denaturation, hyperthermia, protein aggregation |
| PROTEIN CONFORMATION | S23-2 Oxidation-induced modifications of protein conformation and stability. redox, protein conformation, protein stability |
| PROTEIN DENATURATION | S12- Hyperthermia and Radiation Sensitivity. hyperthermia, radiosensitization, protein denaturation, DNA repair |
| PROTEIN DENATURATION | MS09- Quantification of protein denaturation and aggregation during hyperthermia. protein denaturation, hyperthermia, protein aggregation |
| PROTEIN DENATURATION | MS09-1 Heat denaturation and protein stability. (Introduction). protein stability, protein denaturation |
| PROTEIN KINASE | P29-287 CHARACTERIZATION OF A NOVEL RADIATION RESPONSIVE PROTEIN KINASE . protein kinase, DNA |
| PROTEIN STABILITY | S23-2 Oxidation-induced modifications of protein conformation and stability. redox, protein conformation, protein stability |
| PROTEIN STABILITY | MS09-1 Heat denaturation and protein stability. (Introduction). protein stability, protein denaturation |
| PROTEIN THIOLS | P09-76 Inhibition of thioredoxin reductase by motexafin gadolinium: Effects on PLDR. thioredoxin reductasde, lipoate, motexafin gadolinium, protein thiols |
| PROTEOLYSIS | RC15 The Ubiquitination Pathway and its Importance in Cancer Therapy. ubiquitin, proteolysis, proteasome |
| PROTEOMICS | P08-66 Radiation-induced proteomic changes in rat liver. proteomics, liver, radiation |
| PROTEOSOME | S23- Redox modulation of protein structure. redox, nitrosylation, proteosome, ionizing radiation |
| PROTO-ONCOGENE | P33-326 Development of a microsphere-based multi-analyte assay system for radiation biodosimetry. radiation biodosimetry, proto-oncogene, molecular biomarker, flow cytometry |
| PROTONS | P14-132 Proton-induced genetic damage in lacZ transgenic mice . protons, lacZ, transgene, micronucleus |
| PROTONS | P22-240 Cyclin-dependent-kinase inhibitor expression in irradiated differentiating human lens cell in vitro. lens, cyclin-dependent-kinase-inhibitors, protons, xrays |
| PROTREASOME | MP02-23 Hyperthermia inhibits 26s proteasome function and abrogates androgen-receptor expression in LNCaP prostate cancer cells. Hyperthermia, prostate cancer, androgen receptor, protreasome |
| PSYCHONEUROIMMUNOLOGY | P11-98 Head-localized proton irradiation and immunomodulation in a rat model. out of field effects, psychoneuroimmunology, brain, lymphocytes |
| PUBLICATION | WS06 An insider's perspective on getting your papers published: A career development workshop. career development, publication, peer review, writing scientific papers |
| PULSED DOSE RATE IRRADIATION | P37-363 Evaluation of the response of two isogenic breast carcinoma cell lines to combined hyperthermia and pulsed dose rate x-radiation. pulsed dose rate irradiation, hyperthermia, human breast carcinoma cells |
| PULSED-FIELD GEL ELECTROPHORESIS | 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 |