| 1355 |
National Cancer Institute |
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Rectal Cancer Treatment (PDQ®)–Health Professional Version |
Expert-reviewed information summary about the treatment of rectal cancer. |
| metastatic colorectal carcinoma | 0.354846 |
| hepatic colorectal metastases | 0.223514 |
| recurrent rectal cancer | 0.223407 |
| Engl J Med | 0.263348 |
| Ann Surg | 0.278325 |
| colorectal cancer risk | 0.276481 |
| asymptomatic colorectal cancer | 0.241606 |
| colorectal cancer surgery | 0.262375 |
| metastatic colorectal cancer | 0.610251 |
| adjuvant rectal cancer | 0.215149 |
| colorectal cancer | 0.902264 |
| randomized trial | 0.206269 |
| patients | 0.22566 |
| progressive colorectal cancer | 0.233252 |
| pT3-pT4 colorectal cancer | 0.254826 |
| Clin Cancer Res | 0.224834 |
| refractory metastatic colorectal | 0.227594 |
| malignant colorectal adenomas | 0.207762 |
| et al. | 0.485182 |
| familial colorectal cancer | 0.266438 |
| colorectal liver metastases | 0.255119 |
| measurable colorectal cancer | 0.232282 |
| Dis Colon Rectum | 0.282416 |
| PUBMED Abstract | 0.3294 |
|
| untreated metastatic colorectal | 0.230109 |
| colorectal hepatic metastases | 0.221405 |
| advanced colorectal cancer | 0.352094 |
| irinotecan-refractory metastatic colorectal | 0.231657 |
| Colorectal lung metastases | 0.222615 |
| advanced colorectal carcinoma | 0.23983 |
| recurrent colorectal cancer | 0.262817 |
| Surg Oncol | 0.226556 |
| colorectal cancer incidence | 0.264939 |
| colorectal cancer present | 0.264636 |
| colorectal cancer disparities | 0.265307 |
| colorectal cancer group | 0.277657 |
| colorectal cancer rates | 0.265187 |
| Colorectal Study Group | 0.21517 |
| Abstract | 0.47664 |
| colon cancer | 0.223051 |
| Clin Oncol | 0.752938 |
| Colorectal cancer follow-up | 0.250811 |
| liver-limited metastatic colorectal | 0.225511 |
| Oncol Biol Phys | 0.206575 |
| dutch colorectal cancer | 0.274376 |
| Clin Colorectal Cancer | 0.277838 |
| Cancer J Clin | 0.227264 |
| colorectal carcinoma metastases | 0.224249 |
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| 1369 |
National Cancer Institute |
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Oral Cavity and Oropharyngeal Cancer Screening (PDQ®)–Health Professional Version |
Expert-reviewed information summary about tests used to detect or screen for oral cancer. |
| oral examination | 0.527557 |
| primary screening tool | 0.417249 |
| squamous cell tumors. | 0.370971 |
| one-time oral cancer | 0.520022 |
| systematic oral cavity | 0.508919 |
| United States | 0.382344 |
| follow-up period | 0.371029 |
| sole randomized trial | 0.365707 |
| physical examination | 0.446254 |
| cause-specific mortality benefit | 0.39145 |
| opportunistic screening | 0.371936 |
| control group | 0.369767 |
| short follow-up period | 0.359545 |
| earlier stage cancers | 0.419364 |
| randomized controlled trials | 0.375895 |
| oral visual screening | 0.601987 |
| simple hand-held device | 0.363139 |
| oral cancer mortality | 0.59501 |
| premalignant lesions | 0.420448 |
| oral visual examination | 0.580404 |
| premalignant oral lesions. | 0.561468 |
| statistically significant result | 0.355967 |
| toluidine blue staining | 0.36957 |
| direct fluorescence visualization | 0.371807 |
|
| blue placebo dye. | 0.359062 |
| oral cancer | 0.97737 |
| oral/pharyngeal cancers | 0.364948 |
| oral surgery | 0.457512 |
| oral cancers | 0.781555 |
| 15-year follow-up period | 0.369337 |
| overall annual incidence | 0.409124 |
| overall oral cancers | 0.566597 |
| routine examination | 0.355451 |
| screening group | 0.361703 |
| subclinical high-risk fields | 0.375561 |
| oral cancer examination. | 0.562099 |
| positive predictive values | 0.349612 |
| mortality hazard ratios | 0.399552 |
| population-based screening programs | 0.456558 |
| better health outcomes. | 0.355075 |
| oral cavity | 0.532106 |
| positive test rates | 0.356123 |
| periodic health examination | 0.447578 |
| oral cancer examination | 0.728118 |
| screening setting | 0.362271 |
| screening rounds | 0.355833 |
| cause–specific mortality rate | 0.408751 |
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| 1422 |
National Cancer Institute |
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Childhood Liver Cancer Treatment (PDQ®)–Health Professional Version |
Expert-reviewed information summary about the treatment of childhood liver cancer. |
| unfavorable hepatoblastoma | 0.444228 |
| liver tumors | 0.560678 |
| recurrent hepatoblastoma | 0.435695 |
| pediatric hepatoblastoma | 0.454465 |
| ruptured hepatoblastoma | 0.423384 |
| metastatic hepatoblastoma | 0.509586 |
| probable hepatoblastoma | 0.453029 |
| Eur J Cancer | 0.388707 |
| international pediatric liver | 0.386143 |
| multiply relapsed hepatoblastoma | 0.447121 |
| children | 0.485632 |
| Hepatoblastoma clinical research | 0.47139 |
| standard-risk hepatoblastoma | 0.42407 |
| clinical trials | 0.40571 |
| apparently sporadic hepatoblastoma | 0.4599 |
| weight hepatoblastoma cases | 0.474502 |
| Hepatoblastoma state | 0.437405 |
| International Society | 0.406829 |
| PRETEXT group assignment | 0.412995 |
| pediatric liver | 0.555337 |
| small cell hepatoblastoma | 0.447198 |
| pediatric liver tumors | 0.460989 |
| childhood hepatoblastoma | 0.480002 |
| pediatric liver resection | 0.388074 |
| familial adenomatous polyposis | 0.407751 |
|
| et al. | 0.704223 |
| congenital hepatoblastoma | 0.4367 |
| unresectable hepatoblastoma cases | 0.452922 |
| surgical resection | 0.477903 |
| PUBMED Abstract | 0.546371 |
| Pediatr Blood Cancer | 0.795718 |
| paediatric hepatoblastoma | 0.439301 |
| pediatric liver tumor | 0.53573 |
| advanced hepatoblastoma | 0.46193 |
| childhood liver cancer | 0.393775 |
| Liver Tumor Study | 0.447606 |
| newly diagnosed hepatoblastoma | 0.454459 |
| Pediatr Surg | 0.416351 |
| Abstract | 0.708564 |
| Pediatr Hematol Oncol | 0.541505 |
| Clin Oncol | 0.519738 |
| unresectable hepatoblastoma | 0.472209 |
| complete surgical resection | 0.406131 |
| hepatoblastoma | 0.939626 |
| high-risk hepatoblastoma | 0.561704 |
| childhood high-risk hepatoblastoma | 0.538739 |
| Oncology Liver Tumor | 0.378181 |
| hepatoblastoma patients | 0.439703 |
| Oncology Group | 0.393362 |
|
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| 1650 |
National Cancer Institute |
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Selected Vegetables/Sun's Soup (PDQ®)–Patient Version |
Expert-reviewed information summary about the use of selected vegetables/Sun's soup as a treatment for people with cancer. Note: The information in this summary is no longer being updated and is provided for reference purposes only. |
| treatment | 0.620935 |
| cancer treatment | 0.517212 |
| cancer prevention | 0.486935 |
| Complementary Therapies Editorial | 0.534234 |
| United States | 0.494682 |
| Well-designed clinical trials | 0.477309 |
| Drug Administration | 0.522277 |
| Cancer Information Specialist | 0.498157 |
| cancer cells | 0.558873 |
| Cancer Information Service | 0.567973 |
| PDQ cancer information | 0.645069 |
| Cancer Complementary | 0.510973 |
| PDQ Selected Vegetables/Sun | 0.52487 |
| Vegetables/Sun’s Soup | 0.718967 |
| CAM therapies | 0.498393 |
| Soup ingredients | 0.49536 |
| treatment clinical trials | 0.493338 |
| National Cancer Institute | 0.676034 |
| clinical trials | 0.788657 |
| alternative medicine | 0.562862 |
| standard food | 0.487423 |
| conventional treatment | 0.48119 |
| cancer information summary | 0.571239 |
| alternative cancer therapies | 0.505071 |
|
| Federal Trade Commission | 0.49349 |
| National Institutes | 0.486354 |
| clinical trial | 0.532528 |
| new treatment | 0.541852 |
| mung bean | 0.494966 |
| CAM cancer research | 0.493212 |
| breast cancer prevention | 0.484457 |
| shiitake mushroom | 0.517658 |
| patients | 0.594168 |
| cancer patients | 0.547142 |
| new treatment works | 0.477537 |
| Cancer Care page | 0.486585 |
| health | 0.482953 |
| Selected Vegetables/Sun | 0.982781 |
| PDQ summary | 0.47773 |
| non-small cell lung | 0.519358 |
| NCI PDQ cancer | 0.530378 |
| cancer information database | 0.505237 |
| cell lung cancer | 0.547396 |
| alternative therapies | 0.532329 |
| cancer information summaries | 0.505491 |
| Frozen Selected Vegetables | 0.492972 |
| Therapies Editorial Board | 0.515019 |
|
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| 1737 |
National Cancer Institute |
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Lasers in Cancer Treatment |
A fact sheet that describes use of high-intensity light in cancer treatment, its advantages and disadvantages, and types of procedures that use it. |
| cancer treatment | 0.596049 |
| flexible endoscope | 0.380536 |
| health care provider | 0.409067 |
| body | 0.411001 |
| argon lasers | 0.532774 |
| high-intensity light | 0.445412 |
| clinical trials | 0.451803 |
| bright indoor light | 0.427495 |
| LITT | 0.389656 |
| Laser-induced interstitial thermotherapy | 0.422778 |
| seal lymph vessels | 0.416005 |
| specific wavelength | 0.3683 |
| lower risk | 0.371973 |
| laser light | 0.694799 |
| normal tissue | 0.366241 |
| clinical trials page | 0.408776 |
| Ordinary light | 0.384552 |
| radiation therapy | 0.382841 |
| powerful beam | 0.363945 |
| NCI fact sheet | 0.529266 |
| light bulb | 0.385224 |
| sheet Photodynamic Therapy | 0.436155 |
| standard surgical tools | 0.542942 |
| photodynamic therapy | 0.436739 |
| early stages | 0.365543 |
|
| optical fibers | 0.421684 |
| fact sheet Hyperthermia | 0.42197 |
| cancer cells | 0.463993 |
| colon polyps | 0.373762 |
| cell skin cancer | 0.441978 |
| Cancer Information Service | 0.427676 |
| interstitial laser photocoagulation | 0.453094 |
| lasers | 0.686527 |
| strict safety precautions | 0.41161 |
| precancerous growths | 0.534102 |
| light amplification | 0.39079 |
| laser surgery | 0.440343 |
| patient | 0.366006 |
| tumor cells | 0.428295 |
| PDT | 0.367707 |
| nerve endings | 0.364934 |
| precise surgical work | 0.423122 |
| superficial cancers | 0.447776 |
| YAG laser light | 0.46252 |
| laser therapy | 0.900564 |
| tumors | 0.382431 |
| cell lung cancer | 0.440229 |
| tiny areas | 0.365703 |
| narrow beam | 0.364464 |
|
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| 1992 |
National Cancer Institute |
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Tratamiento del tumor teratoideo/rabdoide atípico del sistema nervioso central infantil (PDQ®)–Versión para pacientes |
Resumen de información revisada por expertos acerca del tratamiento de los tumores teratoideos/rabdoides atípicos del sistema nervioso central infantil. |
| tumores smarcb1 | 0.603767 |
| células madre | 0.629225 |
| efectos secundarios meses | 0.607017 |
| siguientes aspectos | 0.601615 |
| siguientes especialistas | 0.601426 |
| genes smarcb1 | 0.609598 |
| PDQ Descripción | 0.60415 |
| efectos tardÃos | 0.611777 |
| PDQ Tumores | 0.606157 |
| PDQ Efectos tardÃos | 0.604371 |
| National Cancer Institute | 0.601403 |
| siguientes riesgos | 0.600917 |
| profesional entrenado | 0.601618 |
| Instituto Nacional | 0.6024 |
| PDQ Tratamiento | 0.603883 |
|
| presente sumario | 0.602507 |
| determinados cambios | 0.601063 |
| presente sección | 0.601013 |
| nuevos tipos | 0.601364 |
| sistema nervioso central | 0.98418 |
| Physician Data Query | 0.604988 |
| brain tumor | 0.602951 |
| Aboutâ„¢ Brain Tumors | 0.601752 |
| ensayos clÃnicos.Terapia | 0.60282 |
| siguientes terapias | 0.601133 |
| siguientes enlaces | 0.601027 |
| Brain Tumor Consortium | 0.605055 |
| panel derecho | 0.601581 |
| siguientes trastornos | 0.601436 |
|
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| 2051 |
National Cancer Institute |
Html |
es |
Vacunas contra el cáncer |
Hoja informativa que define los tipos de vacunas y explica cómo funcionan, cómo se preparan, y describe la investigación relacionada con su uso. |
| stemness-related tumor | 0.305626 |
| Mortality Weekly Report | 0.305127 |
| cancer vaccines | 0.384507 |
| células t | 0.36244 |
| células apc | 0.361199 |
| immune system | 0.308685 |
| proteÃna llamada factor | 0.306202 |
| vacunas protegen | 0.338385 |
| promising treatment modality | 0.305201 |
| beyond current paradigms | 0.30561 |
| hepatitis b | 0.31173 |
| Estados Unidos | 0.331683 |
| Expert Opinion | 0.310074 |
| fuerte respuesta | 0.312982 |
| Sipuleucel-T immunotherapy | 0.305397 |
| PubMed Abstract | 0.971511 |
| fuertes respuestas | 0.305062 |
| tumor antigen discovery | 0.307826 |
| proteÃna llamada | 0.309122 |
| vacunas autólogas | 0.332195 |
| invasores foráneos | 0.325813 |
| papiloma humano tipos | 0.309997 |
| Therapeutic vaccines as | 0.30821 |
| British Medical Journal | 0.305786 |
| therapy through immunomodulation | 0.306217 |
|
| frecuencia citocinas | 0.305145 |
| Schlom J | 0.308012 |
| suficientes antÃgenos | 0.322846 |
| factor estimulador | 0.309823 |
| programmed cell death | 0.30504 |
| inmunitario llamadas células | 0.349485 |
| moving beyond current | 0.316247 |
| comprehensive immunization strategy | 0.30562 |
| vacunas alogénicas | 0.333841 |
| cabo respuestas | 0.305615 |
| Reviews Cancer | 0.310845 |
| Mutant MHC class | 0.305006 |
| TRICOM vector based | 0.304939 |
| stable metastatic breast | 0.304849 |
| Current Pharmaceutical Design | 0.305726 |
| Therapeutic Advances | 0.304747 |
| cuello uterino | 0.354099 |
| mutational neoepitopes reveals | 0.305636 |
| tumor model | 0.304956 |
| Clinical Cancer Research | 0.341107 |
| Gulley JL | 0.308772 |
| vacunas resultantes | 0.336516 |
| New England Journal | 0.315061 |
| células renales | 0.33154 |
|
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| 3564 |
National Cancer Institute |
Html |
en |
The NCI Intramural Research Program |
The intramural research program supports projects conducted by scientists located at NCI. |
| intramural cancer research | 0.718907 |
| intramural research program | 0.874728 |
| public health issues | 0.586317 |
| IRP researchers | 0.99482 |
| clinical disciplines | 0.535611 |
| basic research discovery | 0.633697 |
| cancer initiation | 0.556039 |
| NCI offices | 0.598153 |
| private sector partners | 0.575197 |
| long-term cohort studies | 0.573663 |
| NCI intramural research | 0.823709 |
| extramural institutions | 0.555913 |
| future research | 0.545095 |
| clinical trials | 0.610273 |
| sophisticated statistical approaches | 0.591904 |
| outstanding scientific credentials | 0.582191 |
| rare cancers | 0.616347 |
| outstanding research | 0.546529 |
| clinical IRP researchers | 0.677303 |
| extramural investigators | 0.808101 |
| basic scientific research | 0.670523 |
| cervical cancer | 0.590079 |
| traditional funding mechanisms | 0.574359 |
| Early-stage clinical trials | 0.595705 |
|
| intramural researchers | 0.664665 |
| Cancer Epidemiology | 0.564756 |
| population-based research | 0.591379 |
| various reasons—to fund | 0.579705 |
| National Cancer Program | 0.628399 |
| cancer prevention | 0.546859 |
| noninfectious virus-like particles | 0.5887 |
| relatively little funding | 0.573973 |
| cancer research | 0.783668 |
| academic institutions | 0.606037 |
| high-reward research | 0.541951 |
| NCI IRP | 0.623146 |
| CCR’s John | 0.543838 |
| NIH Clinical Center | 0.948229 |
| public health needs | 0.603453 |
| Intramural research projects | 0.689496 |
| research program complement | 0.627977 |
| basic cancer research | 0.675487 |
| research resources | 0.556851 |
| CCR researcher Ira | 0.613887 |
| NCI components | 0.59726 |
| CCR colleagues | 0.538611 |
| cancer risk | 0.53862 |
| federal government investigators | 0.655439 |
|
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| 3605 |
National Cancer Institute |
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Enhancing Drug Discovery and Development |
The discovery and development of new therapeutic agents for cancer is essential for continued progress against the disease. Historically, NCI has played a vital role in cancer drug discovery and development, and, today, that role continues. Frequently, NCI’s drug development efforts focus on unmet needs that are not being adequately addressed by the private sector. |
| human tumor cell | 0.493589 |
| Developmental Therapeutics Program | 0.373741 |
| cell lines | 0.756764 |
| corresponding cancer types | 0.401362 |
| primary cancer cells | 0.471158 |
| drug discovery | 0.918943 |
| cell line panel | 0.382826 |
| long-term cell cultures | 0.381121 |
| drug screening | 0.363881 |
| development activities | 0.393342 |
| human cancer models | 0.633791 |
| human tumor samples | 0.437784 |
| precision medicine | 0.432081 |
| congressionally mandated initiative | 0.360908 |
| human cancer cell | 0.54738 |
| drug resistance | 0.374751 |
| tyrosine kinase inhibitor | 0.365397 |
| drug development efforts | 0.451048 |
| potential anticancer agents | 0.404376 |
| traditional cell lines | 0.391913 |
| parental tumors | 0.388039 |
| routine cancer care | 0.38291 |
| Cancer Treatment | 0.353066 |
| cancer cells | 0.647891 |
| cancer cell lines | 0.473566 |
|
| new human cancer | 0.517038 |
| cancer cell biology | 0.425139 |
| NCI Experimental Therapeutics | 0.397544 |
| tumor sections | 0.354283 |
| cell line screen | 0.52167 |
| largest cancer pharmacology | 0.402164 |
| cell culture techniques | 0.37598 |
| NCI-60 cell line | 0.515114 |
| drug discovery program | 0.435482 |
| NIH Clinical Center | 0.354806 |
| cancer stem cells | 0.444759 |
| anticancer drug discovery | 0.568944 |
| biologic agent discovery | 0.381604 |
| new therapeutic agents | 0.383079 |
| Cancer Chemotherapy National | 0.425183 |
| NCI’s anticancer | 0.350161 |
| clinical development resources | 0.397358 |
| NCI’s drug | 0.370038 |
| original tumor | 0.350461 |
| normal cell counterparts | 0.370786 |
| cancer drug discovery | 0.678381 |
| Human cancer cells | 0.468312 |
| multiple cell types | 0.380725 |
| tumor microenvironment | 0.401449 |
|
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| 16846 |
National Cancer Institute |
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The University of Texas MD Anderson Cancer Center—Targeted Therapeutics for Ovarian Cancer and its Microenvironment – Treatment and Theoretical Modeling |
Will offer nanotherapeutic formulations and novel approaches targeting multiple components of the tumor and its microenvironment, specifically for high-grade serous ovarian cancers. |
| Anil Sood | 0.374281 |
| critical molecular targets | 0.456713 |
| significant role | 0.350306 |
| ovarian cancer models | 0.573698 |
| Gabriel Lopez-Berestein | 0.357257 |
| monocyte-macrophage axis | 0.343069 |
| dual effect nanoparticles | 0.489182 |
| tumor-associated macrophages | 0.355321 |
| tumor microenvironment interactions | 0.655973 |
| significant antitumor activity | 0.470227 |
| five-year mortality rates | 0.488005 |
| AXL aptamers | 0.532934 |
| AXL-receptor binding aptamers | 0.494135 |
| specific AXL aptamers | 0.512408 |
| eventual tumor growth | 0.616726 |
| ovarian cancer | 0.98899 |
| gene silencing molecules | 0.467313 |
| current regimens | 0.384525 |
| Lokesh sRao | 0.372622 |
| Principal Investigators | 0.351287 |
| therapeutic nanoparticles | 0.389578 |
| maximal anti-tumor efficacy | 0.546141 |
| tumor progression | 0.503786 |
| Vittorio Cristini | 0.380084 |
| therapeutic efficacy | 0.513726 |
|
| Zhihui Wang | 0.359239 |
| nanoparticle surface | 0.346896 |
| nanoparticle effects | 0.34271 |
| drug resistance | 0.343585 |
| Sunila Pradeep | 0.383374 |
| tumor-promoting TAMs | 0.351562 |
| slow-release dual assembly | 0.461875 |
| MMA cell accumulation | 0.438136 |
| particularly attractive approach | 0.453092 |
| deadliest gynecological cancer | 0.510101 |
| tumor growth | 0.640954 |
| tumor cells | 0.528853 |
| David Volk | 0.359179 |
| platinum/taxane-based regimens | 0.397302 |
| optimal dosing regimens | 0.492748 |
| efficacy profiles | 0.393175 |
| high mortality rates | 0.477298 |
| multipronged dosing schedules | 0.45156 |
| Bulent Ozpolat | 0.372014 |
| slow release DANPs | 0.440473 |
| Traditional therapy | 0.34917 |
| serous ovarian cancer | 0.612409 |
| cancer biology | 0.356075 |
| tumor microenvironment | 0.813294 |
|
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