ARTICLES LIST

 

Total Results: 16203

Media ID Source Name Media Type Language Media Name Media Description Keywords Keywords Link to Article
1507 National Cancer Institute Html en Extragonadal Germ Cell Tumors Treatment (PDQ®)–Health Professional Version Expert-reviewed information summary about the treatment of extragonadal germ cell tumors.
residual mass0.384023
large tumor volume0.30085
residual disease.0.273583
recurrent testicular cancer.0.3175
cisplatin-based chemotherapy regimens0.371374
PDQ cancer information0.391809
bulky tumors0.328858
nonseminoma germ cell0.421124
cell tumors.0.272309
nonseminomatous germ cell0.40313
clinical trials0.311324
relatively small tumors0.373793
germ cells0.335003
particularly young individuals0.307507
Initial chemotherapy0.290755
cancer information summary0.37005
breast cancer prevention0.298248
careful testicular examination0.334354
Initial debulking surgery0.299396
extragonadal primary tumors0.367991
patients0.377174
BEP regimen0.273424
NCI’s PDQ0.288373
PDQ Adult Treatment0.321273
NCI PDQ cancer0.337916
Craniospinal radiation therapy0.306681
extragonadal germ cell0.679693
international germ cell0.403901
tumor prognostic classification0.317369
overall survival rates0.302813
long-term disease-free survival0.296962
chemotherapy course0.295979
major clinical trial0.309884
autologous bone marrow0.294582
advanced disseminated germ0.372421
seminomatous germ cell0.403127
nonseminomatous extragonadal germ0.370944
testicular seminoma0.333059
serum alpha fetoprotein0.309001
high-risk patients0.281542
larger residual masses0.321492
National Cancer Institute0.298826
PDQ documents0.279503
nonseminoma testicular cancer0.332786
nonlocalized tumors0.326576
germ cell tumors0.92252
residual mass posttreatment0.32699
Hematologic toxic effects0.298226
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1804 National Cancer Institute Html es Tratamiento del cáncer de seno (mama) (PDQ®)–Versión para profesionales de salud Resumen de información revisada por expertos acerca del tratamiento del cáncer de seno (mama).
Surgical Adjuvant Breast0.311283
node-positive breast0.305691
susceptibility to breast0.306299
results from0.304936
node-negative breast carcinoma0.307067
linfáticos internos mamarios0.304657
invasive breast0.310223
MammaPrint breast0.305772
metástasis manifiesta0.303936
Breast Cancer Family0.311467
invasive breast carcinoma0.30652
breast magnetic resonance0.305716
Breast Cancer Linkage0.318171
with node-negative breast0.307174
brca2 mutation0.31001
early breast0.305558
Metástasis ipsilateral rodaderab0.30419
Cancer Linkage Consortium0.309543
risk factors0.310931
ganglio centinela0.304343
mucinous breast carcinomas0.305818
Natl Cancer Inst0.352497
breast carcinomas0.328163
Women's Health Initiative0.304548
node-negative breast0.315228
N2b Metástasis0.303847
from benign breast0.306434
N2a Metástasis0.30385
BRCA2 mutation carriers0.309625
investigation into cancer0.309168
Bilateral breast carcinoma0.306729
ganglios positivos.Se0.305633
Lancet Oncol0.305043
contralateral breast0.320411
lobular breast0.305977
benign breast0.312903
ganglio linfático centinela0.333143
ganglios satélites0.30541
Cancer Staging Manual0.308858
Cancer Res Treat0.315484
Clin Oncol0.389208
breast carcinomas distinguish0.305804
breast cancer0.999811
Relat Cancer0.305724
BRCA2-associated breast0.305731
with invasive breast0.307222
family history0.30714
AJCC Cancer Staging0.309184
Breast Cancer Res0.348498
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1832 National Cancer Institute Html es Tratamiento del cáncer de vagina (PDQ®)–Versión para profesionales de salud Resumen de información revisada por expertos acerca del tratamiento del cáncer de vagina.
Obstet Gynecol0.283662
Lippincott Williams0.242575
vagina funcional0.243946
berek js0.239666
Carlone M0.228988
prognostic factors0.719083
vaginal cancer0.473271
Sin embargo0.237061
American Cancer Society0.229383
Frank SJ0.247276
Definitive radiotherapy0.277726
institutional experience0.233025
Radiat Oncol Biol0.893767
DeVita VT Jr0.277942
Camel HM0.230789
Jhingran A0.245715
Gynecol Oncol0.996446
Rosenberg SA0.240229
primary invasive squamous0.2365
squamous carcinoma0.334954
Lee P0.243278
Galakatos AE0.229807
vagina treated with0.406995
primary carcinoma0.405837
Markman MA0.223742
estadio ii0.224737
Seski J0.269409
vaginal intraepithelial neoplasia0.27229
Perez CA0.260508
Wheeler JA0.267137
Cancer Staging Manual0.259578
Levenback C0.24589
Definitive irradiation0.237883
Chen AS0.271634
Eifel PJ0.224915
PDQ Tratamiento0.250686
New York0.251038
long-term evaluation0.231124
9th ed0.223747
Zagars GK0.268986
Oncol Biol Phys0.938039
invasive squamous carcinoma0.314957
Dundas G0.228633
Treat Options Oncol0.229038
cuello uterino0.451234
Gynecol Cancer0.242612
Twenty-year review0.228463
AJCC Cancer Staging0.261483
squamous cell carcinoma0.643647
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1934 National Cancer Institute Html es Tratamiento del osteosarcoma e histiocitoma fibroso maligno óseo (PDQ®)–Versión para pacientes Resumen de información revisada por expertos acerca del tratamiento del osteosarcoma e histiocitoma fibroso maligno óseo.
siguientes procedimientos0.506474
células madre0.526262
pequeña cantidad0.50899
siguientes especialistas0.504251
siguientes tipos0.504112
rayos x0.523233
tejido óseo0.519779
enlace drugs approved0.505077
suficiente tejido0.503088
fibroso maligno óseo0.821835
efectos tardíos0.529504
PDQ Efectos tardíos0.509684
National Cancer Institute0.502454
siguientes riesgos0.501964
médula ósea también0.505126
Instituto Nacional0.509248
PDQ Tratamiento0.523403
determinados cambios0.501954
alta potencia0.503883
nuevos tipos0.503233
Physician Data Query0.509387
cáncer óseo0.512408
siguientes situaciones0.505889
Bone Cancer0.502772
siguientes enlaces0.502451
células sanguíneas maduras0.509706
célula madre0.502683
siguientes pruebas0.512226
fibroso maligno0.960799
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2079 National Cancer Institute Html es BRCA1 y BRCA2: Riesgo de cáncer y pruebas genéticas Hoja informativa acerca de los genes BRCA1 y BRCA2, de qué hacer si una persona tiene resultados positivos para una de estas alteraciones, y de las consecuencias de las pruebas genéticas.
with inherited mutations0.40971
Fanconi anemia0.442696
general padecerán cáncer0.476912
Lubinski J0.414965
Cancer Statistics Review0.41308
brca1 or brca20.539593
largo plazo0.414755
American Cancer Society0.413258
posibles perjuicios0.41059
Biallelic mutations0.410182
National Comprehensive Cancer0.413868
Breast Cancer Research0.418728
with brca1 or0.423664
Múltiples cánceres0.410805
mutaciones específicas dañinas0.471623
brca2 mutations0.589927
among male brca10.421616
or genetic predisposition0.416124
BRCA2 padecerán0.44228
gen palb20.413362
BRCA1 mutation carriers0.444383
Estados Unidos0.427518
padecerán cáncer0.566332
mutaciones dañinas0.851633
PubMed Abstract0.989166
mutation carriers identified0.410419
seno masculino0.429589
Clinical Oncology0.441136
BRCA2 carriers0.419799
risks among brca10.420776
BRCA2 mutation carriers0.508942
BRCA2 mutations detected0.422577
contralateral breast0.413156
National Cancer Institute0.442375
Cancer Research0.430441
Breast Cancer Prevention0.417323
antecedentes familiares0.783866
or brca2 mutations0.503006
mutation carriers with0.423928
breast cancer0.531052
clinical breast examination0.410267
mujeres padecerán0.409393
mujeres portadoras0.421608
gen brca10.536899
asesoría genética0.435987
cancer risk0.445775
New England Journal0.415366
bilateral profiláctica0.437879
BRCA2 mutations account0.4223
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15908 National Cancer Institute Html es Laetrilo (amigdalina) (PDQ®)–Versión para profesionales de salud Resumen de información revisada por expertos sobre el uso del laetrilo (amigdalina) como tratamiento para personas con cáncer.
Natl Acad Sci0.351583
institute's retrospective laetrile0.328712
treated with laetrile0.349302
Exp Med Surg0.328157
Promoting poison0.33939
antitumor activity0.465434
cases treated with0.28668
treatment with laetrile0.295229
with laetrile0.90547
CA Cancer0.770829
Acta Unio Int0.423146
Cancer Industry0.474642
Med Hypotheses0.298922
Cancer Commission0.379224
Estados Unidos0.752083
Amygdalin induces apoptosis0.284053
Navarro MD0.430756
Unio Int Contr0.427919
Five years0.324596
Ellison NM0.316229
Bickis IJ0.282987
Acad Med0.304051
Ames MM0.502122
Laetrile toxicity studies0.333014
Med Assoc0.356472
Diss Abstr Int0.346583
years experience with0.456942
Proc Natl Acad0.355643
vía oral0.317497
Laetrile toxicity0.342269
retrospective laetrile analysis0.331541
Cancer Establishment0.478533
experience with laetrile0.549066
Dorr RT0.337868
Cancer Institute retrospective0.411789
Unproven methods0.542254
Treat Rep0.798281
current status0.343299
Intern Med0.566133
Kovach JS0.535271
with laetrile therapy0.559394
Clin Nutr0.378962
Int Contr Cancrum0.427916
laetrile intoxication0.281414
Moertel CG0.440121
Herbert V0.324024
NCI Laetrile Review0.334924
Paxinos J0.340814
Med Chem0.296011
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16716 National Cancer Institute Html en NCI Cancer Moonshot℠ Public Access and Data Sharing Policy NCI has established a data sharing policy that supports open, public access to all research and data for projects funded as part of the Cancer Moonshot. Find details on the policy.
Underlying Primary Data0.835591
National Cancer Advisory0.204571
Creative Commons0.266314
Cancer Moonshotâ„ 0.229846
Moonshot Research Project0.326921
public domain tool0.238273
extramural Cancer Moonshot0.217832
Cancer Moonshot beginning0.210573
cancer research0.226051
Data Sharing Repositories0.219342
underlying data0.223365
NIH Sharing Policies0.206938
Genomic Data Sharing0.238331
Moonshot Research Projects0.712789
Cancer Moonshotâ„  Research0.221203
NIH Data Sharing0.283755
National Cancer Institute0.205263
Cancer Moonshot Projects0.211704
public access0.827988
Blue Ribbon Panel0.23172
Cancer Moonshot Research0.963477
independent data access0.222133
data sharing policies0.240205
Public Access Policy.0.214656
nih public access0.329101
Genomic Data Commons0.208284
Enhanced Data Sharing0.250631
Public Access Policy0.237717
NCI-Supported Cancer Moonshot0.379658
appropriate Public Access0.254192
cancer research projects0.217712
NCI researchers0.205129
NCI intramural Cancer0.231006
Data Sharing Policy0.330676
Rule.7 Underlying Primary0.217644
Data Sharing Plan0.965755
intramural Cancer Moonshot0.258314
Cancer Moonshot Public0.244424
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16839 National Cancer Institute Html en Previous NCI Alliance Grantees The NCI Alliance for Nanotechnology in Cancer has funded a multitude of research and training grants since 2005. Find here a list of all of these high impact projects.
cancer-related nanotechnology research0.909204
initiative0.300481
private organizations0.515908
Focus0.261214
National Cancer Institute0.829641
clinical practice0.510503
clinicians0.293138
areas0.260532
NCI Alliance0.657758
major commitment0.597371
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16848 National Cancer Institute Html en Treatment and Therapy Nanotechnology offers the means to target therapies directly and selectively to cancerous cells and neoplasms. With these tools, clinicians can safely and effectively deliver chemotherapy, radiotherapy, and the next generation of immuno- and gene therapies to the tumor. Futhermore, surgical resection of tumors can be guided and enhanced by way of nanotechnology tools. Find out how nanotechnology will offer the next generation of our therapeutic arsenal to the patient.
cancer treatment0.854097
tumor type0.82492
tumor tissues0.889211
Cancer therapies0.820703
large surface area0.827043
nanoparticles0.943843
superficial tumor0.871555
nanotechnology cancer therapy0.925806
multiple myeloma patients0.821624
RNA-based genetic therapeutics0.82576
cancer therapeutics0.879587
vivo RNA nanoparticle0.839578
nucleic acids0.851966
electromagnetic radiation modalities0.829021
cancer immunotherapy deepens0.869884
artificial antigen0.824529
Host Cell Response0.906892
radiation therapy0.999924
Standalone nanoparticle vaccines0.835115
multiple dendritic cell0.822099
conventional radiation therapy0.856977
tumor vasculature permeability0.888964
Cancer Nanotechnology Excellence0.870289
tumor mass0.82439
photodynamic therapy0.836532
Cancer Nanotechnology awardees0.958295
cancer cells0.999243
external radiation sources0.839028
small molecule compounds0.820814
Cancer Therapy Center0.956254
form Cherenkov radiation0.829553
tumor accumulation0.82268
atomic number nanoparticles0.859022
Biology Cancer Center0.860679
current radiotherapy dosage0.82716
delivery0.878526
combination drug delivery0.856304
current treatment modalities0.839227
superficial tumor sites0.867918
innovative nanoparticle packages0.854373
Gene silencing therapeutics0.826818
tissue tumor targets0.869042
electromagnetic radiation0.829381
nanomaterial-based delivery platforms0.862296
external electromagnetic radiation0.823812
tumor0.913691
tumor microenvironment0.865684
deep tissue tumors0.824773
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17234 National Cancer Institute Html en Adding Immune-based Treatments to Standard Glioblastoma Therapy This clinical trial is testing standard therapy (surgery, radiation and temozolomide) plus immunotherapy with pembrolizumab with or without a cancer treatment vaccine for patients with newly diagnosed glioblastoma, a common and deadly type of brain tumor.
immune checkpoint inhibitor0.991382
Dr. Gilbert0.728039
tumor tissue0.405841
trial contact information0.29929
experimental vaccine0.247456
1-year overall survival0.300393
NCI’s Cancer0.233291
Treating Patients0.208707
little tumor tissue0.376059
standard therapy plus0.329661
immune response0.550076
NCI Clinical Trials0.330246
chemotherapy drug temozolomide0.399109
cancer treatment vaccine0.66133
primary brain tumor0.428278
Cancer Research0.215559
clinical trials0.480839
slow tumor growth0.416918
partially randomized phase0.30891
patients0.251176
Mark R. Gilbert0.399405
tumor-specific vaccine0.249165
experimental cancer treatment0.582716
immune checkpoint inhibitors0.542772
microscopic tumor0.266367
newly diagnosed glioblastoma0.842005
Current standard therapy0.36143
placebo vaccine0.253985
immunotherapy drug pembrolizumab0.351275
median survival time0.347591
protocol summary0.359999
radiation therapy0.342013
standard therapy0.747186
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