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38Albert Hofman

 

Key Opinion Leader In [Albert Hofman is considered a key opinion leader in any keyword where the rank of 5 is achieved, the leading number before the keyword shows the author's rank as compared to all other authors]

  • 1Netherlands | 2Proportional Hazards Models | 3Risk Factors | 3Cohort Studies | 5Prospective Studies | 5Alleles | 6Aged | 8Macular Degeneration | 10Middle Aged | 12Follow-Up Studies | 13Incidence | 14Gene Frequency | 15Female | 18Aged, 80 and over | 18Sex Factors | 23Odds Ratio | 25Male | 30Bone Density | 33Comorbidity | 41Dementia | 43Genotype | 52Biological Markers | 53Age Factors | 79Humans | 116Predictive Value of Tests | 163Polymorphism, Genetic | 186Magnetic Resonance Imaging | 199Hypertension | 309Blood Pressure | 387Myocardial Infarction | 549Prognosis | 557Brain

Keywords (32) [keywords assigned to Albert Hofman articles by PubMed, the leading number and the color conveys importance]

  • 38Humans | 34Female | 34Middle Aged | 32Male | 30Aged | 20Risk Factors | 16Netherlands | 15Prospective Studies | 14Cohort Studies | 11Aged, 80 and over | 9Follow-Up Studies | 8Incidence | 7Proportional Hazards Models | 7Alleles | 7Gene Frequency | 7Genotype | 6Magnetic Resonance Imaging | 5Odds Ratio | 5Bone Density | 5Macular Degeneration | 4Sex Factors | 4Hypertension | 4Biological Markers | 4Polymorphism, Genetic | 4Comorbidity | 3Dementia | 3Blood Pressure | 3Age Factors | 3Myocardial Infarction | 3Brain | 3Predictive Value of Tests | 3Prognosis

Other [context-specific ads]

Albert Hofman Unique Vocabulary (96) [single words, word pairs and phrases obtained by analysis of abstracts and titles, the leading number and the color conveys importance; Albert Hofman might be a good expert witness on these terms]

  • 71risk | 54study | 34rotterdam | 31elderly | 26women | 25levels | 25associated | 24men | 23association | 21gene | 21ci | 19brain | 18igf-i | 18factors | 18decline | 17age-related | 17infarcts | 16polymorphism | 15silent | 15age | 15disease | 14arm | 14pressure | 14blood | 13dementia | 13population | 13population-based | 13atherosclerosis | 13effect | 12conclusions | 11observed | 11depression
  • 29rotterdam study | 15risk factors | 13silent brain | 13brain infarcts | 13blood pressure | 11men women | 9risk dementia | 9age-related maculopathy | 8confidence interval | 8elderly rotterdam | 8women men | 7igf-i gene | 7mineral density | 7bone mineral | 6age-related decline | 6memory performance | 6total igf-i | 5rotterdam scan | 5spatial qrs-t | 5increased risk | 5scan study | 5igf-i levels | 5depressive disorders | 5non-pd ps | 4cognitive function | 4receptor alpha | 4protective effect | 4cardiac death | 4acid composition | 4endogenous estradiol | 4breast cancer | 4osteoarthritis knee
  • 13silent brain infarcts | 8elderly rotterdam study | 7bone mineral density | 5rotterdam scan study | 4fatty acid composition | 4age-related maculopathy rotterdam | 4age-related decline circulating | 4decline circulating total | 4estrogen receptor alpha | 4spatial qrs-t angle | 4maculopathy rotterdam study | 4total igf-i levels | 4circulating total igf-i | 4receptor alpha gene | 4diastolic blood pressure | 4cardiovascular risk factors | 4blood pressure levels | 4factors silent brain | 4risk factors silent | 3hfe c282y h63d | 3traditional cardiovascular risk | 3pd non-pd ps | 3infarcts risk dementia | 3per standard deviation | 3population-based rotterdam scan | 3brain infarcts risk | 3better memory performance | 3vertebral nonvertebral fractures | 3risk dementia cognitive | 3marker angina pectoris | 3vertebral bone area | 3polymorphism igf-i gene