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Miscellaneous Article

There is a Direct Relationship Between Nonverbal Intelligence and Serum Testosterone Level in Young Men

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Pages 213-216 | Received 29 Jul 1991, Published online: 07 Jul 2009

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FAIK BUDAK, TUNCAY MÜGE FILIZ, PINAR TOPSEVER & ÜNER TAN. (2005) CORRELATIONS BETWEEN NONVERBAL INTELLIGENCE AND NERVE CONDUCTION VELOCITIES IN RIGHT-HANDED MALE AND FEMALE SUBJECTS. International Journal of Neuroscience 115:5, pages 613-623.
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ZEKI ARI, NECIP KUTLU, BEKIR SAMI UYANIK, FATMA TANELI, GURBUZ BUYUKYAZI & TALAT TAVLI. (2004) SERUM TESTOSTERONE, GROWTH HORMONE, AND INSULIN-LIKE GROWTH FACTOR-1 LEVELS, MENTAL REACTION TIME, AND MAXIMAL AEROBIC EXERCISE IN SEDENTARY AND LONG-TERM PHYSICALLY TRAINED ELDERLY MALES. International Journal of Neuroscience 114:5, pages 623-637.
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Necip Kutlu, Nuran Ekerbicer, Zeki Ari, Bekir Sami Uyanik, Taner Zeren & Uner Tan. (2001) Testosterone and Nonverbal Intelligence in Right-Handed Men With Successful and Unsuccessful Educational Levels. International Journal of Neuroscience 111:1-2, pages 1-9.
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Üner Tan & Meliha Tan. (1998) Curvelinear Correlations Between Total Testosterone Levels and Fluid Intelligence in Men and Women. International Journal of Neuroscience 95:1-2, pages 77-83.
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Üner Tan & Meliha Tan. (1998) The Curvelinear Correlations Between the Total Testosterone Levels and Fluid Intelligence in Men and Women. International Journal of Neuroscience 94:1-2, pages 55-61.
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Articles from other publishers (36)

Esha S. L. Jamnadass, Jeffrey A. Keelan, Suzanna N. Russell-Smith, Martha Hickey, Murray T. Maybery & Andrew J. O. Whitehouse. (2017) Umbilical cord androgens and estrogens in relation to verbal and nonverbal abilities at age 10 in the general population. PLOS ONE 12:3, pages e0173493.
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Fangfang Shangguan & Jiannong Shi. (2009) Puberty timing and fluid intelligence: A study of correlations between testosterone and intelligence in 8- to 12-year-old Chinese boys. Psychoneuroendocrinology 34:7, pages 983-988.
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Üner Tan, Mukadder Okuyan, Tugba Bayraktar & Ahmet Akgun. (2016) Covariation of Sex Differences in Mental Rotation with Body Size. Perceptual and Motor Skills 96:1, pages 137-144.
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tJNER TAN. (2003) COVARIATION OF SEX DIFFERENCES IN MENTAL ROTATION WITH BODY SIZE. Perceptual and Motor Skills 96:1, pages 137.
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Metin Ozata, Z. Odabasi, S. Caglayan, Z. Beyhan, O. Vural & C. Ozdemir. (2014) Event-related brain potentials in male hypogonadism. Journal of Endocrinological Investigation 22:7, pages 508-513.
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Kerrin Christiansen. 1998. Testosterone. Testosterone 107 142 .
J.Galen Buckwalter, Lon S. Schneider, Thea W. Wilshire, Meleana E. Dunn & Victor W. Henderson. (1997) Body weight, estrogen and cognitive functioning in Alzheimer's disease: an analysis of the Tacrine study group data. Archives of Gerontology and Geriatrics 24:3, pages 261-267.
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David C. Geary. (2010) On the biology and politics of cognitive sex differences. Behavioral and Brain Sciences 19:2, pages 267-284.
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Ada H. Zohar. (2010) Genetic influences on sex differences in outstanding mathematical reasoning ability. Behavioral and Brain Sciences 19:2, pages 266-267.
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Thomas Wynn, Forrest Tierson & Craig Palmer. (2010) Sex differences and evolutionary by-products. Behavioral and Brain Sciences 19:2, pages 265-266.
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Hoben Thomas. (2010) Between-sex differences are often averaging artifacts. Behavioral and Brain Sciences 19:2, pages 265-265.
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Üner Tan. (2010) We are far from understanding sex-related differences in spatial-mathematical abilities despite the theory of sexual selection. Behavioral and Brain Sciences 19:2, pages 264-264.
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Julian C. Stanley & Heinrich Stumpf. (2010) Able youths and achievement tests. Behavioral and Brain Sciences 19:2, pages 263-264.
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Julia A. Sherman. (2010) Spatial visualization and sex-related differences in mathematical problem solving. Behavioral and Brain Sciences 19:2, pages 262-263.
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David C. Rowe. (2010) The twain shall meet: Uniting the analysis of sex differences and within-sex variation. Behavioral and Brain Sciences 19:2, pages 262-262.
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Diane Proudfoot. (2010) The logic of the sociobiological model Geary-style. Behavioral and Brain Sciences 19:2, pages 261-261.
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Nora Newcombe & Mary Ann Baenninger. (2010) Sexual-selection accounts of human characteristics: Just So Stories or scientific hypotheses?. Behavioral and Brain Sciences 19:2, pages 259-260.
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Diana Eugenie Kornbrot. (2010) Resources dimorphism sexual selection and mathematics achievement. Behavioral and Brain Sciences 19:2, pages 259-259.
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Meredith M. Kimball. (2010) Some problematic links between hunting and geometry. Behavioral and Brain Sciences 19:2, pages 258-259.
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Lloyd G. Humphreys. (2010) A critic with a different perspective. Behavioral and Brain Sciences 19:2, pages 257-258.
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Christy Hammer & R. Valentine Dusek. (2010) Brain differences, anthropological stories, and educational implications. Behavioral and Brain Sciences 19:2, pages 257-257.
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Diane F. Halpern. (2010) Mating, math achievement, and other multiple relationships. Behavioral and Brain Sciences 19:2, pages 256-256.
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Jeffrey W. Gillger. (2010) Sex differences in mathematical abllity: Genes, environment, and evolution. Behavioral and Brain Sciences 19:2, pages 255-256.
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Michael T. Ghiselin. (2010) Differences in male and female cognitive abilities: Sexual selection or division of labor?. Behavioral and Brain Sciences 19:2, pages 254-255.
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Uta Frith & Francesca Happé. (2010) Mary has more: Sex differences, autism, coherence, and theory of mind. Behavioral and Brain Sciences 19:2, pages 253-254.
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Jeffrey Foss. (2010) Arithmetic and old lace. Behavioral and Brain Sciences 19:2, pages 252-253.
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Alan Feingold. (2010) On an evolutionary model of sex differences in mathematics: Do the data support the theory?. Behavioral and Brain Sciences 19:2, pages 252-252.
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Herman T. Epstein. (2010) Omissions relevant to gender-linked mathematical abilities. Behavioral and Brain Sciences 19:2, pages 251-252.
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Ann Dowker. (2010) How important is spatial ability to mathematics?. Behavioral and Brain Sciences 19:2, pages 251-251.
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Hank Davis. (2010) Is there a comparative psychology of implicit mathematical knowledge?. Behavioral and Brain Sciences 19:2, pages 250-250.
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T. J. Crow. (2010) All sex differences in cognitive ability may be explained by an X-Y homologous gene determining degrees of cerebral asymmetry. Behavioral and Brain Sciences 19:2, pages 249-250.
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Susan F. Chipman. (2010) Still far too sexy a topic. Behavioral and Brain Sciences 19:2, pages 248-249.
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M. Beth Casey. (2010) Do gender differences in spatial skills mediate gender differences in mathematics among high-ability students?. Behavioral and Brain Sciences 19:2, pages 247-248.
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David C. Geary. (2010) Sexual selection and sex differences in mathematical abilities. Behavioral and Brain Sciences 19:2, pages 229-247.
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Üner Tan. (1994) The grasp reflex from the right and left hand in human neonates indicates that the development of both cerebral hemispheres in males, but only the right hemisphere in females, is favoured by testosterone. International Journal of Psychophysiology 16:1, pages 39-47.
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Helmuth Nyborg. 1994. The Neuropsychology of Individual Differences. The Neuropsychology of Individual Differences 59 113 .

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