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D. Loesch (1971)
The interrelationship of pattern elements on soles.Human biology, 43 2
S. Holt (1957)
GENETICS OF DERMAL RIDGES: SIB PAIR CORRELATIONS FOR TOTAL FINGER RIDGE‐COUNTAnnals of Human Genetics, 21
M. Miki (1971)
[Studies on the hereditary nature of sole prints--with special reference to interdigital and triradii].Kumamoto Igakkai zasshi. The Journal of the Kumamoto Medical Society, 45 11
(1971)
Studies on the hereditary nature of sole prints-with special reference to interdigital MORISAEI
L. Penrose, D. Loesch (2008)
Topological classification of palmar dermatoglyphics.Journal of mental deficiency research, 14 2
L. Penrose, D. Loesch (1969)
Dermatoglyphic sole patterns. a new attempt at classification.Human biology, 41 3
D. Loesch (1971)
Genetics of dermatoglyphic patterns on palmsAnnals of Human Genetics, 34
Kanda Kanda (1970)
Studies on the heredity of sole printsJap. J. Leg. Med., 24
(1956)
Genetics of dermal ridges: parent-child correlations for total ridge count
Wichman Wichman (1956)
Zur Genetik des Hautleistensystem der FussohleZ. Morph. Anthrop., 47
By Holt (1956)
GENETICS OF DERMAL RIDGES: PARENT‐CHILD CORRELATIONS FOR TOTAL FINGER RIDGE‐COUNTAnnals of Human Genetics, 20
S. Wright (1969)
The genetics of dermal ridgesThe Journal of Pediatrics, 75
(1961)
In: Martin, R
(1957)
Genetics of dermal ridges: sib-pair correlations for total ridge count
Morisaki Morisaki (1971)
Studies on the hereditary nature of sole prints with special reference to hallucal and hypothenar patternsJap. J. Leg. Med., 25
M. Kanda, K. Takahama, Y. Morisaki (1970)
[Studies on the heredity of sole prints].Nihon hoigaku zasshi = The Japanese journal of legal medicine, 24 3
H. Cummins, Charles Midlo (1944)
FINGER PRINTS, PALMS AND SOLESThe American Journal of the Medical Sciences, 207
(1943)
Lehrbuch der Anthropologie in Systematischer durstellung
BY DANUTA LOESCH Department of Genetics, Psychoneurological Institute, Warsaw,Poland Dermatoglyphics characters on soles have been much less studied than those on palms, particularly with respect to genetical analyses. There have been some attempts to investigate genetics of non-metrical sole characters (Wichmann, 1956; Baitsch, 1961; Kanda, 1970; Morisaki, 1971; Miki, 1971) but the studies were incomplete; and the results presented, although they have disclosed the similarities of sole configurations between relatives, provided little information on the heredity of the topologically significant elements of sole patterns. The traditional classification of sole configurations (as summarized in Cummins & Midlo, 1943) which was inadequate for the purpose of genetical analysis, may account for this. A new method of classifying sole patterns (Penrose & Loesch, 1969) with clear-cut and precise formulation of all topologically significantpattern elements provided facilities for their genetical analysis. A t the same time, the new method of description made it easy to introduce quantity to nonmetrical characters and translate it further into terms suitable for computer analysis. The purpose of the present study was to define first the sole characters, as classified according to the topological method and then to estimate hereditary influence on their variation including the possible
Annals of Human Genetics – Wiley
Published: May 1, 1974
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