Was lehrt die Embryologie der Papillarmuster über ihre Bedeutung als Rassen- und Familiencharakter?

Bonnevie, Kristine

doi:10.1007/bf01742055

Cited by 23 publications

(21 citation statements)

References 3 publications

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“…This means that all ridges do not differentiate simultaneously but rather in sequence during the perinatal period. This situation is different to that in primates, where the essential differentiation of dermal ridges is completed in the second trimester of gestation (Bonnevie, 1927(Bonnevie, , 1929Hale, 1952;Okajima, 1975;Okajima and Newell-Morris, 1988). It is also characteristic of the rat that the differentiation of dermal ridges and sweat ducts begins almost simultaneously, whereas the differentiation of dermal ridges antedates that of sweat ducts in human and macaque fetuses.…”

Section: Development Of Rat Dermatoglyphicsmentioning

confidence: 77%

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Dermal ridge development on the volar pads of the rat (Rattus norvegicus) and comparative study of pattern formation using inbred strains

Okajima

1991

Am. J. Anat.

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The development of dermal ridges, ridge configurations, and volar pad contours was investigated in the volar skin of the rat (Rattus norvegicus). The ridged structures corresponding to the epidermal ridges of primates exist only at the epidermal-dermal junction in the rat. Dermal specimens were prepared by treatment with alkaline solution and examined by toluidine blue staining and scanning electron microscopy, together with histological sections. Differentiation of dermal ridges began on day 18 of gestation on the palm followed by the sole. Ridges increased in number with advancing age. The process was complete approximately 2-3 days after birth, and sweat ducts began to develop simultaneously. As dermal ridges present various configurational patterns on palmar interdigital pad III, pattern formation on this pad was inspected in fetuses of three inbred strains possessing different pattern types, and in the hybrid progeny derived from them. Patterns and pad forms appeared to be under genetic control. It was revealed that the ridge arrangements, i.e., whorls, triradii, comb-like patterns, and others, are closely related to the pad contours during the developmental period, as hypothesized in primates.

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Section: Development Of Rat Dermatoglyphicsmentioning

confidence: 77%

“…The developmental process of dermatoglyphic traits has been studied by only a few workers (Bonnevie, 1927(Bonnevie, , 1929Schaeuble, 1933;Hale, 1952; 0 1991 WILEY-LISS, INC. Newell-Morris, 1988). Previously, there were no appropriate animals available as models for experimental investigations in the field of dermatoglyphics.…”

Section: Introductionmentioning

confidence: 99%

Dermal ridge development on the volar pads of the rat (Rattus norvegicus) and comparative study of pattern formation using inbred strains

Okajima

1991

Am. J. Anat.

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“…Because fingerprints patterns are encoded at the interface between dermis, the pattern cannot be destroyed by superficial skin injuries [12,4,9]. Various factors were suggested by numerous scientists to be the major driving forces in the pattern and formation of fingerprints, such factors include; Volar pad [13], Genetic factor, SMARCAD1gene, [14], Boundary effects, Markel cells [15]. Several studies show little variation in the distribution of pattern of fingerprints across the continent and about 25-35% of the finger print is whorls, 60-65% is loops and arches is 5%.…”

Section: Introductionmentioning

confidence: 99%

Relationship of thumb prints and lip prints among Nigerians

Adamu¹

2013

IOSR-JDMS

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“…Scientists have suggested a number of factors responsible for the patterning and formation of fingerprints. These factors include: SMARCAD1gene, [11], Volar pad [12], Genetic factor [13,14], Boundary effects, and Markel cells [15]. fingerprint ridge patterns are: arch (plain and tented), loop (radial and ulna), and whorl (plain and others).…”

Section: Role Of Embryology In Fingerprinting Footprints and Other Bmentioning

confidence: 99%

Anatomy in Forensics: Applications and Need for Collaboration

Jervas¹

2017

FRCIJ

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Anatomical Sciences are important in medical and forensic education and investigations. Areas of Anatomical Sciences which are important in forensic education and investigations have been highlighted and discussed. Therefore there is need for collaboration among Anatomist who are interested in forensic education and investigations with other Forensic Scientists. This collaboration will create opportunity for exchange of ideas required for proper investigations in Forensics as well as employment opportunity.

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Was lehrt die Embryologie der Papillarmuster über ihre Bedeutung als Rassen- und Familiencharakter?

Cited by 23 publications

References 3 publications

Dermal ridge development on the volar pads of the rat (Rattus norvegicus) and comparative study of pattern formation using inbred strains

Dermal ridge development on the volar pads of the rat (Rattus norvegicus) and comparative study of pattern formation using inbred strains

Relationship of thumb prints and lip prints among Nigerians

Anatomy in Forensics: Applications and Need for Collaboration

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