No abstract available.
Dermatoglyphics* ; Humans*

No abstract available.
Classification* ; Dermatoglyphics* ; Yersinia*

No abstract available.
Bone Marrow* ; Dermatoglyphics* ; Histiocytes*

19 children at the age from 2 days to 15 years old includes: 15 females, 3 males and 1 hermaphrodite: - The clinical examinations, health records, analysis of chromosomes and dermatoglyphics shown that : In 5 cases with chromosomal aberrations: + 3 cases down (2: trisomi 21 and 1 down translocation D/G) + 1 case with symtoms of male turn (chromosome Y chromosome F)+1 case hermaphrodite, karyotyp 46, XY, with muti- malformations and female phenotype. -The analysis of acrocentric- chromonomal association shown that: +Frequency of acrocentric- chromosomal associations: 62% + Frequency of acrocentric- chromosomal associations per cell: 1.18. + The means of chromosomal association: 2.13. +Frequencies of gaps, isogaps, chromosomal aberrations, chromatid aberrations are the same in comparision with the other researchers. + In all of three patients with limb malformations, there are abnormalities in dermatoglyphics
Congenital ; Chromosomes ; Dermatoglyphics

The authors selected 19 murder cases, which were reversed by the Supreme Court with citation of experts' opinions in its judgements. The original courts sentenced that 15 cases were guilty, and 4 cases innocent. There were 38 experts' opinions including 16 of both pathological and serological fields. Others are 2 for questioned documents, 1 for fingerprint, 1 for shoeprint, 1 for fire, 1 for material object. The Supreme Court kept the attitude paying regard to experts' opinions with rather strict interpretation of them. Also it had great concern about the procedures collecting evidences and rationalities of experts' opinions. In some cases, it pointed out that the original court should have investigated further to clarify the vague evidences and opinions. We commented briefly about some possible controversies on the experts' opinions and interpretations of the Supreme Court, strictly in the viewpoint of forensic pathology.
Dermatoglyphics ; Fires ; Forensic Pathology ; Homicide*

Sole prints were analyzed from one thousand normal volunteers (500 males and 500 females) to establish dermatoglyphics of Korean people, and the following resuIts were obtained: The triradius P was present in 49.1% of the right soles and 40.6% of the lefts, or 44.9% of the entire series. The fibular radiant of triradius P was directed into the fourth interdigital intervals in 54.9% of the soles, and the next common terrninations were in the digital triradius c 15.3%, the third interdigital interval, 12. 5% and distal portion of the fibular border, 9.4%. In right soles the tendeney was for the radiant to extent farther tibialward than in lefts, where the inverse tendency was reflected in sharp rise in the number of endings on the fibular borders and decrease of endings tibialward. The distal radiant of triradius P terminated in the first interdigital interval, 46.5%, the interdigital triradius a, 32. 5%, and the second interdigital interval,. 20.5%, and rarely the distal radiant fused with digital triradius, 0.6% Of the alignments of ridges of the soles, 72.7;. of the soles exhibited transvcrsely coursing ridges in the mid-region, and the remainder were slight fibuloproximal slants,Grade 2) 18.2%, and slight fibulodistal slants (Grade 4) 8, 7%. There was a tendency of right soles to favor the fibulo-proximal slant, and of lefts, the fibulo-distal sIant. In the calcar region 44.1% of the soles presented a slight fibulo-distal slant, and the next cmmon direction was transverse, 37.4% Right soles tended more to the transverse alignment, while lefts displayed a ... (continue)
Dermatoglyphics ; Healthy Volunteers ; Humans ; Male

BACKGROUND: The aims of this study were to compare the suitability of repetitive-PCR genomic fingerprinting procedures to investigate genetic relatedness of the genus Vibrio and its applicability for the molecular identification of Vibrio vulnificus. METHODS: Forty-eight Vibrio strains were included for this study. REP-, ERIC-, BOX- and SERE-PCR were compared with 13 members of the genus Vibrio. RESULTS: REP-, BOX- and SERE-PCR showed V. vulnificus strains could not be separated well from other Vibrio species. However, approximately 320 bp of highly discriminatory specific fragments was recovered from V. vulnificus strains by ERIC-PCR. CONCLUSIONS: ERIC-PCR could be used as rapid classification and identification methods of V. vulnificus from other members of the genus Vibrio.
Classification* ; Dermatoglyphics* ; Vibrio vulnificus ; Vibrio*

Although we made a comparision of fingertip dermatoglyphic patterns between R7 patients with atopic dermatitis(Femals: 54, Male: 35) and 73 their families without atopic dermatitis, no significant results were obtained. So, we compared secondly our results of 2 groups with those of two thousand nonatopic, normal Koreans, as control. Results are as follows: ] In comparison with control, a significant increase in the ulnar loop pattern was detected in families(p<0, ()5), not atopic dermatitis. p. No significant differ ence between right hands and left hands in all three g f OUpS. In atopic dermatitis and control groups, 1 st and 4 th digits showed mostly whorl pattern, and 3 rd and 5 th digits had more ulnar loop pattern than others. Rut families had mostly ulnar loop pattern at all digits except 4 th digit, wl..orl pattern. 4. Each of atopic dermatitis, family and control group had 13, 79% (whor1: 8. 05% ulnar loop: 5 75%), 15. 49p; (whorl: 4. 23%, ulnar loop: 11. 27%), 15. 78%(whorl: 8, 52% ulnar loop: 7. 1 %, arch: 0. 05%), of same dermatoglyphic pattern on all ten digits. Especially, ulnar loop pattern in fanilies was detected significantly higher than other two groups(p<0. 05). Average incidences of bilateral symmetry of pattern type between right and left digits were 78.57%, 74. 67% and 78.74% respectively in atopic dermatitis, family and control group.
Dermatitis, Atopic* ; Dermatoglyphics* ; Hand ; Humans ; Incidence ; Male

No Abstract Available.
Dermatoglyphics* ; Evolution, Molecular* ; Polymerase Chain Reaction*

No Abstract Available.
Dermatoglyphics* ; Evolution, Molecular* ; Polymerase Chain Reaction*