Dermatoglyphics

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Dermatoglyphics
Dermatoglyphics refers to the branch of science
in the study of the patterns of skins (dermal)
ridges present on the fingers, toes and the soles
of human. Its reveals the congenital links
between our fingers and our intrinsic qualities
and talents. Dermatoglyphics is coined by
Professor Harold Cummins in the 20th century.
Since 1920s, there have been numerous
research. Dermatoglyphics has absolute
scientific basis, with 200 years of research. It
is analyzed and proven with evidence in
anthropology, genetic, medicine and statistics.
In recent years, U.S., Japan and Taiwan have
applied Dermatoglyphics to diagnose Down
Syndrome, congenital disorders, generic
abnormalities, educational fields, human
resources management, employee recruitment, and
etc. Dermatoglyphics reveals the congenital
links between your fingers and your intrinsic
qualities and talents. With these analysis of
your in-born talents and intelligences, you can
best be translated into education, personal and
career success. By knowing these potentials
earlier, you make effort to enhance and train
your weaknesses so that learning is most
pleasurable and effective. A life time of
understanding is priceless.
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Facts about our fingerprint
Permanence Fingerprint ridges are formed during
the third to fourth month of fetal development.
These ridges consist of individual
characteristics called ridge endings,
bifurcations, dots and many ridge shape
variances. The unit relationship of individual
characteristics does not naturally change
throughout life... until decomposition after
death. Permanent scars, disease damage, and
temporary changes such as paper cuts appear as
jagged edges and sometimes "puckered" ridge
detail in opposition to smooth flowing natural
formations. Individuality In the
over 140 years that fingerprints have been
routinely compared worldwide, no two areas of
friction skin on any two persons (including
identical twins) have been found to contain the
same individual characteristics in the same unit
relationship. This means that in general, any
area of friction skin that you can cover with a
dime (and often with just a pencil eraser) on
your fingers, palms, or soles of your feet will
contain sufficient individual characteristics in
a unique unit relationship to enable
identification. Recent studies comparing the
fingerprints of cloned monkeys showed that they,
just like identical twin humans, have completely
different fingerprints. When doctors state that
twins have the same fingerprints, they are
referring to the class characteristics of the
general ridge flow, called the fingerprint
pattern. Two different individuals having the
same fingerprints is about 1 in 64 billion1
1 Galton, Francis (1892). "Finger Prints".
London MacMillan and Co.
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Who will benefit?
The developing brain generates between 50 to 100
thousand new cells per second from the fifth
through twentieth weeks of gestation1. These
brain cells migrate to different locations in the
brain and begin to differentiate. However, if we
understand where our potentials lie, we can
stimulate these neurons to help us succeed in
different fields. Toddlers (age 1-4) From birth
through about age three there are vast numbers of
connections and collections being recorded in the
brain. Benefits Knowing a toddlers potentials
at the early age help parents make decisions on
parenting styles and educational
methods. Children (age 4-12) From age three
through twelve the brain begins to prune the
excessive synapses in an attempt to get organized
and eliminate what is not necessary. Benefits At
this age, Children are curious to learn and they
can absorb more than they will when they grow
older. Discovering their learning styles and
areas of intelligences at this age gives a clue
on what courses and activities they should spend
more time on. Teenagers Young Adults (age
12-25) The teenage years consist of more
aggressive pruning as the brain begins to
specialize and build an identity. Benefits
Discovering learning styles at this age can
better enhance ones learning experience. It also
serves as a guideline on what type of courses one
should take. Adult (age 25) Adulthood ushers in
a bit of a pruning plateau, where some
connections are diminished and others are
enhanced. Benefits Understanding ones areas of
intelligences help an adult make decisions on
careers. Understanding more about self can help
adults communicate better and thus build better
relationships. Employers can also apply
Dermatoglyphics analysis to find out the strength
and weakness of their employees for position
placement. Company (Human Resource
Development) Human resource development is a
framework for helping employees develop their
abilities and organizational skills in order to
achieve company's goals. The ultimate goal of HRD
is putting the right man in a right job and
grooming them to operate the company. Benefits
Understanding employees skills is important to
companies in many areas such as talent managing,
recruiting, training, and career development.
1 http//neurons.wordpress.com
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Content of Dermatoglyphics Analysis Report

• 1. Innate/Spiritual Characteristic
• decision, meaning of life, target of life and
  social function (interpersonal skills)
• right-wrong judgment, self-consciousness,
  self-discipline and social function
  (introspection skills)
• creative idea, imagination processing, image
  thinking and self-expectation
• personal expressive way, logic procession,
  image thinking and self-expectation
• sequence thinking and self-evaluation
• 2. Personal Characteristic
• personality characteristics
• behavior tendency
• communication skills
• 3. Work Characteristic
• primary and secondary
• 4. Innate Intelligent Distribution
• introspection ability / creative ability / art
  appreciation ability / image perception ability /
  linguistic ability / somatosensory ability /
  operating ability / reasoning ability /
  observation ability / mental image ability
• 5. Formation of Acquired Intelligence
• Individual intelligences
• how to enhance your ability
• key elements of development
• 6. Learning Styles

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Research References
Hand of Clinical Dermatoglyphs Musallam S.
Elbualy Joan D. Schinderler, University of
Miami Press 1971 Dermatoglyphics in Medical
Disorders, Blanka Schauman Milton Alter, New
York Springer Verlag 1976 Trends in
Dermatoglyphics Research, Norris M. Durham,
Chris C. Plato, edited, Kluwer Acadic Publishers
1990 The State of Dermatoglyphics The science
of Finger and Palm Prints", N. M. Durham, K. M.
Fox, C. C. Plato, The Edwin Mellen Press,
2000 Study of Dermatoglyphics in Tall
Statures, Journal of Guangzhou Physical
Education Institue, Cao Yongping and Lai
Rongxing no1 1996 A Dermatoglyphic Study of
the Chinese Population III. Dermatoglyphics
Cluster of Fifty-two Nationalities in China,
Acta Genetica Sinica, Zhang Hai-guo, Ding Ming.
Jiao Yun-ping et al. no5 1998 Principal
component analysis on the Dermatoglphics feature
of 24 populations in China, Journal of Shanxi
Medical University, Lu Shunhuan Zhang Bingwen
nos1 1998 Principal Component Analysis on
Dermatoglyphics of Populations in China, Acta
Anthropologica Sinica, Zheng Lian-bin Lu
Shun-hua Zheng Qi Li Shu-yuan no 3
2002. Dermatoglyphics of Xinjiang Tatar
nationality in China , Chinese Journal of
Anatomy, Yuan Jiang-Bin Xu Shuang-Jin Zhen
Hai-Guo et. al., no 2 2003. A Dermatoglyphics
Study of the Qinghai Salar Nationality of China
, Acta Anatomica Sinica, Wang Ping Wang Han
Zhang Hai guo no 2 2003. The Russ
Nationality Dermatoglyphics Investigation in
Xinjianga , Acta Anatomica Sinaca, U Shuangjin
Zhang Haiguo Yuan Jiangbin no 6 2004. Hand
Dermatoglyphics of Male Teenaged Miao Nationality
Students , Acta Academiae Medicinae Guangxi, Li
Houwen, Mao Tingzhi no 2 1997. The
Dermatoglyphics Study of Hui and Han
Nationalities in Ningxia, China---- I
Fingerprint, Acta Anatomica Sinica, Dang Jie
Huo Zheng-hao Peng Liang et. Al. no 4
2007. Investigation and analysis on (f)t
triradius and other dermal ridge of the sole,
Chinese Journal of Birth Health Heredity, Luo
Tongxiu Xu Mingzing Li Shiwang. no 2
2001. Analysis of Curriculum Construction of
the Elective of Human Dermatoglyphics Researches
in Medical Education, Zhang Hai-guo Yu Song no
7 2007. Palmar Dermatoglyphics of Dyslexia A
Test of Geschwind hypothesis, PhD.
dissertation., Indiana University. Soreson
Jamison C, 1987 Palmar Dermatoglyphics of
dyslexia Am J Phs Anthropol Sorenson Jamison C
76505-513 1988 Dermatoglyphics study in
autistic children and controls. J.Am Acad. Child
Adolesc Psychiatry Wolman SR, Campbel I M, Marchi
ML, Deutsch SI Gershon TD 29(6) 878-884
1990 Ridge hyperplasia and ridge dissociation
minor anomalies in autistic children. Clin Genet
Arrieta MI. Martinez B, Criado B, Lobato N
Lostao CM 44 107-108 1993
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Research References (continued)
Weak Mind and DermatoglyphicsA Discriminate
Model of Dermatoglyphics for Weak Minded
Children. Journal of Biomathematics, Ma Junying
Liu Laifu Xu Xinzhai Chen Lewen no 3 1994.
A case-control study of fluctuating
Dermatoglyphics asymmetry as a risk marker for
developmental delay. Am. J of Med Genet Naugler
CTLudman MD 99(1) 11-14 1996 A
case-control study of fluctuating Dermatoglyphics
symmetry as a risk marker for developmental
delay. Am. J of Med Genet Naugler CTLudman MD
66(1) 11-14 1996 A Dermatoglyphics study on
the nurse students of different degrees, Journal
of Shanxi Medical University, Yang Xiang Zhang
Limei Jiang Yuzhu, no s1 1998
Dermatoglyphics Survey of 456 Hebei North
University Students Journal of Zhangjiakou
Medical Collage, Wei Huiping Liu Jiyun Pan
Yongna no 5 2004 Dermatoglyphics study of
children with specific developmental disorders of
scholastic skills, Journal of Psychiatry, Feng
Zhi-ying Zhang Yong-hui Liu Jian-xun et al.
no 1 2007 The Configuration of Epidermal
Ridges in a human A cephalic Monster, Anat Rec.
26 1, H. Cummins 1923 Dermatoglyphics
Stigmata in Mongolian Idiocy, Anat. Rec 64 11.
H, Cummins, 1936 Fluctuating Dermatoglyphics
asymmetry and the genetics of liability to
schizophrenia. Psychiatry Research. Markow T.A.
and Wandler K., 17 348-370, 1967
Dermatoglyphic studies in carcinoma of the
cervix Indian J. of Pathology and Microbiology.
Subramanyam Reddy S., Ahuja J.R., Reddi O.S.,9
35-41, 1977. Dermatoglyphics, study in breast
carcinoma. Indian Journal of Pathology and
Microbiology Singh D., Prabhakar B.R., Bhalla
S.S., 2227-32, 1979 Quantitative
Dermatoglyphics traits in patients with breast
cancer. Preliminary report. Acta Medica
lugoslavica Rudan, P. et. al. 34 73-79 1980
The use of Dermatoglyphics in non-chromosomal
aberrations. Dermatoglyphics Floris G 9(2)
56-63 1981 Dermatoglyphics studies in
carcinoma of cervix. Dermatoglyphics Gupta,
M.K., Laha, N.N., Mor D.K. 92-7. 1981
Dermatoglyphics studies in carcinoma of
cervix. Dermatoglyphics, 9 Gupta M.K., Laha
N.N., Mor D.K., 2-7, 1981 Dermatoglyphics
in Sacthre-Chotzen syndrome A Family study.
Acta Paediat Hung Borbol Ia, L., Menendez, I.
24269, 1983 Fingerprint patterns in
Alzheimer s Disease. Archives of neurology
Weinreb, H. 42(Jan) 1985 Dermatoglyphic
patterns in Alzheimer's Disease. J of
Neurogenetics Weinerb, H. 3233-246 1986 Some
Dermatoglyphics traits in breast carcinoma.
International J of Andrology, Floris G., Sanna
E., Paden R., 9 87-88, 1986 Dermatoglyphics
in breast carcinoma. Preliminary note. Floris,
G., Paderi, R., Sanna, E. CA 613-14. 1986
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