Dermatoglyphics is the study of ridged skin patterns (also known as dermatoglyphs) which can be found on fingers, palms, toes and soles. These patterns are formed from the external ectoderm and usually occur during the fetal development stage, 13 to 19 weeks after fertilization. Through research, geneticists have proven that Dermatoglyphs formations are controlled by chromosomes, and the patterns are influenced by polygenetic inheritance. These genes do not exhibit dominance, and they are very resistant to acquired changes from the environment. Using their morphologies, the patterns can be classified into two categories, namely “ridges” and “furrows”. During the seventh week of pregnancy, vertical thumb creases (thenar contours) begins to appear on the palm of the embryo. Two weeks later, remote and proximal horizontal creases (hypothenar contours) begin to form.
Hirsch and Schweicher discovered that prior to the formation of dermatoglyphs, the dermal nerves and blood vessels are arranged in an orderly fashion. This led them to believe that the nervous and vascular systems determine the formation of dermatoglyphs. Consequently, they also established the correlation between the Dermatoglyphics patterns and one’s personalities.
From the anatomical point of view, the human hands dominate all other organs in terms of relative importance. This is why the brain dedicates the majority of approximately two hundred million nerve endings to the hands. In other words, the hands are sources of physiological and psychological information waiting to be tapped, hence the increasing importance in the field of Dermatoglyphics.
The human brain is like a computer, 0-3 is equivalent to the hardware phase, 4-8-year-old is equivalent to the software phase, and above 9 years old is equivalent to the operational phase, namely practice using the computer
There are no two identical fingerprints. One’s 10 fingers are not the same including dermatoglyphics style, strip height, density, quantity and location of the point is not the same as the trigeminal.
The raised pattern network of lifetime from birth to death will not change even if it is due to the regeneration of the labor.
According to science statistics, immediate family members will be more or less the same between the striae. Normal human cells have 23 pairs of chromosomes. If the chromosomes of the tree or structure are changed, it will cause the corresponding striae mutation. Therefore, the striae have inherited the mutation.
We all have talents. No one has all talents. With Dermatoglyphics, a revolutionary system to help an individual to identify their talents, to build them into strengths, and to enjoy the constituent, as well as to fulfill the ultimate need of self-actualization. Inborn Potential Assessment is a system that identifies the most prevalent human intrinsic potential with the theory of human genetic inheritance.
The system identifies and introduces logical versus creative nature, Dominant Personality Types, Learning Styles. With thousands of possible combinations, one can use this for growth and development in education, in personal and in career domains.
What make this study works?
As we know, our left hand represents our right brain and right hand represents our left brain. Here’s the same theory has been applied on this system of Dermatoglyphics.
SOME OF THE AUTHORS WHO HAVE MADE A SIGNIFICANT CONTRIBUTION ARE GIVEN BELOW:
Faulds (1905), Hellwig (1912), Carriere (1923). Ganther (1923), Roscher (1925), Furuhata (1927). Heindl (1927), Bonnevie (1929), Cummins (1930, 1934, 1961), Metiner (1930), Gerke (1932), Harster (1932), Saller (1932), Abel (1933, 1935), Geipel (1935, 1937), Kirchmair (1936), Csik (1927), Henry (1937), MacArther (1937), Pol (1937), Dankmeijer (1938), de Pina (1939), Okuma (1940), Kumbnani (1959, 1968, 1972, 1978, 1984, 1990, 1991, 2005), Singh (1961), Volotzkoy (1961), Bali (1968), Sen (1968), Clercil (1969), Bhanu (1975) Mavalwala (1977), Singh and Bhasin (1979), Livshits (1987), Micle (1988), Kamali (1990), Bhasin and Walter (2001).