A Biochemical Model for Fingerprint Formation
Author Information
Author(s): Garzón-Alvarado Diego A, Ramírez Martinez Angelica M
Primary Institution: Universidad Nacional de Colombia
Hypothesis
This paper proposes a phenomenological model describing fingerprint pattern formation using reaction diffusion equations with Turing space parameters.
Conclusion
The numerical examples showed that the model could represent the formation of different types of fingerprint characteristics in each individual.
Supporting Evidence
- Fingerprints are unique to each individual and begin forming in the sixth month of gestation.
- The proposed model uses a glycolysis reaction model to simulate the appearance of patterns on fingertips.
- The results showed that RD equations can represent complex biological patterns.
Takeaway
This study suggests that fingerprints are formed through a special chemical process, and the patterns are unique to each person, just like a fingerprint.
Methodology
The study used a reaction-diffusion system and finite element method to simulate fingerprint pattern formation.
Potential Biases
The assumption of a tightly coupled biochemical system has not been tested experimentally.
Limitations
The model is based on assumptions and simplifications that should be discussed for future models.
Digital Object Identifier (DOI)
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