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Morphometrics refers to the quantitative analysis of a biological form and it   can be used to describe its shape. Common types of geometric morphometrics   are Landmark-based Geometric Morphometrics which describe shape by using   anatomical landmarks (e.g. points), and Outline-based geometric   morphometrics which uses envelope curves to describe shape of the biological   form (e.g. bone), and they are not absolutely exclusive. Geometric   morphometrics can be used for the creation of statistical models which   represent shape variation of specific bio form. In this paper, novel   application of geometric morphometrics for the creation of personalized   models of unique bio-forms, i.e. models which are created for the specific   patient is presented. Personalized model is defined as 3D point cloud model   of biological form (in this case human tibia). Positions of points in 3D   space are determined by using set of parametric functions defined by   applying geometrical morphometrics, morphology properties and statistical   analysis on the input set of human tibia samples. By using this technique,   anatomically correct and geometrically accurate personalized models of bio   forms can be created and used in pre, intra, and post-operative procedures   in clinical practice.

3d point cloud model of human bio form created by the application of geometric morphometrics and method of anatomical features: human tibia example