Recent developments and the importance of the volume estimation in biomedical sciences

(just one and the same side of each slice) are measured by a randomly superposed point grid. The point counting procedure could be done on a computer loaded with stereology software. In vivo estimations—This measurement is done on magnetic resonance and computed tomography images. The parallel and equally sliced images of the related objects are obtained from the magnetic resonance and computed tomography. At the monitor, the software places the point grid on these images and the estimations are calculated. Conclusion The Cavalieri principle estimates the total volume of an organ and its subcomponents more accurately and precisely than the other methods. It runs simply and easily and produces efficient results.