Chromosome analysis is an essential task in a cytogenetics lab, where cytogeneticists can
diagnose whether there are abnormalities or not. Karyotyping is a standard technique in …

Diabetic is becoming a very serious disease today for the most of people all over the world
due to the unhealthy food habits. For predicting the diabetes, we introduce a new diabetic …

Chromosome karyotyping analysis is a vital cytogenetics technique for diagnosing genetic
and congenital malformations, analyzing gestational and implantation failures, etc. Since the …

This article offers a framework of a hybrid convolution neural network (CNN)–support vector
machine (SVM) model for the classification of human metaphase chromosome images. In …

Chromosome analysis and classification are essential in clinical applications to diagnose
various structural and numerical abnormalities. Recently, karyotype analysis using …

Many data mining methods have been proposed to generate computer-aided diagnostic
systems, which may determine diseases in their early stages by categorizing the data into …

Karyotyping is the process of pairing and ordering human chromosomes from metaphase
chromosomal images depending on their size, centromere position, and banding patterns. It …

Karyotyping, consisting of single chromosome segmentation and classification, is widely
used in the cytogenetic analysis for chromosome abnormality detection. Many studies have …

Karyotyping is a vital cytogenetics technique widely applied in prenatal diagnosis and
genetic screening. Heavily dependent on the experience of the cytogeneticist and easily …

Human chromosomes carry genetic information about our life. Chromosome classification is
crucial for karyotype analysis. Existing chromosome classification methods do not take into …