Aryan invasion or migration? What genetics says about how it happened
Explore how genetics reveals the truth about the Indo-Aryan migration to South Asia, debunking the invasion theory and 'Aryan race' myths.
Guides and insights on DNA testing, ancestry, and health genetics in India.
Explore how genetics reveals the truth about the Indo-Aryan migration to South Asia, debunking the invasion theory and 'Aryan race' myths.
Harappan migration shaped South Asian ancestry. Climate change forced Indus Valley people from declining cities, prompting movement.
Explore the true Indo-Aryan origin from a genetics perspective. Discover how ancient DNA reveals the migrations and lineage of early Indo-Iranian speakers
Genetics, archaeology, and history reveal the ancient origins of Indians, showing how AASI, Indus Valley, and Steppe populations mixed to form present-day South Asian diversity.
Aryan migration: what does genetics say?
Out of India theory: what does genetics say?
Could your genes reveal something about your future health? Discover how polygenic risk scores (PRS) combine information from many genetic variants to estimate disease predisposition, why ancestry matters, and how genetic risk insights may support informed health decisions. Copy excerpt
Explore DNA testing in India, including ancestry, health, Whole Genome Sequencing, microarray testing, raw DNA data, and how to choose a test.
Genotype imputation is a computational method used to estimate missing genetic variants using known genotypes and reference panels. Learn how genotype imputation works, how accurate imputed genotypes can be, and what factors affect reliability.
Genotyping and whole genome sequencing (WGS) are two different approaches to understanding genetic information. While genotyping examines selected genetic markers, WGS provides much broader sequence data across the genome. This guide explains their key differences, applications, and the type of genetic information each approach can provide.
Whole genome sequencing and whole exome sequencing both provide detailed genetic information, but they look at different parts of your DNA. Learn how WGS and WES work, what each can reveal, their differences in coverage, and which approach may suit different genetic research and testing needs.
Learn how GRCh37 and GRCh38 affect DNA test data, Indian ancestry analysis, raw DNA files, variant annotation, imputation, and genomic interpretation.
DNA Data File Formats: Understanding Your Raw Genetic Data
Have you ever wondered where your ancestors came from, whether you have genetic relatives, or what your DNA can reveal about your health and traits? Learn why people take DNA tests, what genetic testing can tell you, and what to consider before testing.
Learn what Whole Genome Sequencing (WGS) is, how it compares to genotyping DNA tests, and why GenoConnect uses WGS for the most accurate ancestry and health results in India.
Should you choose an ancestry DNA test or a health DNA test? Learn the differences and why GenoConnect provides both from a single Whole Genome Sequencing kit.
A comprehensive guide to choosing the best DNA testing company in India. Compare Whole Genome Sequencing vs genotyping, ancestry accuracy, health reports, and privacy.
GenoConnect uses Whole Genome Sequencing with multiple coverage tiers — from accessible 1× WGS to hospital-grade 30× — for accurate DNA testing in India.
Understand the science of DNA, Whole Genome Sequencing, genetic analysis, and how GenoConnect delivers accurate DNA results for ancestry and health.
GenoConnect provides combined health and ancestry DNA reports from one Whole Genome Sequencing test. Disease risk, pharmacogenomics, fitness, nutrition, and deep ancestry for India.
Discover your Indian and South Asian ancestry with GenoConnect's Whole Genome Sequencing. Ancient DNA modeling, haplogroups, global regions, and genetic distance analysis.
GenoConnect is India's leading DNA testing company offering Whole Genome Sequencing for ancestry, health, fitness, and wellness. At-home sample collection with free pickup across India.