Xcode Life, a prominent personal genomics company in India, has introduced its latest offering, the “Genes and Caffeine” test, aimed at unraveling the unique relationship each individual has with coffee. Departing from generic advice, the test delves into the intricate world of caffeine to unveil insights into how one’s genes influence their physiological response to this widely consumed stimulant.
As part of Xcode Life’s broader focus on Nutrigenomics, the company already provides India’s most comprehensive Gene Nutrition test, encompassing nearly 50 aspects of nutrition. This new addition to their portfolio specifically targets the genetic factors influencing caffeine sensitivity, metabolism speed, and the likelihood of experiencing various health effects such as insomnia, anxiety, and hypertension.
Priced at Rs 1,599, the Genes and Caffeine test is designed for a broad audience, catering to both avid coffee drinkers and health-conscious individuals seeking to optimize their physical performance and overall well-being. The accompanying report meticulously analyzes genetic predispositions related to caffeine, shedding light on why individuals may experience issues like sleep disturbances or heightened jitteriness post-consumption. The insights aim to empower individuals to make informed decisions about adjusting their caffeine intake to improve sleep quality, manage anxiety, and enhance overall performance.
CEO R Narayanan emphasized the significance of this pioneering report in a nation where coffee is a staple for over half the population. He highlighted how the Genes and Caffeine Report serves as more than just an informational tool but as a personalized roadmap to better health, aligning daily habits like coffee consumption with the intricacies of an individual’s DNA.
To access the Genes and Caffeine test, individuals need to undergo a preliminary DNA test, priced at Rs 7,500. Xcode Life believes that this test is a valuable investment in one’s health, providing the knowledge needed to make choices that align with the body’s unique genetic predispositions.