Angela Natividad

Content Contributor

Angela Natividad graduated with degrees in Bachelor of Fine Arts in Creative Writing and Bachelor of Arts in Philosophy.

In university, Angela was an athletic scholar and dabbled in different leadership roles for her organizations and her classes and even edited the school paper's lifestyle wing. After graduating, she entered directly into an editorial role for several online magazines and has been contributing articles both locally and internationally about a host of topics--from her own passions to film criticism and even to creative writing endeavors. She also took on more digital and content marketing roles to better understand content and how it moves and shapes the digital landscape.

Latest articles from the author

A magnifying glass focuses on the logo of the 23andMe website displayed on a computer screen. The logo consists of two interwoven lines in pink and green, forming an "X" shape, with the text "23andMe" next to it, inviting users to dive into their 23andMe review.

Understanding MTHFR and 23andMe Testing

23andMe does not offer an MTHFR-specific health report. This is because current scientific research doesn't support the idea that common MTHFR gene variants majorly impact most health conditions they're often associated with. However, their testing does include some MTHFR variants, so you have other options: What is MTHFR? Methylenetetrahydrofolate reductase (MTHFR) is a key regulatory […]
A person wearing a white glove is handling small vials on a laboratory device, likely part of a setup for low pass whole genome sequencing. The equipment appears to be in a scientific or medical lab, featuring several identical components. The focus is on the hand and the vials.

What is Low-Pass Whole Genome Sequencing?

Low-Pass Whole Genome Sequencing (LP-WGS), also called shallow whole genome sequencing, is a DNA sequencing method that offers a balance of cost-effectiveness and accuracy when studying genetic variation. Unlike traditional Whole Genome Sequencing (WGS), which analyzes the genome at a high depth (typically 30x-50x coverage), LP-WGS sequences each part of the genome only a few […]
A family of six, including two girls, a woman, two men, and an older woman, smiles while taking a sunny-day selfie outdoors. With trees and mountains in the background, one can't help but wonder: does everyone have African DNA?

The Shared African Ancestry of All Humans

Extensive evidence supports the theory that modern humans (Homo sapiens) originated in Africa—from genetic, fossil, to archaeological evidence. Today's global genetic diversity stems from these African ancestors and their migrations out of the continent. Nuances and Ongoing Research While all humans trace their ancestry back to Africa, the exact percentage of African DNA in any […]
A close-up view of a realistic Neanderthal model with prominent brow ridges, a beard, and long hair, wearing a headband. The model is displayed under focused lighting, highlighting the intricacies of its facial features and skin texture—perfect for understanding those with the highest percentage of Neanderthal DNA on 23andMe.

Which Populations Have the Highest Neanderthal DNA?

Neanderthal genes are present in many modern-day people, a fascinating legacy of ancient interbreeding. Genetic testing services like 23andMe provide insights into how much Neanderthal DNA an individual carries. While most people fall around a 2.5% average, some outliers possess significantly higher percentages. 23andMe's Neanderthal DNA Reports 23andMe analyzes your DNA and offers insights into your […]