The video starts with a sponsorship announcement for 23andMe, a company that offers DNA kits for tracing ancestry. The hosts then share their experience of using the kit, which involved spitting into a box and waiting for the results. They reveal that their ancestry can be traced back over a thousand years, which is incredible. The hosts explain that the company's name, 23andMe, comes from the fact that human DNA is organized into 23 pairs.
The video then transitions into a "death row challenge," where players stand in a line and try to avoid being hit by a ball kicked at them. The winner of the challenge is the first person to be hit, with each subsequent hit meaning the person gets one point more than the previous one. The winner of the challenge is awarded seven points.
The video also features a penalty challenge, where players take turns trying to score a goal. The winner of the challenge is the player who successfully scores the most points. The video ends with the hosts celebrating their victory and encouraging viewers to visit 23andMe.com to learn more about their DNA.
1. The video is sponsored by 23andMe.
2. The participants spat in a DNA test kit provided by 23andMe.
3. The results of the DNA test traced their ancestry back over a thousand years.
4. The company 23andMe is named after the human DNA being organized into 23 pairs.
5. The video includes a game called "death row challenge", where players take turns trying to avoid getting hit by a ball.
6. The winner of the "death row challenge" gets seven points.
7. The video also includes a "ball balling challenge" where players take turns trying to hit a ball.
8. The video concludes with a game where players take turns trying to score a goal.
9. The video also includes a game where players take turns trying to score a penalty.
10. The video concludes with a game where players take turns trying to score a trick shot.
11. The video ends with the participants cheering for England and a player named Harry.
12. The participants are encouraged to visit 23andMe.com to learn more about their DNA.