Jisei Clan

Name: Jisei

Elements: Lightning, Earth

Jutsus: The clan itself has no custom jutsus. It's youngest (Metaru) on the other hand has created plenty for himself.

Description: As Metaru's father was Jisei, this family comes from a long line of average cloud nin. The clan is very "americanized" being that their members simply marry and exchange names with those out of the clan, constantly growing. As far as being unique, the only thing that currently sets apart this family from the rest is the clan's latest son, Metaru Jisei, who has come to possess a newly developed Kekkai Genkai. If this turns out to be a genetic trait and it is passed down, you can be sure that the Jisei clan will further in development due to their power.

Kekkei Genkai: The Jisei clan has just had their Kekkai Genkai come to fruition in their youngest member, Metaru Jisei. Being a product of a combination between his mother and father's different elemental affinities, Metaru Jisei has what is known as a dual affinity, something quite rare in the naruto world. By combining Lightning and Earth, he is now capable of controlling magnetism, and with that, metals. Being the only one that has it thus far, it is hard to say if any of his offspring will have the same gift, this doubt based on how he inherited it himself. Whether his genetic code will be directly passed on to his successors is unknown.

History: The clan is as simple as any other, simply a collection of various Cloud nin that have formed a family. The oldest recorded Jisei exists in the books at the founding of the village, keeping the clan's true origin unknown. The man who stood by their first kage's side then created his own family, marrying and having children. Now five generations in, the family has grown larger, it's members having varied techniques naturally based off of the lightning element that is the general nature of the village they occupy. With that being said, the family has just recently produced a Kekkai Genkai of their own, and have done so simply by unwittingly mixing genes.