no one does
the embryo was never found therefore nobody gets it
I don't know if he gets beaten up in Shugo Chara! Doki!, but I know that in Shugo Chara, he gets beaten up after saving two girls from some guys. Amu treats his wounds and later she and Ikuto go to an amusement park that's going to be torn down. That's in Shugo Chara Episode 26. Other than that, I don't really know another episode. Sorry if I couldn't help. :/
In the anime, yes they go out and he kisses her on the cheek in the final episode of Shugo Chara! Party! Doki Dokki! (Long Name ^^) But apparently, in the manga she gets over him and goes for Ikuto. Equineknowitall
Ikuto gets sick in Episode 74 of Shugo Chara titled "The Sick Cool and Smart Character Transformation!" where he collapses due to overexertion.
Ikuto is a cat because his shugo chara is a stray cat. He gets the ears when he chara changes, like when Amu changes into Ran and her clip turns into a heart.
no, but later and later ikuto gets more into amu and in the last episode in shugo chara ikuto kisses her on the cheek
No one gets married. However, in the anime Ikuto leaves and so we assume amu ends up with Tadase. BUT in the manga amu realizes that she loves ikuto and ends up with him. No one gets married.
Amu gets confessed to about three times in the show. By Kairi, Tadase and Ikuto. Kukai doesn't like Amu bet seems to enjoy teasing her by flirting with her all the time 'cause it makes her feel embarassed. I hope this helped! Equineknowitall
The embryo in the seed get food from endosperm and perisperm.
She gets her third guardian in the third episode.
The growing embryo gets energy from nutrients supplied by the mother through the placenta. These nutrients, such as glucose and amino acids, are essential for the embryo's development and growth.
An embryo gets nourishment inside the mother's womb through the placenta, which is an organ that develops during pregnancy. The placenta allows nutrients and oxygen to pass from the mother's bloodstream to the embryo and removes waste products from the embryo's blood. This ensures the embryo receives the necessary nourishment for growth and development.