Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J
Looking for some species. Guess what, I spotted a gray rabbit out there! Isn't amazing? I haven't seen one before.
Hey where have you been?
Uhuh, do you know that non-mendelian inheritance? They somehow make sure not to follow the typical mendelian method, and I think what you are talking about is the INCOMPLETE DOMINANCE
It is when the phenotypes of the two parents blend together to create a new phenotype for their offspring
In other words?
It is like mixing up of two colors. When you combine black and white, this will form gray color
There are other non-mendelian that is really interesting. One of this is the EPISTASIS
I think I've heard about that
Isit when one gene really depends on another gene for it to be expressed?
You're right. Its like a magic, for example, our parents is white and black, however there are chance that their child could be orange.
Wow, thats amazing! You really have knowledge about it huh?
Hahaha of course. Even the both of us could experience that if we mated.
Ohh I did not expect you to say that tho. Anyway, let's go and catch some fish in the river.
END...
"WHERE WE CAME FROM"
FAUNDO, ANGELICA S. DENT-1J