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Kathyinno, I am sorry to have added to confusion, so let me make this simpler.
An allele is a chain-looking set of amino acids (C, G, A, and T) of DNA material that every living organism possesses, including us. Each gene has two interconnected alleles that resemble a step ladder when they are connected. It is the order and length of the alleles that hold the secrets of traits that are passed from hen and rooster to chick or any parent to child of any species. So every protein, every trait, of every species is made up of the same little C, G, A, and T amino acids (U is an exception, but I won't go into that for simplicity sake.
Blackdotte is correct in saying the BB/Bb/bb do not have the Lav gene naturally. The problem of his/her statement is that it emphatically states that mutations cannot occur, because they haven't to known date. The Lav gene (gene number 7) is nothing but an albino-type mutation and it wasn't even heard of 100 years ago. It occurred in the Orpingtons and in some quail species, etc. That same mutation can occur in any species at any time, in humans we call it a form of albinoism that is often connected to neuro defects.
We can force a few mutations, but essentially we currently have very minimal control. The only control we have is in our experimental plays of cloning and mass production of antibiotics, etc..
Blackdotte is being very practical though is smashing any real hope of the same mutations of 3 codons (allele sections or sequences) occurring in the BB/Bb/bb genes, because it may be your great, great, great, great, great, great, great, grandchildren who actually witness the mutation occurring in the Jersey Giant.
Kathyinmo you are being very wise to cross already known LAV-gene chickens with the JG; I doubt you want to wait possibly thousands of years for it to occur naturally as the "white sport" occurred in the black JG.
From the best that I have read, you might have more success to make your first cross with a black instead of a blue. This last comment is just an understanding of what others have used/blogged in their breeding programs.
Still in the process of learning all these new aspects of chicken genetics, but it is just as interesting as cattle, yeast, and peas.
Kathyinno, I am sorry to have added to confusion, so let me make this simpler.
An allele is a chain-looking set of amino acids (C, G, A, and T) of DNA material that every living organism possesses, including us. Each gene has two interconnected alleles that resemble a step ladder when they are connected. It is the order and length of the alleles that hold the secrets of traits that are passed from hen and rooster to chick or any parent to child of any species. So every protein, every trait, of every species is made up of the same little C, G, A, and T amino acids (U is an exception, but I won't go into that for simplicity sake.
Blackdotte is correct in saying the BB/Bb/bb do not have the Lav gene naturally. The problem of his/her statement is that it emphatically states that mutations cannot occur, because they haven't to known date. The Lav gene (gene number 7) is nothing but an albino-type mutation and it wasn't even heard of 100 years ago. It occurred in the Orpingtons and in some quail species, etc. That same mutation can occur in any species at any time, in humans we call it a form of albinoism that is often connected to neuro defects.
We can force a few mutations, but essentially we currently have very minimal control. The only control we have is in our experimental plays of cloning and mass production of antibiotics, etc..
Blackdotte is being very practical though is smashing any real hope of the same mutations of 3 codons (allele sections or sequences) occurring in the BB/Bb/bb genes, because it may be your great, great, great, great, great, great, great, grandchildren who actually witness the mutation occurring in the Jersey Giant.
Kathyinmo you are being very wise to cross already known LAV-gene chickens with the JG; I doubt you want to wait possibly thousands of years for it to occur naturally as the "white sport" occurred in the black JG.
From the best that I have read, you might have more success to make your first cross with a black instead of a blue. This last comment is just an understanding of what others have used/blogged in their breeding programs.
Still in the process of learning all these new aspects of chicken genetics, but it is just as interesting as cattle, yeast, and peas.