Koinif: Created page with "Discovered with "Septaration Vine"
This is repeatable, and the Septaration vine is available upon request for testing.

I will simplify the discovery, and look for..."

2013-11-18T05:02:03Z

Created page with "Discovered with "Septaration Vine" This is repeatable, and the Septaration vine is available upon request for testing. I will simplify the discovery, and look for..."

New page

Discovered with "Septaration Vine" 

This is repeatable, and the Septaration vine is available upon request for testing. 

I will simplify the discovery, and look forward to comments. Feel free to post on this page, or chat me if you see me online. 
I know (or am quite certain) that the length of the genome is 45, have plenty of tests, and will add more details here if needed. First what happened & how you can test where the genome theory 'must be flawed': 

Mutating position 7 to 'Y' removes an 'Acid' phenotype (or breaks the 'OYYG' acid chain). 
Mutating position 8 to 'Y' removes both 'Acid' and 'Color'. (one modification breaking both RROOYY and OOYYG). 
 
I understand it is possible for genomes to overlap, and yes, acid and color can overlap here, but not with an acid only brekaing at a position of one prior to both breaking. At least . . .not when using 'Y' as the donor genome. 
 
In all cases, I was using pascarella 45s as a donor vine. I am assuming that I am gaining a Y genome, and that 'Y' is the only genome present in the long chain of Pascarella's 45s. 

My best guess is that position 8 would be like the bolded letter below: 
K XXXXRROOYYG... 
The question I have is, "How does position 7 remove only an acid?"

User:Koinif/Genome Troubles - Revision history

Koinif: Created page with "Discovered with "Septaration Vine" This is repeatable, and the Septaration vine is available upon request for testing. I will simplify the discovery, and look for..."

Koinif: Created page with "Discovered with "Septaration Vine"
This is repeatable, and the Septaration vine is available upon request for testing.

I will simplify the discovery, and look for..."