Holland Lops of Love

 The Broken, Non-broken, and Charlie genes. All these genes are basically the same gene lettering just a either adds or takes away the En part but changes a lot of the way the bunny looks, basically each gene consists of either En or en or both, when breeding you can change it or keep it the same but it's basically the same gene your working with but can change if a different part is added or taken away. The genes are En-en (broken), en-en (the one I'm calling non-broken), & En-En (charlie). As you will see none of them are dominant or recessive the rearranging is what makes up the gene.   The Broken gene (En-en).  The broken gene makes your rabbit have color as well as white splotchy patterns.  The Non-broken gene (en-en). This gene makes it so that the bunny is fully colorful without white splotches.  The Charlie gene.  This gene can look like a broken but it usually has less than the usual amount of color than the broken ones.  How the genes ...

  Gene set D_ The Dense gene.  The dense gene (D_). The dense gene keeps the base color (if your confused on what that means refer to "The B_ gene set" ). Yeah I know this one is pretty simple nothing else to it ;D Variations of this gene include: D_ & Dd The Dilute gene.  The dilute gene (dd). The dilute gene dilutes the base color, such as turns black to blue or chocolate to orange. Basically if it's not a base color it's diluted.  The only variation of this gene to show is dd. Here is if parent 1 with DD genes had offspring with parent 2 who had dd genes, all offspring would be Dd (dense colored and carry the recessive dilute gene). Here is if parent 1 with Dd genes had offspring with parent 2 who had Dd genes, 50% of offspring would be Dd (dense colored and carry the recessive dilute gene), 25% would be DD (dense), and 25% would be dd (dilute).   Here is if parent 1 with Dd genes had offspring with parent 2 who had dd genes, 50% would be Dd (de...