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  1. #1
    BPnet Veteran mricyfire's Avatar
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    Clear Ball Python

    Been reading up on True Ghosts (Hypo x Axanthic). I know that hypos lack black pigmentation...so I was wondering if a hypo was crossed with a super cinny would it come out colorless...or clearlike...or maybe even white?

    Also... now that I think of this can you mix a super co-dom with a recessive trait?

    !| ~ JP ~ |!
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  2. #2
    BPnet Veteran jknudson's Avatar
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    Re: Clear Ball Python

    Quote Originally Posted by mricyfire
    Been reading up on True Ghosts (Hypo x Axanthic). I know that hypos lack black pigmentation...so I was wondering if a hypo was crossed with a super cinny would it come out colorless...or clearlike...or maybe even white?

    Also... now that I think of this can you mix a super co-dom with a recessive trait?
    Super Pastel Orange Ghost, and a few others....so to answer your question yes you can.
    Jason

  3. #3
    BPnet Veteran Adam_Wysocki's Avatar
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    Re: Clear Ball Python

    Quote Originally Posted by mricyfire
    Been reading up on True Ghosts (Hypo x Axanthic). I know that hypos lack black pigmentation...so I was wondering if a hypo was crossed with a super cinny would it come out colorless...or clearlike...or maybe even white?

    Also... now that I think of this can you mix a super co-dom with a recessive trait?
    hypos don't completely remove the black ... they reduce it ... the definition for "hypo" is ... Hypo-: Prefix meaning "low, under, beneath, down, below normal" ... so a hypomelanisitc animal has reduced melanin.

    A super cinny hypo would have a grayish or extremely "black faded" appearance ... think more like a black animal that always looks like it's in shed.

    And yes, a homozygous co-dom can be mixed with a homozygous recessive.

    Hope this helps.

    -adam
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  4. #4
    BPnet Veteran mricyfire's Avatar
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    Re: Clear Ball Python

    SPOG...omg how could I forget?

    thanx guys...so let me get my istics correct

    Leucistic - Lacks all pigment (All white)
    Anerythristic - Lacks red?
    Hypomelanistic - Reduced melanin (Ghosts)
    Hypermelanistic - Increased melanin (The really dark ones)
    Amelanistic - Lacks melanin (Albino)

    !| ~ JP ~ |!
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  5. #5
    BPnet Veteran Kagez28's Avatar
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    Re: Clear Ball Python

    Quote Originally Posted by mricyfire
    SPOG...omg how could I forget?

    thanx guys...so let me get my istics correct

    Leucistic - Lacks all pigment (All white)
    Anerythristic - Lacks red?
    Hypomelanistic - Reduced melanin (Ghosts)
    Hypermelanistic - Increased melanin (The really dark ones)
    Amelanistic - Lacks melanin (Albino)
    Leucistic- lacks all color and pattern, but it is not totally white, usually when younger they will have a pinkish color to them.

    anerythristic is like a black albino, it lacks of red yellow and orange pigments.

    hypo hyper and amel are right
    -Kevin

  6. #6
    BPnet Veteran stangs13's Avatar
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    Re: Clear Ball Python

    Quote Originally Posted by Kagez28
    Leucistic- lacks all color and pattern, but it is not totally white, usually when younger they will have a pinkish color to them.

    anerythristic is like a black albino, it lacks of red yellow and orange pigments.

    hypo hyper and amel are right
    Not true. They still have yellow pigment. And some cases anerys have known to have red in them. If an anery ball is anything like an anery corn, than that aplies to the ball too.

  7. #7
    Old enough to remember. Freakie_frog's Avatar
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    Re: Clear Ball Python

    I think the trick to point out here is that there are varying degrees to which each melanin trait is expressed in different animals.
    When you've got 10,000 people trying to do the same thing, why would you want to be number 10,001? ~ Mark Cuban
    "for the discerning collector"



  8. #8
    BPnet Lifer muddoc's Avatar
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    Re: Clear Ball Python

    Quote Originally Posted by mricyfire
    Leucistic - Lacks all pigment (All white)
    Just to clarify a bit. Actually a Leucistic animal has pigment, hence the black or blue eyes. What is believed to be occuring in a Leucistic animal is that it is lacking Chromatophores, which are the cells in the skin that hold pigment. The pigment is there, but the skin does not hold it.

    At least that is my understanding.
    Tim Bailey
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