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Theoretically, any snake whose colouration pigments include melanin could produce an "Amelanistic" mutation. However, just because they can doesn't mean the gene's already been mutated. So you might not find, say, an amel Boelen's python. Doesn't mean they can't exist, just means nobody's found an animal with those mutant genes yet.
If you subtract the black pigment (Amelanistic) and subtract the red (Anerythristic) and/or yellow (Axanthic) or any other pigment, yes, you're likely to get a mostly white snake.
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- Ssthisto ![]() ![]() ![]() Lizards: 2.2 E. macularius, 1.2 H. caudicinctus, 1.0 R. ciliatus, 0.2.1 A. fragilis, 1.1 T. merianae, 1.0 V. niloticus ittibittius Colubrids: 4.4.8 P. guttattus, 1.0 P. guttatus X E. climacophora, 1.0 P. o. rossalini, 1.0 P. o. lindheimeri, 0.1 E. anomala, 0.1 C. radiatus 1.2 Lamprophis spp, 1.0 L. g. nigritus, 0.1 L. g. californiae, 1.0 H. n. nasicus Boids: 1.1 E. c. maurus, 0.1 E. conicus, 4.1.6 P. regius, 1.1 A. maculosa We HAD a three-bedroom house... Current lodgers: 1.0 E. c. maurus, 1.1 E. c. loveridgei |
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kool. thnx. so theoretically it could happen it just hasnt been proven yet.
xsachax
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![]() Ben aka boo 12/12/1996 Spot aka dotty 1/6/2000 ![]() MMMM a MASH adiction NEVER tasted SOO good ![]() IM called A million AND one NAMES: SACHA sach mash SACHICINO AND SACHIMI (some form of sushi apparently) silly random friends.
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