Pastel
Jungle: Co-dominant
gene, bred to a normal reproduces itself with an average
of 50% of a given clutch, representing the visual
mutation, the other 50% being normal. We are working
with the Graziani line of pastels, our breeding stock
consists of several female pastel jungles and we are
also very fortunate to have 2, F3 Pastel jungle males.
F3’s are produced by first breeding pastel to
pastel, to create F2’s and then breeding F2
to F2 to produce the most amazing looking F3 pastel
jungles. |
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Super
Pastel Jungle: Are considered
to be a Dominant gene, basically they are a Pastel
jungles at their best, intensified in both colour
and appearance but mostly on a genetic level, when
bred to normal animals they will produce only Pastel
jungles, theoretically. They are also the
key to many other outstanding designer morphs. |
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Killer Bee:
Basically a Super Pastel Spider, everything you like
about the Bumblebee and more. The combo power for
this mutation is amazing; imagine breeding to any
Pinstripe or your other favorite mutations, the
results will be stunning. |
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Spider: Dominant
gene, bred to a normal reproduces itself with an average
of 50% of a given clutch, representing the visual
mutation, the other 50% being normal. We are working
with an amazing line of spider ball. If you like a
crisp clean high contrast barbwire pattern on a bright
golden background, with high white side markings.
We may have what you are looking for. |
New HoneyBee - Hypo Spider
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Bumble Bee: Are a combination
of Co-dominant genes in this case those of the Pastel
jungle and that of the Spider. Bumblebees
are also capable of producing three co-dominant
mutations when bred to a normal ball python.
They will reproduce themselves as well as the mutations
of the parent animals (Pastel jungle & Spider)
including normals, breed them to other mutations
and the combinations are endless.
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Lesser Platinum: Co-dominant
gene, bred to a normal reproduces itself with an
average of 50% of a given clutch, representing the
visual mutation, the other 50% being normal looking.
Lesser’s are a jewel in any ball python collection.
Our line of lesser was produced from a lesser to
lesser sibling pairing. We selected our lesser for
his incredible pattern and extreme amount of blushing.
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Super Lesser: Another
of BEL's or (Bleu Eyed Lucy) are a Dominant gene,
basically also one of the solid colored ball mutation
with white crystal appearance, when bred to normal
animals they will produce only Lessers. They can
offer double power in producing many other outstanding
new designer morphs.
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New Super Lesser |
Mojave: Co-dominant
gene, bred to a normal reproduces itself with an average
of 50% of a given clutch, representing the visual
mutation, the other 50% being normal. Our Mojave was
produced from the Snake Keeper line, he was chosen
after spending several hours looking over many potential
future breeders. We selected him for his incredible
pattern and blushing. |
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Super Mojave: Or
BEL short for ( Bleu Eyed Lucy ) Are a Dominant gene,
basically another of the solid colored
ball mutation with a suttle hint of color and a beautiful
lavender head, when bred to normal animals they will produce
only Mojave's. They are also the key to many other outstanding
new designer morphs. |
New Super Mojave |
Black
pastel: Co-dominant gene, bred to
a normal reproduces itself with an average of 50%
of a given clutch, representing the visual mutation,
the other 50% being normal. We are working with
an import new RegiusCo line of
Black pastel, with which we hope to create some
awesome super Black pastels. |
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Super black
pastel: Are a Dominant gene, basically they are the black
ball mutation at their best, when bred to normal animals they will produce
only Black Pastels, theoretically. They are also the key to many other
outstanding new designer morphs. |
New Super Black Pastel |
Cinnamon: Co-dominant
gene, bred to a normal reproduces itself with an average
of 50% of a given clutch, representing the visual
mutation, the other 50% being normal. We are
working with the Graziani line of cinnamon, with which
we hope to create some awesome pewter’s and
super cinnamons as well as many other exciting
combinations. |
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Super Cinnamon: Are
a Dominant gene, basically another of the solid
colored ball mutation at their best, when bred to
normal animals they will produce only cinnamon's, theoretically.
They are also the key to many other outstanding new designer morphs. |
New Super Cinnamon |
Black
Pewter: Are a combination of Co-dominant
genes in this case those of the Pastel jungle and
that of the Black pastel. Black pewter’s
or Pewter’s are capable of producing three
co-dominant mutations when bred to a normal ball
python. They will reproduce themselves as
well as the mutations of the parent animals (Pastel
jungle & Black pastel) including normals.
This is the morph that produces the silver streak
and the black super cinnamons. |
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Black Sterling Pastel:
Basically a Super Pastel Black Pastel, everything you
like about the Black Pewter and more. The combo power
for this mutation is amazing; imagine breeding to any
or all of your other favorite mutations, the results
will be outstanding. |
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Pied: Simple
recessive gene, when bred to a normal, produces normal
looking offspring that will be heterozygous for that
mutation. We are working with both pied and het pied
balls. Our het pied females come to us from The Snake
Keeper line of pied, these girls were produced by
their 90 % import high white male.
We were particularly interested in these girls, first
for their new blood potential being produced by an
import male, second these were all rat feeders as
well. Our male is an exceptional high white well-proportioned
example of a pied, we believe they will produce some
unbelievable pied balls for us. |
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Hypo (ghost):
Simple recessive gene, when bred to a normal, produces
normal looking offspring that will be heterozygous
for that mutation. We are working with 3 different
lines of hypo, 2 are imports making them new blood
lines of hypo. They are represented with a yellow
hypo male and a blue hypo female. Both are incredible,
we also have one of the best Nerd’s line orange
hypo males we've seen, this guy glows, and has proved
to be an amazing breeder. |
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Ivory: The product
of breeding Yellow belly to Yellow belly and considered
co-dominant, a mutation that is truly a beautiful
and sought after ball python morph. When bred to normal
females will produce yellow bellies AKA het Ivories
but when bred to other proven morphs, will also create
some of the most incredible and stunning mutations.
One of the many new co-dominant mutations that will
create unbelievable crosses. |
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Yellow
Belly: Co-dominant gene, bred
to a normal reproduces itself with an average of
50% of a given clutch, representing the visual mutation,
the other 50% being normal. AKA het ivory
when bred to each other will produce the beautiful
IVORY ball, a very sought after ball python morph.
We are working with the Snake Keepers proven line
of yellow bellies; their potential for contributing
to new and exciting ball python morphs is still
mostly untapped. |
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Albino: Simple
recessive gene, when bred to a normal, produces normal
looking offspring that will be heterozygous for that
mutation. Again here we are working with the Graziani
line of high contrast albino. Our male is a 2002 animal,
which has retained his outstanding colour and markings,
not always seen in adult albinos. We have also since
added animals form both Morton Wright and Steve Osborn’s
line of albinos as well. |
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Axanthic: Simple
recessive gene, when bred to a normal, produces normal
looking offspring that will be heterozygous for that
mutation. We are working with the VIP line male axanthic,
this is the line we feel best represents this mutation.
Our goal with this project is to produce some phenomenal
looking snowballs. |
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Pinstripe: A
dominant mutation, which is characterized by a very
reduced pattern with narrow thin lines. We feel that
this mutation can be combined with most other combination
projects and anticipated results are specimens which
display a greater degree of bright colours as seen
on; Pastel to Pinstripe ‘’Lemon Blast’’,
Hypo to Pinstripe ‘’Hypo Pins’’,
Lesser to Pinstripe ‘’King Pins’’,
Albino to Pinstripe ‘’Albino Pins’’,
Pinstripe to Spider ‘’Spinner’’
and the triple combination of Pastel, Spider and Pinstripe
a.k.a ‘’Spinner Blast’’
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Caramel Albino (T+ Albino): Simple
recessive gene, when bred to a normal, produces normal
looking offspring that will be heterozygous for that
mutation. Again here we are working with a Malsin
x Bell line of high contrast T+ albino. This 2007
male has outstanding lavender markings and the most
vibrant burnt orange coloured blushing. Many of the
best-looking morph combos are created with the T+
albino. |
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Genetic Stripe (G-Stripe): Simple
recessive gene, when bred to a normal, produces normal
looking offspring that will be heterozygous for that
mutation. We wanted a perfect example of this morph,
and certainly found what we were looking for in this
specimen. This 2006 male represents this mutation
at it’s best with his perfectly parallel and
symmetrical lines. We hope to work him into many more
beautiful combos. |
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Clown: Simple recessive gene, when
bred to a normal, produces normal looking offspring
that will be heterozygous for that mutation. We are
lucky to be working with a perfect example of the
BHB reduced pattern clown. His perfectly reduced dorsal
pattern is accentuated by his solid gold background
colour, his interesting hart shaped head pattern has
lead us to name him Cupid. |
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Enchi: A co-dominant morph that
is also a colour and pattern mutation with a known
super. Enchi’s are a relatively new ball mutation,
and quickly gaining popularity. Although hard to
catch in pictures they are very different from normals
and seem to have a velvety appearance with distinct
head and facial markings, the Enchi is one mutation
that only gets better with age and will make any
combo an interesting new venture.
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StingerBee: Are a combination of Co-dominant genes in this case those of the Enchi and that of the Spider. Stinger Bees are also capable of producing three co-dominant mutations when bred to a normal ball python. They will reproduce themselves as well as the mutations of the parent animals (Enchi & Spider) including normals, StingerBees are still a relatively new and exciting combination.
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New Stinger Bee |
Champagne: A relatively new dominant mutation (Co-dominance TBD) with an overall patternless appearance with varying degree of broken dorsal motif, a variable base color anywhere between light to dark beige up to bright yellow or orange on some specimens. The champagne mutation acts as a pattern demolisher when combined with other mutations. Our male is also Heterozygous for Albino and future combination with this exiting new morph will surely become highly coveted.
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New Albino Champagne - North American First! |
Fireball: Co-dominant gene, bred to a normal reproduces itself with an average of 50% of a given clutch, representing the visual mutation, the other 50% being normal. AKA het black eyed lucies when bred to each other will produce the beautiful Lucy ball, a very sought after ball python morph. We are working with this beautiful mutation as their potential for contributing to new and exciting ball python morphs is still mostly untapped.
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Super Fire: Or BEL short for Black Eyed Lucy, are a Dominant gene, basically also one of the solid colored ball mutation with a white crystal appearance some having bright golden yellow blotches, when bred to normal animals they will produce Fires an amazing morph in itself. Super fires or Fires for that matter are key to many other incredible mutations.
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New Black Eyed Lucy |
FireFly: Are a combination of Co-dominant genes in this case those of the Pastel jungle and that of the Fireball. Fireflies are capable of producing three co-dominant mutations when bred to a normal ball python. They will reproduce themselves as well as the mutations of the parent animals (Pastel jungle & Fires) including normals, breed them to other mutations and create truly incredible combinations.
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New Fire Fly |
Lemonblast: Are a combination of Co-dominant genes in this case those of the Pastel jungle and that of the Pinstripe. Lemonblast's are also capable of producing three co-dominant mutations when bred to a normal ball python. They will reproduce themselves as well as the mutations of the parent animals (Pastel jungle & Pinstripe) including normals, breed them to other mutations and the combinations are endless.
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Butter: Co-dominant gene, bred to a normal reproduces itself
with an average of 50% of a given clutch, representing the visual mutation,
the other 50% being normal looking. Butters are an exciting part of any ball
python collection and known for their intense yellow. We selected our butter
for his incredible pattern and extreme amount of blushing plus the fact that
he is at the same time an Orange Hypo.
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New Orange hypo butter
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ButterBee: Are a combination of Co-dominant genes in this case those of the Butter ball and that of the Spider. Butter Bees are also capable of producing three co-dominant mutations when bred to a normal ball python. They will reproduce themselves as well as the mutations of the parent animals (Better & Spider) including normals, breed them to other mutations and the combinations are endless.
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New Butter Bee
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Lavender Albino: Simple recessive gene, when bred to a normal, produces normal looking offspring that will be heterozygous for that mutation. The lavender albino is an amazing mutation to behold and is a key ingredient to producing some of the most wonderful mutation combos out there.
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New Lavender Albino
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Phantom: Co-dominant gene, bred to a normal reproduces itself with an average of 50% of a given clutch, representing the visual mutation, the other 50% being normal looking. Phantoms are key to producing the Super Phantom...one of the most amazing ball pythons made, and the Phantom combos have to be seen to believe.
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New Phantom
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Woma Ball: Co-dominant gene, bred to a normal reproduces itself with an average of 50% of a given clutch, representing the visual mutation, the other 50% being normal looking. The Woma ball it still producing some of the most incredible mutations out there.
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New Woma Ball
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Vanilla: Co-dominant gene, bred to a normal reproduces itself with an average of 50% of a given clutch, representing the visual mutation, the other 50% being normal looking. Vanillas are an important ingredient in any ball python collection. Now imagine the Vanilla cream..and all its combo potential.
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New Vanilla
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Mochi: Are a combination of Co-dominant genes in this case those of the Enchi and that of the beautiful Mojave. Mochis are also capable of producing three co-dominant mutations when bred to a normal ball python. They will reproduce themselves as well as the mutations of the parent animals (Enchi & Mojave) including normals, can you imagine the combos and Supers. Mochis are still a new and exciting combination.
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New first in Canada (2009)!
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