What Ball Python Morphs Have Spider? All You Need To Know

Here is all information about What Ball Python Morphs Have Spider? The ropey and drippy dorsal patterns define the spider morph and its combinations. They are easily recognized because of a particular headstamp to the morph.

The neurological condition known as “the wobble” is related to this particular morph. The only people at risk for wobbling are those with visual traits of the spider morph or other particular genes because the dominant gene cannot be carried.

For this article, I will exclusively discuss the wobble in terms of the spider morph, even if several other morphs also exhibit the same wobble syndrome. Hidden Gene Champagne Other wobbly morphs include the Woma, Woma, Super Sable, Powerball (Spotnose x Spotnose), Super Blackhead, and Super Cypress.

What Ball Python Morphs Have Spider?

Even if one of the parents was a spider, the pinstripe and standard morphs lack the spider pattern; therefore, they will not wobble. On the other hand, the spider and spinner morphs will wobble since they directly carry the spider gene. We’ll find out why later.

What Ball Python Morphs Have Spider 1

The Primary Difference Between Normal And Spider Ball Pythons

The spider color pattern is frequently thought of as being “reduced.” Brown or golden pattern elements on spider ball pythons are much larger than the black patterns between them. This contrasts conventional ball pythons, which are covered in vast patches of brown and gold, separated by broad bands of black and brown. The name of the mutation comes from how this appears to resemble a spider’s web.

Other Differences Spider Ball Pythons Exhibit

However, the ventral surfaces of spider ball pythons frequently lack markings. Most spider ball pythons also exhibit white and vivid yellow markings on the bottom parts of their flanks. Also, they feature unusual head markings that are more complicated and include lighter pattern parts than those of regular ball pythons.

Be aware that spider ball pythons vary greatly, much like most snakes that exhibit pattern variations. Some resemble typical ball pythons quite a bit, while others are distinctly different and easy to identify. Moreover, spider ball pythons have somewhat greenish eyes. However, this is sometimes difficult to see in young or little people.

Genetics And Pattern Of Inheritance

Various mutations in the ball python are inherited in various ways. Many of the most prevalent mutations, including amelanism (albino), are passed down in a straightforward recessive manner. To get the desired appearance, snakes must inherit a copy of the altered gene from each parent.

Yet, at least according to the pattern, the spider morph is passed in a straightforward dominant manner. For a snake to display the corresponding morph, a dominant mutation only needs one copy of the mutant gene to exist. Unlike simple recessive mutations, it follows that only one spider parent is necessary to create spider offspring.

Hence, if a spider man and an average female are bred, some offspring will have the spider trait. However, estimating the amount of spider offspring that will emerge from a particular clutch is challenging.

For this reason, we cannot be sure that the spider trait is dominant as opposed to co-dominant or incompletely dominant. Three distinct conceivable manifestations can occur in co-dominant or partial-dominant mutations. You might obtain the following:

  • Snakes that appear typical
  • Snakes exhibiting the mutation
  • “Super” forms display the feature in its most extreme form.

The snakes with the “super” appearance will have two copies of the mutant gene, whereas those with the expected mutation will only have one copy. The normal-looking snakes won’t have any copies of the mutant gene. Nevertheless, here’s the issue: The spider mutation has not been found in any “super” form. Although spiders have a variety of appearances, they all have a basic appearance.

This indicates that the character is either co-dominant or incompletely dominant, in which case the “super” form is fatal, or dominant, in which case there is no “super” form.

Even though it seems highly likely that the feature is dominant, we cannot say for sure. If the characteristic is dominant, unless the spider has two copies of the gene, half of a spider-normal clutch will be spiders. Under these scenarios, a spider-normal clutch’s entire offspring would look like spiders.

What Is The “Wobble?”

Wobble can be identified by head twisting (also known as “corkscrewing”) and sporadic head swaying, which can be almost imperceptible or give the snake the appearance of losing coordination. Seeing wobble is the best way to explain it.

The spider morph and every combination that comes from it are linked to a neurological condition called “wobble” syndrome. Its manifestation can range from being hardly perceptible to being so severe that the animal will not survive and must be put to sleep.

What Is The Wobble

At any time during an animal’s lifetime, the severity and amount of the wobble might change at random (Some just have wobbliness after eating, those who are born with a severe wobble, those who develop a more severe wobble after reproducing, and those who have no issue at all). Even if an individual has nearly no wobble, breeding it can result in poor offspring.

Furthermore, since the wobble problem is assumed to be directly related to development, it affects every spider morph, whether or not the keeper has seen the wobble. People who assert the contrary merely do not know any better or have not personally witnessed it.

According to the theory, the spider gene creates a mistake in the neural crest during embryonic growth rather than only affecting the pattern. In addition to ensuring that neurons are placed in the proper locations, the neural crest is in charge of depositing pigment.

The spider morph changes the location where the pigment is deposited, giving it the characteristic drippy appearance. Still, it also stops neurons from migrating to their regular locations in the body, leading to neurological illness.

Even though the pattern and brain cells are correlated, it is safe to believe they are unrelated. While some spiders have high physical features and little wobble, many have poor spider physical traits and may have severe wobbling.

The pattern expression itself does not determine both the pattern’s extent and the wobbling’s intensity. This may also account for the variation in wobbling between different animals. Every organism’s development is unique. Hence each organism’s wobbling is unique as well.

Why Do Some Consider This A Problem?

The wobbling may hamper the snake’s capacity to thrive and engage in natural behaviors. The spider morph has been described as having problems with striking and eating prey as well as “side-to-side head tremors, incoordination, uncontrolled corkscrewing of the head and neck, suppressed righting reflex, torticollis (neck spasms), weak muscular tone, and loose grasp with the tail” (Rose).

There are apparent health issues that are not present in the ball python or the majority of other morphs naturally (with some exceptions). While we cannot assume that they are happy, we can understand how this can cause tension in the animal.

“When welfare science respondents evaluated a moderate-high welfare effect intensity associated with the wobbling condition, the rationale was typically indicated as likely frustration related with diminished capacity to undertake species-appropriate behaviors,” the paper continues.

This indicates that neurological illness negatively impacts the welfare of snakes carrying the spider gene for the reasons mentioned above (Rose). They can’t live ordinary ball python lives or engage in typical habits.

Also, the wobble occasionally worsens while stimulating or demanding activities, including feeding or handling. The wobbling may also have a positive feedback loop, which suggests that the wobble gets worse when the snake starts to wobble more.

Caring For A Spider Ball Python

Most of the time, taking care of a spider ball python is similar to taking care of a regular ball python. They should be fed comparable meals because they have similar space, humidity, and temperature requirements. Yet, the stumbling state they exhibit may affect their treatment plans.

For instance, particular spider ball pythons struggle to strike or encircle their prey. So, you ought to refrain from giving them live prey. This will protect your snake from being hurt by the mouse or rat and confirm that the prey animal won’t suffer due to the snake’s incapacity to strike and constrict effectively.

Alternatively, it would help if you gave your snake appropriately sized frozen-thawed rodents. You should be patient when feeding food because your snake might miss its target or not properly encircle the rodent.

Presenting spider ball pythons with warm rodents may be especially beneficial because it can provide them additional information about where to aim their bites. Handling is the only other significant distinction between raising a regular ball python and one with the spider gene.

You must take extra precautions when handling one of these pythons because they occasionally move in an unforeseen manner and lack the coordination of typical ball pythons.

Thus, be careful to only hold your snake under calm conditions. Holding them over a table or countertop is another smart move. If you should drop them unintentionally, this will aid in preventing them from falling to the floor.

Where Did The Spider Morph Come From?

NERD brought the spider in 1999 from a single wild animal collected (Angelo). When I contacted NERD for more details, they told me he was a male subadult with a wobble.

Where Did The Spider Morph Come From

Doesn’t The Fact That The Morph Was Discovered In The Wild Imply That It Can Endure?

One wild animal does not necessarily indicate that the morph can thrive. Depending on how severe the wobble was, it’s feasible that the person would not have endured much longer without human help. Even then, the capacity for thriving differs from that for merely existing. For an organism to survive, it must be able to meet its resource requirements.

Being able to carry out natural behaviors is thriving. Furthermore, not a single extra spider has been discovered in the wild in the 17 years since the gene was discovered, proving that the original spider either did not reproduce or the hatchlings did not survive. Furthermore, a comparison to the natural is a tenuous one because the purpose of confinement is to enhance the lives of the animals we maintain, not to replicate the wild.

Does The Spider X Spider Pairing Create A Homozygous Lethal Animal?

Although there is some dispute, the broad consensus is no. It is still disputed whether it would result in a white, immature snake. Nick Mutton, a carpet python breeder, claimed the mating results in a leucistic, undeveloped kid, which is how it first came to light.

It was eventually shown that this was a coincidence and that the pairings do not result in leucistic, underdeveloped offspring. Furthermore, as patterns and color only appear in ball pythons at the very last stages of incubation, it is thought that the hatchlings were just undeveloped and not at all leucistic.

Since then, numerous breeders have paired spider x spider combinations without resulting in hatchlings with poor development. An article replicating the white, underdeveloped hatchling from a spider x spider coupling was just published by OWAL.

Due to the absence of evidence supporting the existence of a homozygous spider, it is also plausible that when spiders pair up to produce fatal supers, the hatchling never has the chance to develop past fertilization rather than dying in the egg. A homozygous spider is probably a slug or an unviable egg that does not survive.

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Here we conclude all about What Ball Python Morphs Have Spider? Although sadly, this morph appears to create some health issues in ball pythons, this is not entirely surprising given that many other genetic abnormalities also result in health issues.

But make sure to consider your options carefully and, if you have the opportunity, feel the weight of a spider ball python in your hands before making a call. You may decide to work with the mutation even though you don’t like the “wobble,” or you may concentrate on another mutation.

It shouldn’t be an issue when there are so many options! Do you currently own any spider ball pythons? How do you feel about the “wobble”? Do you believe breeders ought to keep creating this morph?

Frequently Asked Questions

How do you get a spider morph ball python?

They are mainly bred by numerous breeders, and there are numerous available morph crosses. Both online and at reptile exhibits, you may buy these snakes. It’s crucial to view this snake before purchasing one. With spider ball pythons, in particular, this is advantageous since it allows you to assess how much they wobble.

How do you know if a ball python has the spider gene?

Spider ball pythons have significantly larger brown or golden pattern elements, while the black markings between them are very thin. This contrasts conventional ball pythons, which have enormous brown to golden blotches separated by thick black or dark brown markings. The name of the mutation comes from how this appears to resemble a spider’s web.

What do you breed to get a spider ball python?

The male or the female in the breeding pair must have a dominant mutant gene to produce more spider ball python variants. It is possible to cross-breed an ordinary ball python with a spider ball python because all ball pythons require to become spider morphs are one copy of the mutant gene.

What does the spider ball python’s name mean?

The scientific name for the ball python and its variants, such as the spider ball python, is Python regius. Royal refers to the Latin word regius. The word “regal” comes from the myth that Queen Cleopatra wore ball python bracelets because the snakes were so docile.

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