Male Albino Het Pied Ball Python For Sale

Male Albino Het Pied Ball Python For Sale

The Het Pied Ball Python For Sale is  dark brown with light brown blotches on the back and sides. Its white or cream belly is scattered with black markings. It is a stocky snake with a relatively small head and smooth scales. It reaches a maximum adult length of 182 cm (6 ft 0 in). Males typically measure eight to ten subcaudal scales, and females typically measure two to four subcaudal scales. Females reach an average snout-to-vent length of 116.2 cm (45+3⁄4 in), a 44.3 mm (1+3⁄4 in) long jaw, an 8.7 cm (3+7⁄16 in) long tail and a maximum weight of 1.635 kg (3 lb 9.7 oz). Males are smaller with an average snout-to-vent length of 111.3 cm (43+13⁄16 in), a 43.6 mm (1+23⁄32 in) long jaw, an 8.6 cm (3+3⁄8 in) long tail and a maximum weight of 1.561 kg (3 lb 7.1 oz). Both sexes have pelvic spurs on both sides of the vent. During copulation, males use these spurs for gripping females. Males tend to have larger spurs, and sex is best determined by manual eversion of the male hemipenes or inserting a probe into the cloaca to check the presence of an inverted hemipenis. The diet of the het pied ball python for sale in the wild consists mostly of small mammals and birds. Young ball pythons of less than 70 cm (28 in) prey foremost on small birds. Banana het pied ball python, longer than 100 cm (39 in) prey foremost on small mammals. Males prey more frequently on birds, and females more frequently on mammals. Rodents make up a large percentage of the diet; Gambian pouched rats, black rats, rufous-nosed rats, shaggy rats, and striped grass mice are among the species consumed. Captive lavender albino het pied ball python for sale are often bred for specific patterns that do not occur in the wild, called “morphs. Breeders are continuously creating new designer morphs, and over 7,500 different morphs currently exist. Most morphs are considered solely cosmetic with no harm or benefit to the individual animal. However, the “spider” morph gene has been linked to neurological disease, specifically related to the snake’s sense of balance.