Komodo dragons are the largest lizards in the world, which makes them instantly recognizable. Yet, another lizard that has attracted significant attention is the Gila monster, a species of lizards that lives in the deserts of the Southwestern United States. The two species of lizards are often discussed because they both have varying levels of venom. Let’s dive into the main differences that separate Komodo dragons vs Gila monsters.
The Main Differences Between Gila Monsters and Komodo Dragons
The main difference between Gila monsters and Komodo dragons is their size, venom, and habitats. Komodo dragons are much larger than the Gila monster and are the largest lizard species in the world! While Gila monsters are the largest lizard in the United States, Komodo dragons are significantly and noticeably larger. However, this is only one of the key differences between the two! Let’s explore their main differences in more detail below.
Gila Monsters VS Komodo Dragons: Physical Differences
Apart from the fact that both species are lizards, the Gila Monster and the Komodo Dragon are quite different. Confusing the two would be difficult! Everything from the size of the animal to the colors of their scales sets them apart. While the most prominent difference between the two is the Komodo Dragon’s much larger size, there are many other key physical differences to look for.
Physical Characteristics That Identify Gila Monsters
Gila monsters have an average size of 22 inches long and weigh 4 pounds. While this is large for a lizard, they are smaller than other beaded lizards. The Gila has distinctively patterned scales that have tiny round bones called osteoderms. This is what gives the beaded appearance. Their patterned scales are black, pink, or orange in color over the body and black on the head, feet, neck, chin, and underbelly. These patterns become more complex as the lizard ages.
Physical Characteristics That Identify Komodo Dragons
Komodo Dragons are the largest species of lizard in the world, and their average size is 3 meters (10 feet) long and 150kg (300-plus pounds). In fact, the largest Komodo dragon ever recorded weighed 365 pounds!
They have powerful and muscular bodies with large tails that they use to stand upright and fight with. Dragons have small greyish brown scales that appear more like skin and develop folds around the neck. The head is smaller on average than the rest of the body, with sharp deadly teeth. Komodo dragons also have long lethal claws used for digging and occasionally climbing.
Gila Monsters VS Komodo Dragons: Danger To Humans
Both species are dangerous and should not be approached in the wild. Both have painful bites containing venom and can cause serious injury. However, these venomous bites differ greatly, and overall, the Komodo dragon is far more formidable than the Gila Monster.
Gila Monsters Have Neurotoxic Venom
While Gila Monsters can inflict serious injury, their bite is not often deadly to humans. Gila monster venom contains a neurotoxin that works similarly to rattlesnake venom. However, since this venom is transmitted through chewing rather than puncturing a vein, the toxin is less effective. For smaller prey, the Gila Monster’s venom is very effective, but against a much larger human, the bite is not fatal.
Despite that, the bite is reported to be extremely painful. Additionally, the Gila is classified as Near Threatened. While contact with a Gila may not result in death to a human, the contact may prove damaging to the Gila!
Komodo Dragons Carry Bacteria And Venom
Komodo Dragons and their danger to humans cannot and should not be dismissed. Known for their status as man-eaters, Komodo Dragons will hunt and kill with impunity. Their large size and speed make them accomplished ambush predators, but it’s their bite that often kills. Dragons carry deadly bacteria in their saliva that combine with venom to deliver a highly dangerous bite. Without immediate treatment, the bacterial infection can and will kill a human.
This bacterial bite combined with powerful strength, speed, and deadly hunting prowess make the Komodo dragon not only the largest lizard but possibly the deadliest reptile in the world.
However, while the Gila monster lives across the Southwestern United States and Mexico, the Komodo dragon is found only on a few small islands in Indonesia. So human interactions with Komodo dragons are limited to a small population in a limited area.
Gila Monsters And Komodo Dragons: Can Their Venom Save Lives?
Recent studies on the Gila Monster and the Komodo Dragon venom may lead to medical breakthroughs! Scientists that are investigating these two lizards have found that the dangerous bite of both lizards may benefit humans. While the benefits of Gila Monster venom are more well-known, recent investigations on Komodo Dragon saliva are also fascinating researchers worldwide!
Gila Monsters and Type 2 Diabetes
The painful venom contained in the Gila Monsters bite may be useful in regulating Type 2 Diabetes! The hormone Exendin-4 is like the hormone GLP-1 found in humans, which helps insulin production in the pancreas. The discovery of Extendin-4 allowed scientists to create a medicine called exenatide, a synthetic version of the hormone. This medicine helps the body make its own insulin and can help lower insulin dependency!
Komodo Dragons And Antibiotic Support
Studies on the potential health benefits of the Komodo dragon’s natural resistance to its own deadly bacteria are new. Studies of the animal’s blood show this immunity to be caused by antimicrobial peptides or proteins. These proteins are a natural defense against infections found in all living animals. This is a crucial development because many bacteria are becoming resistant to antibiotics. There are over 200 different antimicrobial peptides in Komodo Dragon blood, and these peptides have real potential in the development of stronger antibiotics.
Scientists made their first significant find with DRGN-1, a synthetic version of one peptide. When tested on live bacteria and infected wounds, the wounds healed much faster than wounds treated with conventional methods. While it is still in the developmental stages, researchers are optimistic that this breakthrough will change the future of antibiotics!
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