
5 animals that could gulp a human in one go
While saltwater crocodiles and Komodo dragons could potentially swallow a small human in pieces or whole, humpback whales lack the physical ability. Reticulated pythons have been confirmed to swallow humans entirely, as evidenced by a 2017 incident in Indonesia. Although unconfirmed, green anacondas possess the capability to consume a human, given their size and prey.
Human beings have always been considered as apex predators in the food pyramid, but even the idea of being swallowed by a giant beast like an anaconda is no less than a nightmare and seems to be a story out of tabloid headlines and survival horror stories.
But how likely is it in real life?
While most animals, even large ones, prefer to tear food into manageable pieces, there are a few exceptions that make the possibility more real than we'd like to believe. Some creatures have the size, anatomy, and appetite to at least try it!
Be it massive reptiles to mysterious ocean giants, the animal kingdom includes a handful of contenders capable of swallowing something about human-sized.
The odds are low, but not zero.
Here are five animals that are capable enough to swallow a human being
Saltwater crocodile
Saltwater crocodiles are the largest living reptiles, with some males reaching as long as 6 metres and a tonne in weight. However, they don't swallow their prey whole. Instead, they perform a 'death roll' to tear limbs from the body, then swallow in pieces. While it's rare, a very small human might disappear in a few gulps, though this is mostly speculative.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Scam Exposed: What They Won't Tell You about zero trust!
Expertinspector
Click Here
Undo
Komodo dragon
Komodo dragons are the world's largest lizards, growing up to 3 metres and weighing up to 100kg. These Indonesian predators use serrated, iron-tipped teeth to shred flesh in violent bites. Larger prey is torn into chunks, but animals the size of young goats have been swallowed whole. According to the Komodo National Park, human attacks are documented, 24 between 1974 and 2012, five fatal, but no confirmed cases of a person being swallowed exist.
Still, a small adult or child could be within range of this possibility.
Humpback whale
Despite their massive size, humpback whales can't swallow a human. Their throats are too narrow, adapted only for small prey like krill and fish. In 2021, lobster diver Michael Packard was briefly engulfed by a feeding humpback off Massachusetts, but was spat out after 30 seconds, as reported by BBC. There were no injuries, just shock and confusion.
Humpbacks don't target humans, and this rare encounter was more about bad luck than danger.
Reticulated python
The reticulated python is the only animal on this list proven to have swallowed humans whole. Native to Southeast Asia, it can grow over 7 metres long and kills prey by constriction before swallowing it entirely. Its flexible jaw and expandable body allow it to ingest creatures far wider than itself. Deutsche Welle reported that on March 29, 2017, villagers in Sulawesi, Indonesia, discovered the missing farmer Akbar inside a 7 m python after noticing the snake moving awkwardly.
They cut it open and retrieved his fully intact body.
Green anaconda
Green anacondas, found in South America, may not be as long as pythons but are much heavier, sometimes growing to be as heavy as 100kg. They've been known to kill large animals like caimans and capybaras. Human consumption has never been confirmed, likely due to the snake's reclusive habitat. However, a 2024 video showed a man nearly crushed by one in a Brazilian river before escaping with help. While no verified cases of human swallowing exist, the potential is definitely there under the right or wrong circumstances.
Photo credits: Canva

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
22 minutes ago
- Time of India
Chinese researchers achieves internet 5 times faster than Starlink using 2-watt laser: Report
Representative image (Source: Reuters) A team of Chinese scientists has reportedly developed a new way to improve satellite laser communication from space to Earth, achieving faster data speeds despite atmospheric interference. According to a South China Morning Post, researchers led by Wu Jian of Peking University of Posts and Telecommunications and Liu Chao from the Chinese Academy of Sciences have managed to transmit data to a ground station at speeds of 1 gigabit per second using a 2-watt laser from a satellite over 36,000 kilometers above the Earth. This, the report says, is significantly faster than current systems such as Starlink , which offers speeds in the megabit range. The team tested the method using a 1.8-meter telescope at a research facility in Lijiang, southwest China. The system targets the challenges of atmospheric turbulence, which weakens and distorts laser signals as they pass through the Earth's atmosphere. How China achieved faster internet speed than Starlink To address this, the scientists combined two existing techniques—adaptive optics (AO) and mode diversity reception (MDR). The combined AO-MDR method helped correct the shape of distorted light beams and captured multiple signal modes simultaneously, improving both signal strength and reliability. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Free P2,000 GCash eGift UnionBank Credit Card Apply Now Undo In their paper – published on June 3 – in the journal Acta Optica Sinica, the researchers said the technique reduced transmission errors and increased the chance of receiving usable signals from 72% to over 91%. The method was tested using advanced components such as 357 micro-mirrors inside the telescope to reshape the laser's wavefront and a multi-plane converter that split the signal into eight channels. A custom-built algorithm selected the three strongest channels for data transmission in real time. China has been expanding its research and development in laser-based satellite communications. In 2020, its Shijian-20 satellite achieved a record 10Gbps laser downlink from geostationary orbit. The power level used on that satellite remains undisclosed. JOB SCAM ALERT! Don't Let Fake Recruiters Steal Your Money AI Masterclass for Students. Upskill Young Ones Today!– Join Now


Time of India
2 hours ago
- Time of India
Scientists discover 48th blood group after 15 years of research: What ‘Gwada Negative' means for the world
In a world where blood is viewed through the lens of just A, B, AB, and O types, a research has shaken up our understanding. After 15 years of investigation, French scientists have uncovered a new, 48th blood group system. This rare discovery was made after a blood sample collected for a routine pre-surgery test turned out to hold something never seen before. The new blood type has been named 'Gwada negative,' a name that holds the essence of its origin and the uniqueness of its carrier. Here's all we need to know about how this happened, what it really means, and why this matters more than it might first seem. It began with a simple test, not a groundbreaking experiment It all started back in 2011. A 54-year-old woman living in Paris, originally from Guadeloupe, was undergoing a basic pre-surgical blood test. But her sample raised a red flag. It wasn't just about matching the usual blood groups; it carried an antibody that didn't fit into any known pattern. Doctors noticed this anomaly, but back then, the tools available weren't powerful enough to decode the mystery. The sample was preserved. And for the next eight years, the case remained unsolved. DNA sequencing unlocked the truth, but it took time Fast forward to 2019. With advancements in high-throughput DNA sequencing, scientists revisited the old blood sample with fresh eyes and this time, they found the clue they had been chasing. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Top-Rated Senior-Friendly Laptops Search7 Learn More Undo A genetic mutation was identified, something completely new that had never been observed before in the global blood group database. The mutation came from both her parents, meaning she had inherited a rare version of a gene from each of them. It was this double inheritance that gave her a unique blood type, one that doesn't match with any known donor in the world. Quite incredibly, she's the only person on Earth, so far, who can safely receive her own blood. The name 'Gwada negative' was chosen not just because it reflects her roots in Guadeloupe, but also because it has a globally friendly sound that scientists believe fits its rare significance. Why is this discovery more than just another name in the blood group list At first, it may seem like an isolated scientific event. But the discovery of Gwada negative opens up crucial conversations in blood transfusion science. When someone with an unknown or rare blood type needs surgery, blood transfusion becomes life-threatening if not matched correctly. In extreme cases, transfusion with an incompatible type can trigger severe immune reactions. That's why new blood group systems matter—they can explain previously unexplained medical emergencies and help researchers refine transfusion protocols, especially for people from diverse genetic backgrounds. Proteins could offer risk markers, therapy targets in diabetic kidney disease So, this isn't just about cataloguing blood—it's about improving survival chances for people with rare blood types who may not even know they are rare. (This story is based on reports and official statements released by reputable media outlets and scientific organizations. All facts and findings mentioned in this article are attributed to these primary sources.) One step to a healthier you—join Times Health+ Yoga and feel the change


Time of India
3 hours ago
- Time of India
Dengue mosquito is a much smarter predator than thought, it uses a stealth mode to hunt humans even without smell, study finds
A new study shows that Aedes aegypti , the mosquito responsible for spreading dengue, yellow fever and Zika, can still find human targets even after losing its sense of smell. At the same time, Indian scientists have identified a specific group of immune cells that could reshape the understanding of how the body responds to dengue infection. When smell is gone, heat detection kicks in Researchers at Rockefeller University experimented with Aedes aegypti by disabling its primary olfactory gene, Orco, which helps the mosquito detect human odours. They expected this would impair the mosquito's ability to hunt humans. Instead, the mosquito adapted. According to the study published in Science Advances, even without its sense of smell, the mosquito could still locate humans by sensing body heat. The researchers discovered that Orco mutants used their forelegs, not just their antennae, to detect skin temperature. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Buy Brass Idols - Handmade Brass Statues for Home & Gifting Luxeartisanship Buy Now Undo This was linked to a heat-sensitive receptor called Ir140. When Orco was removed, the mosquito compensated by increasing the activity of Ir140, a process known as upregulation. This kind of sensory compensation is common in humans, such as improved hearing among people with visual impairments. The same pattern in mosquitoes points to how evolution has shaped them into efficient hunters. However, it was only when both Orco and Ir140 were knocked out that Aedes aegypti lost its ability to sense human heat. Live Events Indian scientists find new immune cell type in dengue response In a separate study, Indian scientists at the National Institute of Immunology (NII) and AIIMS Delhi, along with international collaborators, have identified a key group of immune cells that play a central role during dengue infection. These immune cells — a subset of CD4+ T cells — are known as PD-1+CXCR5–CD4+ T cells. They activate B cells, which are responsible for producing antibodies. This process is mediated by a signaling molecule called IL-21. Unlike conventional follicular helper T cells that work within germinal centres of lymph nodes, these newly identified peripheral helper cells operate outside them — in extrafollicular niches — and may even reach inflamed tissues. This discovery provides new insight into why antibodies behave unpredictably in dengue. Antibodies can protect the body, but in some cases, especially among individuals with past dengue infections, they can worsen the disease through a process known as antibody-dependent enhancement (ADE). Immune memory and the vaccine potential The study also found that PD-1+ helper T cells are not uniform. They divide into IL-21-producing helper cells and cytotoxic cells. Some may remain in the body as memory cells, possibly contributing to long-term immune response. Researchers are still trying to determine whether these cells offer protection or increase risk during future dengue infections. If understood better, these cells could help develop targeted vaccines against dengue. The evolutionary advantage of mosquitoes Despite advancements in science, the mosquito remains one step ahead. Swarnadip Ghosh, a researcher from the National Centre for Biological Sciences (NCBS) in Bengaluru, described the mosquito's ability in verse: 'When scent fades out, the mozzie's not beat, She hunts you down by the stink of your feet. No nose? No problem — she's got legs that feel heat, And still thinks your blood is a five-star treat.' (The article was orignially published in TOI)