scorpion venom

Scorpions possess remarkable engineering skills, reinforcing their claws and stingers with metals like zinc, iron, and calcium. This metal enrichment, passed down through generations, enhances their grip and striking power. Interestingly, a trade-off exists in metal allocation between claws and stingers, with zinc playing a crucial role in strengthening thinner claws and potentially aiding venom delivery.

Scorpions' stingers are remarkably engineered with metals like zinc, manganese, and iron strategically placed for optimal function. Zinc at the tip aids piercing, while manganese provides structural support. This metal enrichment, an evolutionary adaptation, enhances the durability and effectiveness of their hunting weapons without unnecessary reinforcement.

1 Death Among 100 Cases Reported At Health Centre

Few creatures are as fearsome as venomous snakes and scorpions. While snake venom can cause paralysis and tissue damage, scorpion venom primarily causes pain and nerve damage. Despite their dangers, both venoms hold medical potential, aiding in pain relief and cancer treatment. Understanding their unique effects remains crucial for developing effective antidotes and therapies.

Scorpions, often feared, hold a surprising secret: their venom is incredibly valuable, fetching millions per liter due to its medicinal applications. Harvesting this venom is dangerous and labor-intensive, but the potential rewards are immense. This common creature, often overlooked, could be the key to groundbreaking medical advancements and unexpected wealth.

scorpion venom, fetching up to $39 million per gallon, is coveted for its medicinal potential, attracting interest in scorpion farming. However, the reality is complex, with a small, selective market demanding high-quality venom. Ethical harvesting methods and establishing trust with researchers are crucial, as many prefer known sources or synthesize venom components, making profitability challenging.

The deathstalker scorpion is one of the most venomous creatures in the world. Its strong neurotoxic venom can cause severe symptoms in humans. The venom is highly in demand and expensive due to its use in medical treatments, especially for cancer. Extracting the venom is painstaking, making it highly precious and valuable.

A deadly scorpion venom may well harbour what could turn out to be the healing touch for a particular heart ailment.

A viral video on social media has unveiled the surprising existence of scorpion farms, where venom is collected for use in pharmaceuticals and cosmetics. Each scorpion produces 2 milligrams of venom a day, valued at about $10 million per liter. Scorpion farming is legal and regulated to ensure ethical practices, particularly in India.

A deadly scorpion venom may well harbour what could turn out to be the healing touch for a particular heart ailment.

Scientists in Colombia have discovered a new species of scorpion, Tityus achilles, which can spray venom to defend itself from a distance. This mechanism, previously only seen in African and North American scorpions, poses a greater threat as it can accurately target predators. This finding reshapes our understanding of scorpion defense strategies.

Snakes and scorpions, both venomous creatures, pose different levels of threat to humans. While scorpion venom can be highly toxic, snake bites are statistically more lethal due to the larger volume of venom injected, faster action on vital systems, and higher frequency of fatal encounters. Awareness, prevention, and prompt medical care are crucial for survival in both cases.

The lethal scorpion venom originated from a common protein used as part of the creature's immune system, scientists have found.

Brazilian scientists have discovered a molecule, BamazScplp1, in Amazonian scorpion venom that shows potential in treating breast cancer. Early tests indicate the molecule effectively kills cancer cells through necrosis, similar to the chemotherapy drug paclitaxel. Researchers are using yeast to mass-produce the molecule, paving the way for less invasive breast cancer therapies.

Scorpions, ancient arachnids with a 400-million-year history, inhabit diverse environments worldwide, showcasing remarkable survival skills. They give birth to live young, exhibit extended lifespans, and possess the ability to glow under UV light. While most species pose little threat to humans, their venom and unique mating rituals contribute to their fascinating nature.

Prof. Ashis Kumar Mukherjee, director of IASST Guwahati, has been elected as a fellow of the Indian National Science Academy (INSA) for his groundbreaking research in snake and scorpion venom therapy. His work has significantly improved antivenom quality and opened doors for drug development targeting metabolic disorders. He has received numerous national honors for his work.

Bee, snake and scorpion venom could be used in fight against cancer after lab trials by an Indian- origin scientist-led team showed that the toxins can kill tumours.

A new species of scorpion has been discovered by researchers from the Chinnar Wildlife Sanctuary in Idukki district.

The honey badger, Mellivora capensis, defies its small size with fearless tenacity in the African wilderness. Resilient to scorpion venom and immune to snake bites, it roams savannahs and forests with impunity. Its thick, loose skin protects against predators and bee stings, while its alpha-2-macroglobulin protein neutralizes venom. Even lions tread cautiously around this audacious creature, earning it the title of "most fearless animal." Through its survival strategies and ecological role, the honey badger embodies the wild's indomitable spirit.

LUCKNOW: Stress is fast becoming a major cause of heart problems in the said Prof US Pandey, head, department of physiology, King George Medical College.

Customs officials have seized six parcels containing "highly venomous" scorpions and spiders, bound for Philippines and Italy in two separate aircraft here, airport sources said today.

Researchers have said that an ingredient in a scorpion's sting could be used to stop heart bypasses failing.

Chinese scientists have discovered a 125-million-year-old venomous scorpion fossil in northeastern China. The newly found species, Jeholia longchengi, has unique traits and provides insight into prehistoric predators. This significant find, preserved in sedimentary rock, sheds new light on ancient ecosystems and the evolution of scorpions and their role in Cretaceous-era food webs.