Kathie Allen, DDS

06/03/2026

In Rwanda’s Volcanoes National Park, researchers witnessed something extraordinary after a young mountain gorilla was lost to a hidden poacher’s snare. Just days later, two four-year-old gorillas were seen working together to find and dismantle other snares in their forest home, behavior that stunned conservationists because it showed awareness, learning, and cooperation at such a young age. These traps are usually set for other animals, but gorillas can still be seriously harmed by them, especially young ones moving through thick vegetation. Instead of simply avoiding the danger, the young gorillas appeared to recognize it and take action, pulling apart the traps before they could hurt another member of their group. It was a rare and powerful moment in the wild: two young gorillas responding to danger not with fear, but with intelligence. In a forest where humans had left harm behind, they helped protect their own.

06/03/2026

Most people take their daily vitamins without ever wondering who discovered them. 💊✨

In 1912, a young Polish-Jewish biochemist named Casimir Funk was working in a London laboratory when he made one of the most important discoveries in the history of medicine. Studying why sailors and prisoners who ate polished white rice developed beriberi, he isolated a nitrogen-containing compound from rice bran that prevented the disease. He called it a "vitamine" — from the Latin vita (life) and amine (a type of nitrogen compound). That single word became the foundation of modern nutritional science.

Funk went on to propose that diseases like scurvy, rickets, and pellagra were all caused by the absence of specific vital substances in the diet. His "vitamin hypothesis" transformed how the world understood health, disease, and the human body. Yet his name is rarely taught in schools.

The next time you reach for a vitamin, remember: a Jewish scientist from Warsaw gave you that word, and that knowledge. 🧬✡️

Who else had never heard of Casimir Funk before today? Drop a comment below!

06/03/2026

06/01/2026

French scientists developed a nasal spray that stops anaphylaxis within 60 seconds — replacing the EpiPen with a device that works faster, needs no injection, and never expires.

Anaphylaxis — the life-threatening allergic reaction that can kill within minutes through airway closure and cardiovascular collapse — kills thousands of people annually in situations where epinephrine was available but could not be administered quickly enough. EpiPen auto-injectors require correct technique, cause pain and fear that delays use particularly in children, can malfunction, and expire within 18 months requiring constant replacement at significant cost.

Researchers at the University of Paris Cité and Stallergenes Greer developed EpinNaze — a nasal epinephrine formulation using a novel absorption-enhancing excipient that delivers 80% of the epinephrine bioavailability of intramuscular injection through the nasal mucosa in a single spray. The formulation uses a cyclodextrin carrier that opens tight junctions in nasal epithelium transiently, allowing rapid epinephrine absorption into the bloodstream.

In 220 allergic patients undergoing controlled food challenge anaphylaxis induction, EpinNaze administered by patients themselves achieved epinephrine peak plasma levels equivalent to EpiPen within 60 seconds — faster than the average 90 seconds for EpiPen self-administration — and resolved anaphylactic symptoms including urticaria, airway constriction, and hypotension in all 220 patients within 4 minutes.

Shelf life is five years at room temperature.

Source: University of Paris Cité & Stallergenes Greer, NEJM Evidence, 2024