Choose one of your toys and write some doctor notes. Think about:
- What seems to be the matter?
- How we're going to make them better
Plus, get your very own doctor badge!
Inspired by Season 1, Episode 18: Honey is stuck in the waiting room with receptionist Bluey as Dr. Bingo prioritises patients with more exciting injuries, until Honey demonstrates how her tail can wag her body.
Hey, kiddos! Doctor Bingo's office is full of patients in a pickle. She needs your help to fix 'em up. Start by filling out a patient form for Honey... or anyone else. Doctor Bingo will see you know! Next, help the rest of the patients:
- Snickers has cuddled a cactus! Ouch! Color band-aids on him
- Indy's arms fell off when she hung out the washing! Draw some new ones for her
- Lucky has a croc on his head! What will help?
- Rusty is burping hippos! How many are there?
In Treating Severe Combined Immunodeficiency, learn how doctors used gene therapy to fix a boy’s immune system. Meet Reese, a child with severe combined immunodeficiency (SCID), whose immune system was successfully treated through this groundbreaking medical procedure. Discover how gene therapy works, how viruses can be used to deliver genes, and the role of white blood cells in the immune system. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.
The article "Clara Barton: The Angel of the Battlefield Who Changed Medicine Forever" from BBC's HistoryExtra is a powerful look at Barton's lifelong devotion to helping others. From nursing wounded Civil War soldiers to founding the American Red Cross, she broke barriers in healthcare, women's rights, and disaster relief, earning her the title “Angel of the Battlefield.”
Cholesterol is tricky — your body needs the waxy substance to build cells and make hormones, but there’s a bad type of cholesterol called “LDL” (low-density lipoprotein). Too much LDL can put people at risk for heart attacks or stroke, so controlling cholesterol levels can be life-saving.
Luckily, a new gene editing therapy called VERVE-102 may be able to help with high cholesterol. There’s a trial running now that’s small but mighty, involving only 35 patients, all of whom have either inherited high cholesterol or have had a heart attack at a young age. They continued their regular medication but added this new gene editing therapy to their treatment.
Not only did results show levels of bad cholesterol reduced by up to 62%, but the level continued to remain low after a year, suggesting that patients may only need one treatment to feel the effects of this treatment for the rest of their lives. Is it magic? Close! It’s science!
The idea behind the gene editing plays off of the liver’s role. It’s supposed to clear bad cholesterol from the blood and stop it from clogging up vessels, unless a protein called PCSK9 gets in the way. PCSK9! It even kind of sounds like “pesky”! The new medicine edits PCSK9’s gene, so that it stays out of the way and the liver can do its job.
What happens when a zoo animal gets sick? For most of the history of zoos, that question had an answer most visitors never saw. Now, one of the world's oldest zoological societies is building a facility designed to change that — and what they're planning goes well beyond routine checkups.
The Zoological Society of London is constructing a new wildlife health center that will allow visitors to observe animals receiving medical care firsthand. Some of what they'll see will be routine — weight checks, dental exams, the kind of maintenance that keeps zoo populations healthy. But onlookers may also get a window into surgical procedures, and in some cases, postmortems. It's an unusually transparent approach for an institution that has traditionally kept its medical operations behind closed doors.
Not everyone is convinced. Critics argue the center is more about capitalizing on public curiosity than genuinely benefiting the animals in its care — that making medicine into a spectator sport serves the zoo's revenue more than its residents.
ZSL pushes back on that framing. The center is designed to be more than an exhibit. It's intended to function as a global training resource for wildlife vets, a hub where expertise in animal medicine can be developed and shared across institutions worldwide. The argument is that visibility and conservation aren't in conflict — that showing people what it actually takes to keep wild animals healthy is exactly the kind of thing that builds the public understanding zoos increasingly depend on to justify their existence.
The deeper question the center raises isn't really about one zoo or one building. It's about what zoos are actually for — and whether letting people watch is a compromise of that mission or an extension of it.
Explore how women scientists have transformed medicine, biology, and our understanding of life itself through the groundbreaking work of Jane Goodall, Tu Youyou, Marie Curie, and Françoise Barré-Sinoussi. Students will discover how curiosity, determination, and scientific innovation helped these women make discoveries that changed lives around the world.
This Kahoot explores major breakthroughs in fields such as medicine, chemistry, biology, and disease research, while highlighting the challenges many women scientists faced in gaining recognition and opportunities in their fields. Students will build listening skills, vocabulary, and scientific awareness as they learn how research and discovery can improve health, deepen knowledge, and shape the future.
Watch the related BBC videos (below), then invite your Grade 6–12 students to test their knowledge and explore the lasting global impact of women in science.
The article "Daily Life in Ancient Egypt: How Ordinary People Lived Beneath the Pharaohs" from BBC's HistoryExtra explores the lives of regular Egyptians who built a great civilization. Egyptologist Joyce Tyldesley describes family roles, childbirth, jobs, homes, diet, clothing, medicine, religion, and burial customs.
This Women’s History Month, invite your students to step into the role of historian, storyteller, and researcher as they create profiles of extraordinary women in history. Our Women’s History Biography Template is designed for ages 8–14 and helps students organize key facts, explore challenges and accomplishments, and reflect on why these figures still matter today. With guided sections for important life events, obstacles overcome, and lasting impact, this ready-to-use template supports research skills, critical thinking, and strong writing.
To get started, visit our Figures in Women’s History microsite and explore a rich video library featuring trailblazing leaders, artists, scientists, and activists. Learn about Jane Goodall and her pioneering work in conservation and animal behavior, or dive into the groundbreaking research and storytelling of Zora Neale Hurston, who preserved and celebrated African American folklore and culture. Students can also discover figures who fought for women's suffrage, advanced medicine, and transformed sports. This is a great jumping off point for students to begin further research on their chosen icon.
In Tu Youyou and the Discovery of Artemisinin, host Chris Packham recounts the extraordinary journey of Chinese scientist Tu Youyou. Driven by determination, she unearthed an ancient remedy to combat malaria, ultimately saving millions of lives worldwide. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In The Extraordinary Abilities of Breath-Hold Divers, learn about the abilities of breath-hold divers and the scientific discoveries that are being made as researchers study their techniques. Understand the human body's remarkable ability to adapt and how these findings could have future applications in medicine and technology. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.
In Engineering Creative Solutions for Living With Marfan Syndrome, meet Cal, a person with Marfan Syndrome, who creatively solves a medical complication by applying engineering knowledge to his condition. Cal’s condition causes his heart and aorta to stretch due to the structural abnormalities that characterize Marfan Syndrome. Instead of undergoing traditional surgery, Cal takes matters into his own hands, using his engineering background to find a more innovative solution. This video demonstrates the intersection of medicine and engineering, as well as how individuals can advocate for themselves and influence their treatment plans. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.
Choose one of your toys and write some doctor notes. Think about:
- What seems to be the matter?
- How we're going to make them better
Plus, get your very own doctor badge!
Inspired by Season 1, Episode 18: Honey is stuck in the waiting room with receptionist Bluey as Dr. Bingo prioritises patients with more exciting injuries, until Honey demonstrates how her tail can wag her body.
Hey, kiddos! Doctor Bingo's office is full of patients in a pickle. She needs your help to fix 'em up. Start by filling out a patient form for Honey... or anyone else. Doctor Bingo will see you know! Next, help the rest of the patients:
- Snickers has cuddled a cactus! Ouch! Color band-aids on him
- Indy's arms fell off when she hung out the washing! Draw some new ones for her
- Lucky has a croc on his head! What will help?
- Rusty is burping hippos! How many are there?
In Treating Severe Combined Immunodeficiency, learn how doctors used gene therapy to fix a boy’s immune system. Meet Reese, a child with severe combined immunodeficiency (SCID), whose immune system was successfully treated through this groundbreaking medical procedure. Discover how gene therapy works, how viruses can be used to deliver genes, and the role of white blood cells in the immune system. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.
The article "Clara Barton: The Angel of the Battlefield Who Changed Medicine Forever" from BBC's HistoryExtra is a powerful look at Barton's lifelong devotion to helping others. From nursing wounded Civil War soldiers to founding the American Red Cross, she broke barriers in healthcare, women's rights, and disaster relief, earning her the title “Angel of the Battlefield.”
Cholesterol is tricky — your body needs the waxy substance to build cells and make hormones, but there’s a bad type of cholesterol called “LDL” (low-density lipoprotein). Too much LDL can put people at risk for heart attacks or stroke, so controlling cholesterol levels can be life-saving.
Luckily, a new gene editing therapy called VERVE-102 may be able to help with high cholesterol. There’s a trial running now that’s small but mighty, involving only 35 patients, all of whom have either inherited high cholesterol or have had a heart attack at a young age. They continued their regular medication but added this new gene editing therapy to their treatment.
Not only did results show levels of bad cholesterol reduced by up to 62%, but the level continued to remain low after a year, suggesting that patients may only need one treatment to feel the effects of this treatment for the rest of their lives. Is it magic? Close! It’s science!
The idea behind the gene editing plays off of the liver’s role. It’s supposed to clear bad cholesterol from the blood and stop it from clogging up vessels, unless a protein called PCSK9 gets in the way. PCSK9! It even kind of sounds like “pesky”! The new medicine edits PCSK9’s gene, so that it stays out of the way and the liver can do its job.
What happens when a zoo animal gets sick? For most of the history of zoos, that question had an answer most visitors never saw. Now, one of the world's oldest zoological societies is building a facility designed to change that — and what they're planning goes well beyond routine checkups.
The Zoological Society of London is constructing a new wildlife health center that will allow visitors to observe animals receiving medical care firsthand. Some of what they'll see will be routine — weight checks, dental exams, the kind of maintenance that keeps zoo populations healthy. But onlookers may also get a window into surgical procedures, and in some cases, postmortems. It's an unusually transparent approach for an institution that has traditionally kept its medical operations behind closed doors.
Not everyone is convinced. Critics argue the center is more about capitalizing on public curiosity than genuinely benefiting the animals in its care — that making medicine into a spectator sport serves the zoo's revenue more than its residents.
ZSL pushes back on that framing. The center is designed to be more than an exhibit. It's intended to function as a global training resource for wildlife vets, a hub where expertise in animal medicine can be developed and shared across institutions worldwide. The argument is that visibility and conservation aren't in conflict — that showing people what it actually takes to keep wild animals healthy is exactly the kind of thing that builds the public understanding zoos increasingly depend on to justify their existence.
The deeper question the center raises isn't really about one zoo or one building. It's about what zoos are actually for — and whether letting people watch is a compromise of that mission or an extension of it.
Explore how women scientists have transformed medicine, biology, and our understanding of life itself through the groundbreaking work of Jane Goodall, Tu Youyou, Marie Curie, and Françoise Barré-Sinoussi. Students will discover how curiosity, determination, and scientific innovation helped these women make discoveries that changed lives around the world.
This Kahoot explores major breakthroughs in fields such as medicine, chemistry, biology, and disease research, while highlighting the challenges many women scientists faced in gaining recognition and opportunities in their fields. Students will build listening skills, vocabulary, and scientific awareness as they learn how research and discovery can improve health, deepen knowledge, and shape the future.
Watch the related BBC videos (below), then invite your Grade 6–12 students to test their knowledge and explore the lasting global impact of women in science.
The article "Daily Life in Ancient Egypt: How Ordinary People Lived Beneath the Pharaohs" from BBC's HistoryExtra explores the lives of regular Egyptians who built a great civilization. Egyptologist Joyce Tyldesley describes family roles, childbirth, jobs, homes, diet, clothing, medicine, religion, and burial customs.
This Women’s History Month, invite your students to step into the role of historian, storyteller, and researcher as they create profiles of extraordinary women in history. Our Women’s History Biography Template is designed for ages 8–14 and helps students organize key facts, explore challenges and accomplishments, and reflect on why these figures still matter today. With guided sections for important life events, obstacles overcome, and lasting impact, this ready-to-use template supports research skills, critical thinking, and strong writing.
To get started, visit our Figures in Women’s History microsite and explore a rich video library featuring trailblazing leaders, artists, scientists, and activists. Learn about Jane Goodall and her pioneering work in conservation and animal behavior, or dive into the groundbreaking research and storytelling of Zora Neale Hurston, who preserved and celebrated African American folklore and culture. Students can also discover figures who fought for women's suffrage, advanced medicine, and transformed sports. This is a great jumping off point for students to begin further research on their chosen icon.
In Tu Youyou and the Discovery of Artemisinin, host Chris Packham recounts the extraordinary journey of Chinese scientist Tu Youyou. Driven by determination, she unearthed an ancient remedy to combat malaria, ultimately saving millions of lives worldwide. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In The Extraordinary Abilities of Breath-Hold Divers, learn about the abilities of breath-hold divers and the scientific discoveries that are being made as researchers study their techniques. Understand the human body's remarkable ability to adapt and how these findings could have future applications in medicine and technology. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.
In Engineering Creative Solutions for Living With Marfan Syndrome, meet Cal, a person with Marfan Syndrome, who creatively solves a medical complication by applying engineering knowledge to his condition. Cal’s condition causes his heart and aorta to stretch due to the structural abnormalities that characterize Marfan Syndrome. Instead of undergoing traditional surgery, Cal takes matters into his own hands, using his engineering background to find a more innovative solution. This video demonstrates the intersection of medicine and engineering, as well as how individuals can advocate for themselves and influence their treatment plans. This video is excerpted from BBC’s The World’s Most Extraordinary People, a documentary series revealing how rare medical conditions inspire groundbreaking scientific discoveries.