Chemotherapy works. It also takes a serious toll — on energy, on the immune system, on everyday quality of life. For decades, that trade-off has been treated as unavoidable. A new drug being used to treat ovarian cancer suggests it might not have to be.

The treatment works by attaching a chemotherapy drug to an antibody — a protein the body uses naturally to identify and target specific cells. When the drug enters the body, the antibodies seek out cancer cells specifically, binding to them and leaving healthy tissue alone. Once inside the cancer cell, the antibody breaks down and releases the chemotherapy drug, destroying the cancer from within. The rest of the body barely notices.

For patients like Patricia Hill, the difference has been significant. After multiple rounds of conventional chemotherapy in the 3 years since her ovarian cancer diagnosis, she describes finally feeling well enough to socialize and enjoy daily life again. That shift — from surviving treatment to actually living alongside it — is what researchers have spent decades working toward.

The drug is still being studied, but early results point in two directions that matter: better quality of life during treatment, and the possibility of longer survival afterward. Those two things don't always come together in cancer research. When they do, it tends to mean something genuinely new is happening.

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.

When it comes to gathering water data, the “employee of the month” may look a little on the “green and cubical” side. Alongside Yorkshire rivers, there are multiple green boxes working hard to gather data on river quality that should, in a couple years, be available for river users and potential swimmers to access through an app that tracks pollution. 

Though there are currently apps that show pollution data, that information is old and outdated. This upcoming app is special, because it will use live data from an on-site sensor to provide real-time pollution levels in the water. It’s not meant to tell people “safe” or “not safe” or “swim” or “don’t swim,” but it can give people what they need to make an informed decision... mostly. 

The green boxes have a big shortcoming: they’re unable to detect some really nasty bacteria like E.coli, which can only be measured in a lab. But don’t worry, old-school scientists are on the case, manually taking samples to send away for analysis. These findings will be used to build a data set that will be combined with green box data, and AI learning will infer when E.coli (and other bugs) are present in the river. 

So, today, we celebrate a beautiful marriage —  one of traditional testing, new technology, and AI. It may not be the pairing you’re rooting for on Love Island, but it shows great promise for water safety! 

Your phone goes in a pouch the moment you walk in. If it's seen or heard, it's gone — for 4 weeks. That's the policy at Astrea Academy, one of the strictest phone bans in the UK, and yes, those 4 weeks can run straight through school holidays.

Harsh? Maybe. But teachers say it's working. Focus is up, behavior has improved, and students' overall wellbeing has shifted noticeably since the policy took hold.

Student reactions are split. Some think the rules go too far. Others — perhaps surprisingly — admit they don't really need their phones during the school day anyway. Both groups are probably right about something.

Parents are largely on board, and for reasons that go beyond test scores. They're noticing their kids coming home and actually talking — asking questions, making eye contact, and reconnecting in small ways that are easy to dismiss until they're gone. One thing the ban has surfaced that nobody quite expected: parents realizing they have a phone problem too. Several reflected that if they want their kids to put the devices down, they probably need to do the same. Role modeling, it turns out, works both ways.

Phone-free schools aren't going away. The UK is already moving toward national guidelines pushing schools in this direction, alongside measures to encourage more moderate social media use. The experiment at Astrea Academy may be ahead of its time — or just ahead of the curve.