Behold, the Canine Tramp Stamp

Last month, I wrote a long essay on animal aesthetics for Aeon magazine. I explored how our pets have become aesthetic objects and examined how humans have used selective breeding, cosmetic surgery, colorful dyes, and even genetic engineering in order to create more attractive animals.

It did not even occur to me to discuss tattoos. Because, well, why on Earth would it? Tattooing a pet was beyond my wildest imagination. But perhaps it should not have been. (After all, I once met a woman who had pierced her cat’s ears.) In any case, dog tattoos are now absolutely on my radar, thanks to an item I saw today on DNAinfo (via the New York Observer). And I quote: 

Owners of fashion-forward fidos in Manhattan’s toniest neighborhood are starting to beg groomers for temporary tattoos — reflecting a burgeoning international interest in dog body art, industry insiders tell DNAinfo.com New York.

And the key player turning on tail waggers’ masters to the idea is Jorge Bendersky, a celebrity dog groomer whose clientele hails mainly from the Upper East Side. The tattoos are especially popular among owners of short-haired dogs, he explained.

“In the summer, they cut the dogs’ hair short, so you’ve got to supplement the glamour,” he said. “Having no hair is no excuse not to be glamorous.”

The tattoos are needle- and ink-free, requiring only “canine-safe glue,” glitter, and rhinestones. So don’t worry, doggies–that rhinestone rose that seemed like such a good idea six drinks into the evening? Totally temporary.

Read the full story here or here, and be sure to check out the can’t-miss slideshow.

Category: Animals | Leave a comment

Pet Cloning is for (Pun) Lovers

CC, the world's first cloned cat.

CC, the world’s first cloned cat.

Since Frankenstein’s Cat came out last month, I’ve been traveling the country and giving talks about animal biotechnology. Along the way, I’ve been telling the story of a Black Angus bull named Bull 86.

In the early 1980s, scientists at Texas A&M discovered the bull, which just happened to have a natural genetic mutation that left him totally resistant to several serious diseases, including tuberculosis, salmonella, and brucellosis (a nasty bacterial disease common among livestock). No matter how hard the scientists tried, they simply couldn’t make Bull 86 sick.

The researchers spent years studying Bull 86, but the animal eventually got old and died. The scientists made sure to freeze some of his sperm before he died, but the sample was later accidentally destroyed in a laboratory accident. So it seemed as though Bull 86’s valuable genes had died out with him.

By the late 1990s, however, Texas A&M was exploring the brave new world of animal cloning. One of the scientists heading up the cloning effort, veterinary physiologist Mark Westhusin, had an idea: He knew that Bull 86′s sperm was gone, but perhaps there were other cell samples tucked away somewhere?
Continue reading »

Category: Animals, Cloning, Frankenstein's Cat | 4 Comments

Meet Frankenstein’s Cat

Cover Final Blog SizeFirst of all, many apologies for my recent silence here. But I have (I hope) a good excuse. My book, Frankenstein’s Cat: Cuddling Up to Biotech’s Brave New Beasts, just came out, and it’s been a whirlwind.

I promise to get back to real blogging soon. In the meantime, I thought I’d gather a bunch of my book-related information in one place. This isn’t everything–I’ve been doing oodles of radio interviews and podcasts, and there’ve been excerpts and reviews in more publications than I can keep track of–but I’ve tried to collect some of the highlights. I’ll continue to update this page as new links go live.

The Book: Read more about the book here.

Orders: You can order the book online–through Amazon, Barnes & Noble, IndieBound, Powell’s, or iTunes–or pick up a copy at your local bookstore.

Reviews: Read some reviews here.

Upcoming Events: See a list of upcoming events here.

Excerpts

Interviews: I’ve been doing lots of interviews about the book. Here are a few highlights.

Category: Biotechnology, Books, Frankenstein's Cat | Leave a comment

Frankenstein’s Cat Book Tour

It’s hard to believe, but after three long years of work, the release of my book, Frankenstein’s Cat, is finally imminent! (It will be out on March 12. You can order a copy at AmazonBarnes & NobleIndieBoundPowell’s, or the iBookstore.)

My publicist at FSG has set up a great slate of readings and events for me. I’ll be all over the country in the next few months–I’d love to see you if I’m in your neighborhood!

Here’s the calendar so far:

March 2, 2013
Tempe, AZ
1:30 PM
Cyborg Salon
Emerge Conference

March 11, 2013
Portland, OR
7:00 PM
Oregon Museum of Science and Industry
Science Pub Night
More information

March 14, 2013
Seattle, WA
7:30 PM
Town Hall Seattle
More information

March 19, 2013
Washington, DC
7:00 PM
Politics & Prose
More information

March 26, 2013
New York, NY
7:00 PM
True Story: Nonfiction at KGB Reading Series
KGB Bar

March 29, 2013
Brooklyn, NY
8:00 PM
Observatory

April 9, 2013
Westport, CT
7:30 PM
Westport Public Library
More information

April 17, 2013
Cambridge, MA
7:00 PM
Museum of Science & Nerd Nite Boston
Science Author Salon
Middlesex Lounge

April 18, 2013
Cambridge, MA
7:00 PM
MIT
Building 56, Room 114

June 1, 2013
Arlington, VA
5:30 PM
One More Page Books

July 17, 2013
New York, NY
6:30 PM
New York Public Library
Mid-Manhattan Library

Category: Books, Frankenstein's Cat | Leave a comment

Wildlife Tracking Addendum (Multimedia Edition)

Last week, I had an op-ed in the New York Times about wildlife tracking–and how modern communications technologies can foster closer relationships with animals.

I got some interesting responses to the piece, including pointers to a few interesting multimedia projects that tap into some of the ideas I discussed. So without further ado:

1. Much of the op-ed followed on the tracking of gray wolves in Yellowstone National Park and the tragic death of a tagged wolf known as wolf 832F. Wolf 832F was shot by a rancher when she wandered outside the park’s boundaries. After my op-ed appeared, Brooks Fahy sent me a link to The Imperiled American Wolf, a 9-minute documentary, made by the nonprofit Predator Defense, about the hunting and trapping of wolves. You can watch the full video here.

2. Someone on Twitter (unfortunately, I can no longer remember who–if it was you, thanks!) steered me toward Bear 71, which calls itself “an interactive documentary.” I’m not sure what I’d call it, but it’s a pretty innovative and interesting experience–and a provocative look at human monitoring of the wild world. You’ve really got to check it out for yourself.

3. Artist Julie Freeman sent me an e-mail about her work The Lake, a piece of digital art tied to the movements of wild fish. As Freeman explains it on her website, “The work used hydrophones, custom software and advanced technology to track the electronically tagged fish in the circular Fringe Lake and translate their movement into an audio visual experience.” Read more here or here.

I don’t have a whole lot of details on any of these projects, but they’re worth checking out on your own.

Category: Animals, Biotechnology, Technology | 1 Comment

Silencing Epilepsy With A Flash of Light

Traditionally, scientists and doctors have sent messages to our brain cells in one of two ways: electrically (via electrodes or chips implanted in the brain) or chemically (hello Xanax, Zoloft, and Ativan). But one of the hottest new fields in science is optogenetics, in which scientists engineer neurons to fire in response to flashes of light.

This improbable and astonishing development makes use of specialized proteins called opsins, which are naturally present in plants, fungi, and bacteria and allow these organisms to respond to light. (Opsins are also present in animal eyes, but optogeneticists tend to use forms of the proteins that are derived from “simpler” lifeforms.) Scientists can take the genes that code for these opsins and inject them directly into the brain, where some neurons will take the foreign DNA segments up into their own genomes. The nerve cells will then start churning out opsins.

Once inside a neuron, opsins work as light-activated channels, regulating the flow of electrically charged particles, or ions, into the cell. Hit the neuron with light, and the channel will open; ions will flow into the cell and change the voltage inside. There are many different kinds of opsins, and they have varied effects–some allow positively charged ions into the neuron and trigger the cell to fire. Others grant entry to negatively charged ions, making a neuron less likely to fire.

By modifying different kinds of neurons to express different types of opsins, scientists can make living brains selectively responsive to light–shine a blue light on the brain, for instance, and some neurons will start firing away. Shine an orange light on the brain and other neurons will go silent.
Continue reading »

Category: Medicine, Neuroscience | Leave a comment

ScienceOnline and Book Galleys

I’m down in North Carolina for a few days for one of my favorite events of the year: Science Online. The gathering is a chance for all of us science journalists, bloggers, and communicators to swap tips and tricks, discuss the future of the field, and just do some good old fashioned socializing at the hotel bar.

As you might expect, many of the 450 science writers who attend each year’s conference have recently written books, and one of the highlights of the conference each year is the chance to peruse these titles–and then win one (or more) to take home. (Last year, I got a copy of Richard Coniff’s The Species Seekers and a galley of Charle Duhigg’s about-to-be-released The Power of Habit.)

This year, I’m especially excited about the book giveaway, because my publisher (Scientific American / Farrar, Straus and Giroux) has been kind enough to send 200 (!) galleys of my book, Frankenstein’s Catdown to the conference. This was incredibly generous of them–and will give 200 people a chance to snag a copy of the book before it’s even released. (The book will be published in March.)

If you manage to get your hands on a galley, I’d love to know what you think. If you didn’t make it to the conference this year, or don’t walk away with a copy, never fear–there’s still plenty of time to pre-order the book, which you can do right here.

Category: Books | Leave a comment

Dog Tails and Social Signaling: The Long and the Short of It

My dog’s tail is a study in perpetual motion. It wags when he’s happy and when he’s nervous, when he leaves a room and when he enters one, when he stands in a doorway snorting at me in an attempt to communicate his desperate desire for a walk or a toy or a treat. Even late at night, when I’m reading in bed and he’s asleep on the floor beside me, I’ll hear the thwap! thwap! thwap! of his tail, twitching while he slumbers.

Dogs may not have voices, but they have very active tails, and they rely heavily on these furry appendages to communicate. A fast, wagging tail can signal excitement and playfulness, whereas a tail tucked between the legs is a sign of submission. A dog that’s feeling aroused, confident, or aggressive may hold his tail up high, while a relaxed pooch lets his tail hang down lower and looser. These tail movements provide important clues about how a dog is feeling–especially to other canines that may be sharing the same sidewalk or dog park.

That’s another reason, experts have argued, to object to tail docking, a barbaric procedure in which several inches of a puppy’s tail are amputated, often without anesthesia. The pain and suffering that cosmetic tail docking can cause are reason enough to oppose the practice, and they are, indeed, the most commonly mentioned objections. Less often discussed, however, is the possibility that removing  most of a dog’s tail may actually hamper its ability to communicate with the rest of its species.

I recently came across an ingenious little study that illuminates this problem. The study–run by two biologists at Canada’s University of Victoria and published in the journal Behavior in 2008–makes use of my new favorite experimental apparatus: a life-sized robotic dog.
Continue reading »

Category: Animals, Pets | 9 Comments

Small Wonders: January 2, 2013

I thought I’d kick off the new year with a new installment of Small Wonders. In this edition: “olfactory white,” the end of mine-hunting dolphins, and what science owes the Twinkie.

* Crafty spiders build decoy spiders to fool predators.

* A Mars rover made of gingerbread.

* A brilliant Twitter bot mimics Tourettes–and seems strangely intelligent.

* The strange science of “olfactory white.”

* How guns became gadgets (“Guns, unlike almost every other technology, are unique in that the more they improve, the less safe they become.”)

* The NIH lab chimps retire, decamp for a sanctuary.

* Relatedly, the U.S. Navy’s mine-hunting dolphins are also set to retire.

* The story behind the greatest hoodie ever made.

* “How to print an organ on your inkjet.”

* Paging Dr. Doolittle: animal communication and language.

* We’ve left a shameful amount of trash on the Moon.

* The best charts of 2012.

Twinkies have played a starring role in many classroom science experiments.

* A chilling verdict for a French psychiatrist.

* The trouble with genopolitics.

* One health writer posts his annual round-up of “PR crap” he’s received in the past year.

* The world of toothbrush innovation: 138 (!) patents related to toothbrushes were issued this year.

* An island in Japan is overrun with cats.

* “We are all mosaics.”

 

Category: Small Wonders | Leave a comment

Is Something Fishy In the White House?

See updates below.

Jon Entine, the executive director of the Genetic Literacy Project, has an incredible story in Slate that explores whether political considerations have trumped science in the case of AquAdvantage salmon, an Atlantic salmon genetically engineered to reach its adult size twice as fast as unmodified salmon.

AquaBounty, the Massachusetts firm trying to bring the fish to market, applied for FDA approval in 1995; twelve seventeen [[apologies for the silly math error!]] years later, it’s still awaiting a verdict. Entine suggests that the hold-up isn’t with the FDA itself, but with the White House. As he writes:

The Genetic Literacy Project (GLP), which I direct, has learned that in April, the FDA completed its draft environmental assessment (EA), the final step in its scientific evaluation. The agency confirmed that the salmon is safe to eat and poses no serious environmental hazards. The approval document had made its way through every appropriate agency in an interagency review process coordinated by the Office of Science and Technology Policy (OSTP), which oversees the president’s science policies and is empowered to enforce integrity guidelines.

But within days of the expected public release of the EA this spring, the application was frozen. The delay, sources within the government say, came after meetings with the White House, which was debating the political implications of approving the GM salmon, a move likely to infuriate a portion of its base.

Everyone who believes in sound science should be troubled by this. As Entine outlines, the FDA’s own experts, as well as many independent scientists, agree that the salmon pose virtually no risk to either humans or the environment.

If the FDA doesn’t ultimately approve the salmon–or doesn’t do so before AquaBounty runs out of funds–it will put a serious chill on biotechnological innovation in this country. In fact, in doing research for my forthcoming book on animal biotechnology, I talked to researchers like James Murray, of the University of California-Davis, who is moving his transgenic animal operation to Brazil, a country that’s been more willing to embrace GMOs. (Murray has engineered transgenic goats whose milk contains elevated levels of lysozyme, an anti-bacterial compound. He hopes that this super-charged milk could be used to prevent and treat diarrheal disease, which claims the lives of more than 2 million children every year.)

Entine also spoke with Murray, who expressed his frustration with the situation in the U.S.:

“When you don’t have a regulatory pathway forward and the government doesn’t support research in this area, what company will invest in this field?” he asked. “None. The AquaBounty situation is just confirmation of a hopelessly politicized process.”

The future of animal genetics is so dire, universities are killing off courses. “My program started off doing genetic engineering,” said Alison Van Eenennaam, a University of California–Davis animal scientist who co-authored a scathing article for Nature Biotechnology on the broken approval process. “I couldn’t get any government funding for my work in this area, so I shut the program down. Why would I train graduate students for jobs that won’t exist?”

If AquaBounty can’t make it through the regulatory and political quagmire, despite doing everything right, future entrepreneurs and scientists won’t even bother to try. And we could find ourselves losing out as other nations reap the economic, environmental, and health benefits that GMOs can bring. As Murray told me when I visited him in Davis, California last year, “We’re producing useful animals and sending them offshore.”

Hop on over to Slate to read the full story and check out the Genetic Literacy Project for more information.

UPDATE (December 21, 12:30 p.m.): Jon Entine tells me that today, two days after his Slate story appeared, the FDA released its Environmental Assessment, which includes the agency’s conclusion that “approval of the AquAdvantage Salmon … will not jeopardize the continued existence of United States populations of threatened or endangered Atlantic salmon, or result in the destruction or adverse modification of their critical habitat…” You can read the full assessment on the agency’s website.

UPDATE 2 (December 21, 3:30 p.m.): Entine now has a new update at Slate about the latest turn of events, as well as a piece over at Forbes about the White House’s reversal.  

 

Category: Animals, Biotechnology, Food, Genetic Modification | Leave a comment