Russian Cats Walk Again with 3D Printed Titanium Prosthetic Paws

We’ve seen cats with 3D printed artificial knees, using 3D printed wheelchairs, and even 3D printed prosthetic legs for cats, but this is a first for me – a Russian veterinarian has given two street cats four 3D printed prosthetic paws each. That’s right – each feline now walks only on 3D printed prosthetics.

Ryzhik the cat, who lost all four paws and got 3D printed titanium prosthetics in 2019, is seen at the veterinarian clinic in Novosibirsk, Russia February 2, 2020. (Image: REUTERS/Vladislav Nekrasov)

The first is Ryzhik, which is Russian for “red” or “ginger.” A few years ago, animal protection volunteers found the red tabby wandering the icy streets of Tomsk in Siberia, with all four of his paws frozen; he would have died if they hadn’t rescued him. They then traveled 130 miles to bring him to veterinarian Sergei Gorshkov at his clinic in Novosibirsk.

“Generally these cats try to keep themselves warm and stand up on the tips of their paws. Their paws, ears, noses and tails can freeze,” Gorshkov said.

He explained that during the freezing Siberian winters, his clinic typically treats at least five to seven cats due to frostbite in their paws, ears, and noses. In more severe cases, the tissue can die and must be amputated. This is what happened to Ryzhik – all four of his frostbitten feet had to be removed. As heartbreaking as this is, Gorshkov had a plan to help him walk again, using 3D printed titanium implants.

(Image: REUTERS/Vladislav Nekrasov)

According to the veterinarian, Ryzhik is one of the world’s first cats to have four titanium paws implanted into his bones using a technique that’s similar to giving humans dental implants. The second is four-year-old Dymka, which means “mist” or “haze” in Russian. The silky gray female was found in Novosibirsk by a passing driver in the snow, who brought her to Gorshkov.

“There are two likely scenarios: Either she ran away or she fell out of the window. Unfortunately, frostbite in animals is a very real problem in Siberia,” the veterinarian said last summer after she was found.

Dymka is standing tall on her new titanium paws. (Image: © Kirill Kukhmar/TASS/Getty)

In addition to losing all four of her feet, poor Dymka also had her ears and tail amputated due to the frostbite. He could have euthanized her, but Gorshkov doesn’t shy away from a challenge. The veterinarian and his colleagues worked with the BEST Veterinary Clinic and researchers from Tomsk Polytechnic University to create 3D printed prosthetics for her.

CT X-ray scans were used to model and 3D print the titanium rod implants for the cat, which were then inserted and fused into her leg bones. The team also created, and applied, a bio-coating of calcium phosphate to help minimize the risk of rejection and infection, as well as mount the implants into her leg bones. The implants end in “feet” with textured bottoms, made of flexible black material for easy movement.

Dymka received her 3D printed prosthetic implants this summer, with the front legs implanted first and the hind legs following a few weeks later. The clinic posted a video recently – seven months after her new paws were attached – that shows the cat is doing just fine.

“She runs, jumps and plays. Her owner sends videos of how she moves. It’s a great result. We are very pleased. We did not expect this,” Gorshkov said.

She now lives the life a typical house cat 190 miles southeast of Novosibirsk, in Novokuznetsk, with her new owner – the woman who found her in the snow.

Veterinarian Sergei Gorshkov holds his patient Ryzhik the cat. (Image: REUTERS/Vladislav Nekrasov)

According to Novosibirsk News, Dymka and fellow bionic cat Ryzhik met at the clinic while she was being treated, as the orange tabby lives there now after his 3D printed prosthetic paws were successfully implanted. Gorshkov has also created prosthetic paws for small dogs, but did say that the technology does not necessarily apply to any animal that requires an artificial limb.

Discuss this story and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.

The post Russian Cats Walk Again with 3D Printed Titanium Prosthetic Paws appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

Moving Laser Game for Cats with #raspberrypi @Raspberry_Pi #piday

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From, enzo on hackster.io:

Our lovely cat is often alone at home. We decided to create a device that could entertain him.

The device remains in stand by until the cat presence is detected by the PIR sensor.

Read more


3055 06Each Friday is PiDay here at Adafruit! Be sure to check out our posts, tutorials and new Raspberry Pi related products. Adafruit has the largest and best selection of Raspberry Pi accessories and all the code & tutorials to get you up and running in no time!

The quest for an ideal cat beacon

The quest of a beacon for cats

Via the About using electronic stuff blog: One day their beloved cat Milo went missing

…fortunately the worst things I started to imagine were false. Mio came back home. We conclude she might be being locked by mistake in a barn from the neighborhood. That’s where started the idea of a small RF beacon for Mio. It should to be very small, at least a month of battery life, and can enable a kind of search with a receiver.

Some tests were done with three different RF modules:

  • A basic 315Mhz transmitter
  • LoRa module based on SX1278 at 433MHz
  • ST electronics module base on SPIRIT1 at 868Mhz

The quest of a beacon for cats (part 1)

3D cases were printed for each module to use with a 3V coin cell. Studies started with the ST module:

I’m not sure about the reception range, is it enough to locate the beacon by walking around in the village? That’s why I should continue to study the other solutions. For example, I just saw it exists with a 433MHz ceramic antenna as well. Maybe it enables the use of the LoRa module at low power. They are still interesting as their modulation scheme makes the reception very sensitive.

This post is part 1 of a multipart investigation – we look forward to additional work.

The quest of a beacon for cats (part 1)

 

Adafruit Weekly Editorial Round-Up: September 10th through September 17th

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ADAFRUIT WEEKLY EDITORIAL ROUND-UP


We’ve got so much happening here at Adafruit that it’s not always easy to keep up! Don’t fret, we’ve got you covered. Each week we’ll be posting a handy round-up of what we’ve been up to, ranging from learn guides to blog articles, videos, and more.


BLOG

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TrackTalk004: Toothpaste – “Bedtime”

We previously featured London’s Toothpaste back in January in the MusicMakers004 Q&A with their bassist, engineer and producer Daisy Edwards. As a gifted producer, multi-instrumentalist and academic, Edwards is one of the most prolific and experienced people we’ve been able to speak to about recording, gear and the customisation of recording set-ups and creative spaces.

With a new Toothpaste single just released, we were really keen to invite them back to the blog to talk us through the gorgeous “Bedtime” in our new TrackTalk series. Aptly titled, this is a hazy dream of a pop song carrying Amol Prabhu’s refrain of “drift a little deeper into paradise” through a fabulous sonic map of ‘80s pop and new wave. The rhythm section of Edwards and Sami Parisis’ is a real thing of beauty here, providing a thundering backbone for the gentle key flourishes, vocal introspections and exploratory guitar work. Building on 2017’s “TV Years” single, Toothpaste continue to offer something unique and special and it’ll be exciting to see how their deceptively poppy sound develops with whatever comes next. With such an effortless sound you’d likely have no idea of the process and complications involved in putting a piece of art like this together, so we’re doubly excited to have Edwards break down its evolution from solo demo through to mastering and release. So, dig in and get inspired. Read more!

More BLOG:


LEARN

Feather boards main3c

MIDI Solenoid Drummer: Use Crickit to build an automated percussive instrument.

This guide will show you how to build miniature percussion instrument which can be controlled via MIDI over USB. The example project is intended to serve as a jumping-off point for your own designs. Read about how I built mine, then experiment to make a unique instrument you can control with your computer. Learn more!

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Browse all that’s new in the Adafruit Learning System here!