Vet Mitt Lead Glove Pair

The purpose of World Turtle Day is to educate people about the things that they can do to protect the habitats of turtle and tortoises. The day was created as a yearly observance to help people celebrate and protect turtles and tortoises and their disappearing habitats around the world. The day is celebrated in a number of ways all over the world from dressing up as turtles or wearing green summer dresses, to saving turtles caught on highways, to research activities. Turtle Day lesson plans and craft projects encourage teaching about turtles in classrooms.

Radiography of turtles is routinely used for evaluation of traumatic injuries and the gastrointestinal and reproductive tract. An x-ray exam typically includes lateral and dorsoventral views. Additional collimated views of areas of interest are often obtained in specific species like the craniocaudal view   to complete the study.

Unlike dogs or cats, whole-body radiographs are taken of turtles in order to visualize the entire main body cavity. In addition, horizontal beam radiographs of turtles and tortoises are important for visualization of the lungs. Turtles can undergo x-ray exams awake, but general anesthesia is sometimes required to ensure good-quality positioning. Conscious turtles and tortoises have the ability to hold their extremities and head within or close to their shells. In the instance of fracture, sedation or anesthesia may be needed to relax the neck or extremity and isolate it, avoiding superimposition with the shell, for a more complete evaluation. Radiographs provide critical information that can greatly affect the outcome of rehabilitation efforts

Z&Z Medical is proud to offer the imaging tools necessary for imaging turtles and tortoises. Popular items like Cassette Holders, Vinyl Bolsters, Radiation Protection items, and other Immobilizers are available on our website and also in the Veterinary section on our website to browse the many accessories that we offer.

January 21st marks an extraordinary celebration in the realm of nature enthusiasts - Squirrel Appreciation Day! This day is dedicated to honoring these acrobatic, bushy-tailed creatures that often scamper around our parks, forests, and even urban neighborhoods. Beyond reveling in their playful antics and undeniable charm, there's a fascinating aspect to squirrels that might surprise many: X-raying squirrels.

Yes, you read that right! X-raying squirrels is a unique endeavor undertaken by researchers to uncover the mysteries of these agile rodents. But why x-ray squirrels, you might wonder?

Squirrels, with their penchant for climbing, jumping, and darting through tight spaces, have skeletal structures and anatomical adaptations that facilitate their incredible agility. Understanding these adaptations is key to appreciating the sheer athleticism and survival strategies squirrels possess.

Researchers, through the marvels of technology like X-ray imaging, delve into the inner workings of squirrels' bodies. X-rays reveal intricate details of their bones and joints, shedding light on how these creatures navigate their environments with such remarkable finesse. From their flexible spines that aid in swift movement to specialized joints and sturdy limbs, every aspect of their anatomy is a testament to their evolutionary prowess.

Moreover, x-raying squirrels provides invaluable insights into their behaviors, such as how they leap from branch to branch with precision, negotiate complex environments, and even survive falls from considerable heights.

However, Squirrel Appreciation Day is not just about the scientific marvels of x-raying these delightful creatures. It's also a time to acknowledge their significance in our ecosystems. Squirrels play crucial roles in seed dispersal, helping forests thrive by burying nuts and seeds, inadvertently planting the next generation of trees.

Their playful antics and industrious nature entertain and educate us, sparking curiosity and a love for wildlife in both children and adults. Creating awareness about their importance in our ecosystems encourages efforts to protect their habitats and ensure their well-being.

As we celebrate Squirrel Appreciation Day, let's take a moment to marvel at the wonders of these furry acrobats. Whether observing them in our backyard, learning about their behaviors, or appreciating the marvels of technology that reveal their inner workings through x-rays, let's continue to cherish and protect these charismatic creatures that share our world. After all, in their tiny paws lies a world of boundless energy, intelligence, and adaptability that deserves our admiration and preservation.

In the world of adorable creatures, few capture our hearts quite like penguins. With their dapper tuxedo-like appearance and endearing waddle, these flightless birds have charmed their way into popular culture and our affections. Every year on January 20th, Penguin Awareness Day is celebrated worldwide to honor these fascinating and resilient creatures, while also raising awareness about their conservation and about them!

How many bones do penguins have?  

I’m always fascinated with x-raying animals and when a veterinarian has to take X-rays of an injured bird that might have a broken bone, is sick or having difficulty moving, things can get pretty interesting. While penguins might look like simple, torpedo-shaped ice-waddlers, their bodies are actually quite complex. Even though they look nothing like people or animals you may encounter every day – like dogs and cats – they have similar skeletons and joints. They even have knees and elbows, but have about half as many bones. A human skeleton is made up of 206 bones. A penguin has just 112 in its whole body.

Bird bones in general are unique. They are lightweight and hollow, which allows the animal to take flight. Because birds need a lot of oxygen for an intense activity like flying, their bones are filled with spaces for air and they also have nine air sacs that surround their lungs. But wait, you might be thinking, “Penguins don’t fly at all.” That’s right, they evolved for a life on land and in the water, and they have a unique skeleton compared to many other birds.

The first penguins, which appeared shortly after the dinosaurs went extinct about 66 million years ago, were flightless. Ten million years later, they had become great swimmers. Present-day species spend up to 75% of their time in the ocean. That meant they had to grow heavier so they could dive underwater to hunt for food.

Penguins developed dense and heft bones that don’t have the air pockets that flying birds have. That helped make up for the air sacs around their lungs. Their bulky bones keep them from floating up to the water’s surface, like a scuba diver who straps on a weight belt to submerge. Penguins’ wings are also different because these birds need to swim, not soar into the sky. Penguins’ wings morphed into what look like short, flat, stiff fins that don’t bend like flying birds’ do. They also have fewer bones than other birds. Their wings act like paddles, helping them race through the water at high speeds. Gentoo penguins can swim up to 22 mph.That’s much faster than Olympic champion swimmer Michael Phelps, who broke a world record for humans at 5.5 mph.

The combination of hefty bones and powerful finlike wings allows penguins to descend quickly and dive incredibly deep to hunt for fish, krill and other food. An emperor penguin can go down to at least 1,500 feet, which is about the length of five football fields. Thanks to their fewer number of dense bones and other cool adaptations, penguins are champions of open water.

Penguins also need x-rays from time to time. So Z&Z Medical is prepared to offer a wide variety of imaging accessories for the top notch veterinarians that take care of our Penguin friends.  Visit Z&Z Medical website today to order your veterinary accessories and supplies.

Hug Your Cat Day, sometimes referred to as National Hug Your Cat Day, is an unofficial holiday celebrated on June 4. It is a perfect opportunity for all cat owners to express a little extra love to their furry companions. The origin of Hug Your Cat is unknown, but do you really need justification to give a hug to your furry friend? Go ahead and give your cat a big squeeze!

If your cat is a cuddler, consider yourself lucky. You can curl up on your couch, cuddling with your cat. In case your pet is not fond of hugs, make it quick and beware of claws. If you don’t have your own cat to hug, ask a friend who owns a cat to lend you their pet for some much needed cuddling. We are sure they won’t deny you! Or you can adopt a cat from a local shelter and hug your new pet as much as you want.

While today is the day to love on cats, keep in mind that good health and regular visits to the veterinarian for checkups is important. Z&Z Medical carries a full line of imaging accessories to help veterinary facilities image our furry friends. Keep us in mind when you need to update your facility for positioning accessories or radiation protection.

The purpose of World Turtle Day is to educate people about the things that they can do to protect the habitats of turtle and tortoises. The day was created as a yearly observance to help people celebrate and protect turtles and tortoises and their disappearing habitats around the world. The day is celebrated in a number of ways all over the world from dressing up as turtles or wearing green summer dresses, to saving turtles caught on highways, to research activities. Turtle Day lesson plans and craft projects encourage teaching about turtles in classrooms.

Radiography of turtles is routinely used for evaluation of traumatic injuries and the gastrointestinal and reproductive tract. An x-ray exam typically includes lateral and dorsoventral views. Additional collimated views of areas of interest are often obtained in specific species like the craniocaudal view   to complete the study.

Unlike dogs or cats, whole-body radiographs are taken of turtles in order to visualize the entire main body cavity. In addition, horizontal beam radiographs of turtles and tortoises are important for visualization of the lungs. Turtles can undergo x-ray exams awake, but general anesthesia is sometimes required to ensure good-quality positioning. Conscious turtles and tortoises have the ability to hold their extremities and head within or close to their shells. In the instance of fracture, sedation or anesthesia may be needed to relax the neck or extremity and isolate it, avoiding superimposition with the shell, for a more complete evaluation. Radiographs provide critical information that can greatly affect the outcome of rehabilitation efforts

Z&Z Medical is proud to offer the imaging tools necessary for imaging turtles and tortoises. Popular items like Cassette Holders, Vinyl Bolsters, Radiation Protection items, and other Immobilizers are available on our website and also in the Veterinary section on our website to browse the many accessories that we offer.

Veterinary radiology is a specialized field that requires a unique set of skills to be successful. Here are three key skills that are essential for any veterinarian interested in pursuing a career in radiology:

1. Strong diagnostic skills: Radiologists are responsible for interpreting diagnostic images and identifying any abnormalities or issues that may be present. Strong diagnostic skills are essential for accurately interpreting images and making accurate diagnoses.
2. Knowledge of anatomy: A deep understanding of animal anatomy is critical for interpreting radiographic images. Radiologists need to know the normal appearance of various structures within the body in order to identify any abnormalities.
3. Communication skills: Radiologists often work as part of a larger team, and must be able to effectively communicate their findings and recommendations to other members of the team. Good communication skills are essential for working effectively with other veterinary professionals and with clients.

These three skills are essential for any veterinarian interested in pursuing a career in radiology. With the right combination of knowledge, skills, and experience, veterinarians can become experts in the field of veterinary radiology and make a valuable contribution to the health and well-being of animals.

Z&Z Medical understands the importance of having excellent x-ray images for interpretation and offer a wide array of Veterinary Imaging Accessories, Veterinary Equipment, and Veterinary Interpretation Reading Monitors. Our customer service team is always available should you have any questions. We can be reached at info@zzmedical.com or via our Live Chat option on our website Monday - Friday 8-4 CST.

Veterinarians and veterinary technicians are at risk of exposure to radiation while performing X-ray procedures on animals. To protect their hands from radiation, it's important that they use appropriate hand protection. Z&Z Medical offers a range of X-ray gloves and mitts specifically designed for veterinarians and veterinary technicians. The X-ray gloves and mitts from Z&Z Medical are made from high-quality materials that provide excellent protection against radiation. The gloves and mitts are made with lead or lead equivalent materials that effectively blocks and decreaes the radiation before it reaches the hand.

One of the benefits of the Veterinary X-ray gloves and mitts from Z&Z Medical is that they are specifically designed for the hands of veterinarians and veterinary technicians. They are available in different sizes to ensure a proper fit and are also designed to allow for flexibility and dexterity of the fingers, which is important for handling small animals during x-ray imaging procedures. The gloves and mitts are also easy to clean and maintain.  

In conclusion, X-ray gloves and mitts from Z&Z Medical are an essential piece of personal protective equipment for veterinarians and veterinary technicians who perform X-ray procedures on animals. The high-quality materials, comfortable fit and easy maintenance make them a great choice for any veterinary facility.  

At Z&Z Medical, we take veterinary radiation safety seriously. We understand that working with x-ray technology can be hazardous, and we are committed to providing veterinarians and other professionals with the tools and resources they need to protect themselves and their patients from radiation exposure.

One key aspect of radiation safety is the use of protective gear, such as glasses, gloves, and aprons. These items are made of materials that are designed to reduce scatter radiation, and they are an essential part of any radiation safety program.

We offer a wide range of protective gear specifically designed for use in the veterinary field, including glasses, gloves, and aprons that are comfortable and easy to use. Our glasses are made with durable materials and are designed to protect the eyes from scatter radiation exposure, while our gloves and aprons are made with lead or other radiation-blocking materials to protect the hands and body.

In addition to protective gear, we also offer a range of other products and resources to help veterinarians and other professionals stay safe when working with x-ray technology. This includes safety signage, training materials, and other resources that can help to educate and inform professionals about the hazards of radiation and how to minimize the risks.

Overall, we are committed to helping veterinarians and other professionals stay safe when working with x-ray technology, and we are proud to offer a wide range of products and resources to help them do so. So, if you're looking for high-quality protective gear or other resources to help keep your team safe, be sure to check out the offerings from Z&Z Medical.

Radiography is vital to the best practice of veterinary medicine because it enables the understanding and diagnosis of a variety of health issues. Accompanying these benefits, however, are risk factors associated with radiation exposure, which every veterinary professional should take seriously. Veterinary technicians are particularly at risk, as they are typically responsible for capturing the X-ray images. They carefully position animals to obtain the best image and often secure a squirming animal with their hands to get the best image.  Effective radiation safety requires a commitment from veterinarians and veterinary technicians, as well as any other personnel who work in proximity to radiology equipment. For a veterinary technician, obtaining a radiograph is a routine assignment, and the cumulative effects of daily exposure to small amounts of radiation are a serious concern.  Even small doses add up. Exposure precautions are always the best defense.

Steps can be taken to ensure that doses are as low as reasonably achievable. The ALARA (as low as reasonably achievable) principle aims to lower radiation doses in the workplace by leveraging practical, cost-effective measures. To maintain doses as low as reasonably achievable, veterinary staff should follow three simple safety principles:

• Time: Use the shortest exposure time possible, limit time in the X-ray suite, and avoid retakes by using your technique chart.
• Distance: Stay as far away from the radiation source as practical by using sedation to allow for the use of sandbags and other nonmanual restraints as well as hands-free methods.
• Shielding: Use absorber materials like lead aprons, gloves, and thyroid shields, as well as permanent barriers to capture X-rays.

Consider lower-dose digital imaging

One way to reduce radiation exposure is to replace older, film-based X-ray equipment with a digital radiography system. Compared to conventional X-ray equipment, digital imaging provides sharper, higher-resolution images with less radiation exposure. Digital radiography isn’t new, but it has advanced considerably in recent years. Manufacturers are working to lower the radiation dose veterinary professionals and patients receive through solutions such as new lower-dose veterinary radiography systems. These systems enable low-dose radiation image capture without sacrificing clear, high-quality images. When choosing a digital radiography system, look for a lower-dose system that also simplifies workflow from capture to storage, with the flexibility to view images on any device—at home, on the road, or in the office. Visit our website to see the latest in Veterinary Imaging Equipment and Radiation Safety Protection.

YES, we love celebrating our furry friends and keeping them healthy and safe. That also means making sure that we have all the necessary supplies and accessories needed to image them when the time occurs.

Sandbags can be used to pull limbs forward, backward, away from the area of interest and to stabilize the patient. Ideally, they will be made of an easy clean material. Our sandsocks are filled to about two-thirds full to keep them flexible and are offered in a variety of various lengths for any imaging procedure.   

Foam shapes are used to support areas and avoid limb/joint rotation. It is useful to have a variety of shapes and sizes including a mini set to use on cats and small dogs.   Wrapping in cling film is recommended as an infection control measure for those non coated positioners. Z&Z Medical also carries an array of closed cell foam positioners that are waterproof and are easily cleaned if they come in contact with blood, urine, or feces.

Veterinary Immobilizer cradles can used to support the main body of the animal in conjunction with sandbags, e.g. ventrodorsal (VD) extended view of the hips/pelvis.   

Z&Z Medical also carries a full line of left/right (L/R) markers that are used to identify which side/limb is being radiographed or which projection is being used.  Whatever Veterinary Accessory you need, Z&Z Medical is your one stop shop.  Start shopping today!

Radiography is vital to the best practice of veterinary medicine because it enables the understanding and diagnosis of and informs the treatment of a variety of health issues. Accompanying these benefits, however, are risk factors associated with radiation exposure, which every veterinary professional should take seriously.

Veterinary technicians are particularly at risk, as they are typically responsible for capturing X-ray images, or radiographs, of their animal patients. They need to carefully position the animal to obtain an accurate image, often needing to secure a squirming patient to get the best image. Lead gloves protect the holder from scatter radiation. Even when an animal is sedated and positioning devices are used, X-rays still scatter in all directions. Effective radiation safety requires a commitment from veterinarians and veterinary technicians, as well as any other personnel who work in proximity to radiology equipment because even small doses add up. It’s very important to wear lead aprons, thyroid collars, glasses and gloves anytime you have to hold an animal for an x-ray examination.

For a veterinary technician, obtaining a radiograph is a routine assignment, and the cumulative effects of daily exposure to small amounts of radiation are a serious concern. Well-documented evidence states that radiation exposure has long-term health consequences. Radiation safety philosophy is based on the conservative assumption that radiation dose and its biological effects on living tissues are modeled by a relationship known as the linear hypothesis.  Simply put, every radiation dose of any magnitude can produce some level of detrimental effects that may include increased risk of genetic mutations and cancer. So you can’t take radiation exposure lightly.

Lower the dose with the ALARA principle

Steps can be taken to ensure that doses are as low as reasonably achievable. The ALARA (as low as reasonably achievable) principle aims to lower radiation doses in the workplace by leveraging practical, cost-effective measures. To maintain doses as low as reasonably achievable, veterinary staff should follow three simple safety principles:¹

• Time: Use the shortest exposure time possible, limit time in the X-ray suite, and avoid retakes by using your technique chart.
• Distance: Stay as far away from the radiation source as practical by using sedation to allow for the use of sandbags and other nonmanual restraints as well as hands-free methods.
• Shielding: Use materials like lead aprons, gloves, glasses, and thyroid shields, as well as permanent barriers to protect from scatter X-rays.

Consider lower-dose digital imaging

One way to reduce radiation exposure is to replace older, film-based X-ray equipment with a digital radiography system. Compared to conventional X-ray equipment, digital imaging provides sharper, higher-resolution images with less radiation exposure. Digital radiography isn’t new, but it has advanced considerably in recent years. Manufacturers are working to lower the radiation dose veterinary professionals and patients receive through solutions such as new lower-dose veterinary radiography systems. These systems enable low-dose radiation image capture without sacrificing clear, high-quality images. 

Visit the Veterinary Category on our website to see all the supplies and accessories that Z&Z has to offer.  If you live in Iowa or are close by, visit our wide array of Veterinary X-Ray Equipment.

Running a veterinary clinic is no easy task: calming anxious pet owners, pacifying scared animals, and keeping your staff safe are all top priorities. But one of the biggest potential dangers to staff is exposure to ionizing radiation through X-rays. Running a safe clinic is not only good for your staff, it’s also good for business. Z&Z Medical takes Radiation Safety seriously and has a wide variety of protective devices, shields, and dosimetry badges to keep you in compliance and to keep your staff safe. Visit our website at www.zzmedical.com or email us at info@zzmedical.com to learn more.