1...Obtain the best image possible. 
Take the time to completely evacuate the rectum, and use plenty of lube for contact. If your ultrasound system provides variable frequency transducers, remember to operate at the highest frequency that still allows you enough depth to visualize all the pertinent structures; this will optimize the resolution of your image! You’ll acquire a higher quality (and larger!) ovary image scanning at 6cm than you will at 12cm. In addition, become familiar with your equipment; experiment with gain, contrast, and persistence in order to achieve the image that you desire.

It's funny because it’s true.... but don’t be this person! Overuse of gain can result in a washed out image and unnecessary noise. Before reaching for that gain control, consider your contact, transducer choice, and frequency.

All ultrasounds have gain control. It’s often a knob, button, and/or a series of sliders on the console, and it’s one of the most used and adjusted scanning parameters... but do you know what it really does?

Dr. Michelle Oakley, Yukon Vet, uses the IBEX^® EVO^® in the clinic, too. She is using the C6E probe [multi-frequency transducer, 4-9 MHz, 18 cm depth] to diagnose Barney, her canine patient.

Written by Glenn Selk, PhD. Beef Cattle Specialist Emeritus with the Oklahoma Cooperative Extension Service.

Now we have another good excuse to cull cows due to bad temperament. Producers that routinely breed cows artificially realize that cows that are unruly and nervous are less likely to conceive to artificial insemination. Presumably, the lowered conception rates were because they have been stressed as they are passed through the working facilities and restrained while being synchronized and inseminated. Research trials indicate, even in the serenity of a natural breeding pasture, cows with bad dispositions are less likely to conceive when mated with bulls.

For this latest blog installment, I have decided to go a bit off topic. As a small business owner, I am asked all the time—how, or more importantly why, do you run an engineering and manufacturing company in the U.S. these days. Well, it is a great question and one that keeps me up at night.

E.I. Medical Imaging, Loveland, CO

You cannot turn on the news, regardless of how you get your news, to hear the dismal stories of American manufacturing jobs leaving the US. We are not here to get into a political debate, but the statistics do not lie. Don’t get me wrong, things are improving, but of all small business firms in the US, only 2% are categorized as manufacturing firms.¹

Dr. Michelle Oakley, Yukon Vet, uses an IBEX^® EVO^® in the wild. She is using the L6E probe [linear transducer, 5-8 MHz, 18 cm depth] and wearing our latest high-resolution i3 goggles.

It's that time—time to trade-in to trade-up to the latest ultrasound technology for equine reproduction.
Trade in any manufacturer's ultrasound to earn $3000 or more toward purchase. Watch the video to learn more...

Click here to get more information on trading-in to trade-up for equine reproduction, or call us at 1.866.365.6596. To download details on upgrade options, click here.

With our next generation EVO^® II and FASTVet™, you can be using ultrasound EVERY DAY in your companion animal practice! 

With FASTVet™ techniques, you don’t need to be an expert sonographer to assess and monitor your patients. These are standardized, goal-directed exams that any veterinarian can easily learn and implement. Built-in procedural videos provide immediate assistance in performing FASTVet™ protocols. And in emergencies, no other tool offers such unparalleled, exigent diagnostic assistance.

All ultrasounds have gain control. It’s often a knob, button, and/or a series of sliders on the console, and it’s one of the most used and adjusted scanning parameters... but do you know what it really does?

Most people think of gain as a brightness adjuster, and while it’s true that turning your gain up will brighten the image, it’s helpful to understand how it actually works. Gain is a uniform amplification of the ultrasonic signal that is returning to the transducer after it travels through the tissue. So rather than brightening the monitor, the image on the screen is whitened by a uniform margin, as though the returning signal is stronger than it is, to make it easier to see.