Ultrasound For Pigs

Today's portable ultrasound machine for swine pregnancy are less costly, more durable, more portable. However, not every swine ultrasound machine has the same resolution for displaying tiny structures. This is dependent on the display swine ultrasound machine's circuitry.

Simple A-mode ultrasound machines were used to diagnose swine pregnancy using ultrasonography. Real-time B mode ultrasound devices were modified as technology improved to assess swine reproductive function, including pregnancy detection and assessing reproductive state. Today’s ultrasound machines are less costly, more durable, more portable than comparable medical equipment. However, not every swine ultrasound machine has the same resolution for displaying tiny structures. This is dependent on the transducer’s and the display swine ultrasound machine’s circuitry.

Ultrasound For Pigs
The principle behind ultrasound is that when an electric current is applied, specific crystal kinds within transducers (or probes) vibrate and create ultrasonic waves. The reflected ultrasonic waves can be sent and received by the same crystals. The 3.5 megahertz (MHz) probe contains larger crystals. Though the animal is deeply penetrated by the low frequency ultrasonic waves produced by this probe, the resolution is often poor (ability to discern structures). In contrast, the high frequency ultrasonic waves produced by the 5.0 and 7.5 MHz transducers travel across shorter distances, leading to substantially greater picture resolution.

The availability of these various transducers implies that a decision may be made between shallow imaging with better image resolution or deeper imaging with lower picture resolution. The transducer’s crystal arrangement allows for additional customization in order to change the picture field that is seen. Convex or sector probes provide an image that resembles a slice of pie and is narrower closest to the transducer and gradually gets broader at greater distances from the source. Linear probes produce a rectangular, two-dimensional picture. When the target organ of interest is deeper within the body and its exact location is uncertain, wide viewing is helpful.

Portable Ultrasound Machine For Swine Pregnancy
The portable ultrasound machine for swine pregnancy have frequently been used to see the embryonic vesicle (embryonic fluid in the uterus) commencing some time after the third week but before the fifth week after breeding while examining early pregnancy in the pig.

The 3.5 MHz probe has historically been placed externally to the female’s abdomen in production settings. The 5.0 MHz probe has been utilized less commonly in commercial settings due to its lesser penetration depth, although being more sensitive and accurate. When RTU is used >24 to 28 days after mating, the portable ultrasound machine for swine pregnancy has proven successful and dependable. In contrast to examination at later stages of pregnancy, both sensitivity and accuracy seem to be considerably diminished when this method is carried out before day 24.Due to the capacity to see the embryonic vesicle while performing external RTU after d 24, the accuracy of pregnancy identification soon beats the less expensive traditional A-mode equipment. The transducer is often placed on the lower abdomen, directly in front of the back leg, for external application. Only the 3.5 MHz transducer can generally penetrate far enough for this procedure to be useful since the early pregnant uterus is situated close to the pelvis.

Early ultrasound for pigs can also provide useful information. For instance, if females are discovered to be non-pregnant between days 18 and 21 after mating, they can be examined more closely for estrus, bred as soon as they become fertile, or killed if they are unable to exhibit estrus. Real-time imaging’s quick pregnancy detection may also help researchers understand why animals who are found to be pregnant between days 21 and 25 fail to keep their pregnancy and repeatedly go into estrus.

Eaceni is a handheld ultrasound machine manufacturer.We are committed to innovation in diagnostic ultrasound and medical imaging. Driven by innovation and inspired by customer demand and trust, Eaceni is now on its way to becoming a competitive brand in healthcare, making healthcare accessible globally.