By way of a device, called a therapeutic ultrasound, mastitis ultrasound is for the treatment of the inflammatory fluid congestion of mastitis. In clinic, we find it is also useful in the case of loosening clogs or blocked ducts. We’ve been using mastitis ultrasound for many years but it definitely has its limitations so don’t be swayed thinking ultrasound is the be all and end all for mastitis. I our experience it is a wonderful tissue primer (preparer of the tissue) for manual therapy massage techniques to drain the fluid of mastitis away. And just for the record, we are not talking about milk. Mastitis congestion (lumps/lumpiness) is not milk. It begins with milk but is eventually an inflammatory process that creates swelling of fluid in the breast. But we find that mastitis ultrasound with many other practitioners, is all they will do. Take a look at this article we wrote titled Why you Shouldn’t Settle for Mastitis Treatment that is Just Ultrasound.
Many people think ultrasound is an electrotherapy when in fact it’s mechanical energy.
When mechanical energy vibrates at increasing frequencies it’s called sound energy.
Humans can hear in a specific sound range (16hZ to 15-20kHZ), AND beyond this limit the mechanical vibration is known as ultrasound. So you cannot hear it at all.
The main focus of ultrasound is the vibration of the tissues and this is considered non-thermal (non-heat producing), however there will be a thermal (heat) component due to the vibration energy being produced.
Ultrasound occurs in waves (see diagram below). Tiny particles in the tissue will wiggle around a fixed point when exposed to the ultrasound wave, rather then move in a wave themselves
Any increase in the molecular vibration in that tissue may result in heat generation as we’ve mentioned, although most ultrasound usage doesn’t focus on this outcome of heat, and more around mobilising substances in tissues.
So with regard to frequency, the sound wave creates compression, so pushing particles together increasing density, and rarefaction which is moving them apart and decreasing the density. You can see it here in this diagram above.
There are ultrasound devices that have different wavelengths that are more suitable for different purposes and depths of tissue. Our machines are 1 and 3 MHz machines.
A 1MHz wavelength is 1.5mm and more suited to deeper tissues and a 3MHz wavelength is 0.5mm and more suited to superficial (more shallow) tissues
There are 2 categories of effects of ultrasound…
So one effect is thermal. If the tissue temp is raised to 40-45 degrees centigrade, there is an increase in blood flow will occur which is therapeutic to the tissues. The reason the increase in blood flow occurs is to cool the body tissue back down again.
Then there are the non-thermal (non-heat) ultrasoundeffects of which there are 2.
You can see the effect of ultrasound in water here, the bubbles swirling. It’s a simple example to show you the effect on fluid in your body.
So let’s take a look at the Mechanical changes and this occurs when the ultrasound is set to a pulsed (on/off or intermittent) mode. Its effect is associated with accelerated healing of tissue, and the response in the tissue is the potential to improve the milk flow and heal mastitis affected tissues
With regard to the thermal changes, this is when the Mode is a set to 100% or continuous. The effect is an increase in ultrasound absorption into the tissue creating a local heat response, and the response in the tissue is the potential to increase fluid flow, so milk, blood and lymph.
You need a conduction medium with ultrasound. Most people would just use the gel. Its got all the qualities you need in that it fills the air space between the skin and the ultrasound wand head, it’s fluid & it’s viscous so doesn’t run away like water would. It also has less disturbance to the ultrasound waves with minimal absorption of the wave also.
The obvious things are metal in the area which could be pacemakers in the chest region, malignancies and then bleeding disorders in tissues that are bleeding. This is less likely in the breast conditions that we are treating, mastitis, blocked ducts & engorgement, as bleeding is not part of the issues with these conditions.
You also want someone experienced with ultrasound treating you. In terms of precautions, the head must be kept moving otherwise the ultrasound energy builds up in that one area and that may cause tissue damage.
Actually not much at all. Ultrasound therapy is working on the tissue at a cellular (super small) level and so you actually don’t feel the vibrations occur. You may feel some gentle warmth coming from the head of the ultrasound wand, and the wand is moved gently over the skin with little compression of the tissue underneath.
Typically, ultrasound for mastitis is used for 3-6 minutes over the mastitis affected area. Some practitioners have used it for much longer, even 20m minutes duration but we have not found this to be a useful use of consultation time. Ultrasound is a great additional tool for mastitis treatment but hands-on manual therapy is our go-to for treatment after short bursts of ultrasound.
Yes absolutely! The ultrasound unit used for pregnancy is called a diagnostic ultrasound. The ultrasound waves enter the tissues and bounce back at varying rates dependent on how dense the underlying tissue is. It’s these differences in density that produce the picture on the screen.
We love using ultrasound therapy to treat mastitis. It has been a wonderful tool to add to our hands-on therapy.
We have found it effective for treating mastitis. At times it has greatly reduced the inflammation (redness) of the skin and women report that it can reduce the tenderness of the underlying breast tissue affected by mastitis.
No it is not an essential treatment. Mastitis will run its course (much like a cold virus does). The ultrasound may help you improve your symptoms, but once again it is not a treatment tool we use in isolation because it is not able to drain the fluid congestion of mastitis away through the natural drainage channels of the lymphatics system. That’s why we use hands-on therapy to support the ultrasound treatment for mastitis.
No. A breast abscess is detected with diagnostic ultrasound (the same as the pregnancy ultrasound pictures). Our practitioners however, have such sensitive hands and heads full of knowledge about the breast that we commonly identify abscess by feel and talking to the client about what has been going on with their case. With then refer to the GP or ED for a diagnostic (picture) ultrasound.
Call 9859 5059 or book in online with the button below.