The glutes

Tips and Tricks for Improving Multiple Sclerosis

Muscles We Love: The Glutes

Improve sit to stand, balance, posture, and walking with this easy-to-work muscle group can for people with multiple sclerosis (MS).

Sir Mix-A-Lot rapped about it, dances have been named after it. Kim Kardashian and J. Lo are known for it. Yep, you guessed it, I’m talking about the butt or, more properly, the glutes.

From a functionality standpoint, the glutes are arguably the most important muscle group in the entire body. That goes double for people with MS. The glutes play key roles in sit to stand, balance, posture, and gait. When they are weak, they can not only lead to problems with those activities but also to soreness in adjacent joints such as the hips and knees as a result of adjoining muscles trying to compensate. With excess atrophy, the sacrum becomes the primary weight-bearing area for the lower body in bed, which can lead to soreness, burning, and even pressure sores. So yeah, when it comes to MS, you definitely do not want to bring that weak-ass, er, ass.

Anatomical drawing showing the gluteus maximus, gluteus medius, and gluteus minimus, along with the pelvis and femurs.

Figure 1: The glutes consist of (from right) the gluteus maximus, which overlays the gluteus medialis and gluteus minimus.

The glutes are made up of three separate muscles: the gluteus maximus, the gluteus medius, and the gluteus minimus (see figure 1). Each has its own specific function. Although there is spillover among them, each should be worked differently for best results. There are plenty of classic exercises for the able-bodied. Perhaps more important for people living with MS, the glutes are very easy to strengthen using NMES.

The gluteus maximus

It’s been called the muscle that enables man to stand upright. The gluteus maximus is a hip extensor, and one of the most powerful muscles in the body. As a hip extensor, it opens up the hip joint, moving the thigh backward and the torso upward. It’s a crucial muscle in sit to stand, giving you the pop to spring up, and once you’re up, it helps keep your body extended. Don’t believe me about the glutes assisting with standing? Put on the electrodes as described below. Stand up at a counter or someplace you have a sturdy handhold and wait for the current to come on. Your hips will shift forward and you will stand up very straight.

How to work the gluteus maximus with NMES

The gluteus maximus is a large muscle, so you will use the symmetric waveform (large muscle setting). This means that the current spends the same amount of time flowing from the red electrode to the black electrode as from the black electrode to the red electrode (see Getting Started with NMES). This will be more comfortable at the higher currents you need to excite the muscle. It also means that you don’t have to worry about where you place the red electrode versus the black electrode. That means simple and simple is good.

Table 1: NMES settings for gluteus maximus

Figure 2: To work the gluteus maximus using NMES, apply rectangular electrodes oriented horizontally.

You will need two sets of rectangular electrodes. They should be placed horizontally with the electrode wires exiting to the outside (see figure 2). The positions shown are approximate. Everyone’s nerves are located in different positions. If you don’t get a strong muscle contraction, try repositioning the electrodes up or down until you do. Once you pull up your underwear (or not, if you go commando¾that’s between you and your god), gently adjust the wires until they are coming out of your waistband at the sides. This helps keep you from sitting on the wires.

The horizontal positioning ensures that the current runs vertically from one electrode to the other. If you switch the orientation and the current runs horizontally from electrode to electrode, it could excite the piriformis muscle, a small horizontal muscle that lies beneath the gluteus maximus (see figure 3). The piriformis is an external rotator, which means that it causes your legs and feet to turn out when it contracts, sort of like a ballerina (or a danseur – never let it be said that we are sexist here at HackMyMS). On the upside, this could be helpful if you have plans to dance Swan Lake. On the downside, under certain circumstances, over exciting the piriformis can cause the vicious sciatica-like pain when it tightens or spasms.

Anatomical drawings showing the numerous small muscles underlying the gluteus maximus, including the piriformis.

Figure 3: Numerous small muscles like the piriformis underlay the gluteus maximus and can be accidentally stimulated using NMES.

The best positions for working the gluteus maximus are either standing up somewhere you have a good handhold or reclining back in a chair or couch. When the current comes on, your glutes will clench and your hips will push forward. If you’re sitting upright, your hips will slide forward. To be safe, be sure you’re not sitting in an upright chair that will put you at risk of sliding right out.

Early on, I tried actively recruit my gluteus maximus by trying to do sit to stand when the current came on but the body dynamics are wrong. My routine is to put on glute electrodes at the end of the day before I relax back to read or watch TV. I run one or more 45-minute sessions. The next day, I will have more pop when doing sit to stand. I will also be more stable when standing.

How to work the gluteus maximus with exercise

There are a number of good exercises for working gluteus maximus. Although these exercises can also promote neuroplasticity, the improvements don’t appear as quickly. Exercise will strengthen the muscles, but it takes about three days to see results.

Exercises for the gluteus maximus include:

  • Bridging: This is a great exercise that you can do lying on the floor or lying in bed – try doing a few before going to sleep. Raise up slowly, clenching your buttocks, count to three, and lower. This counts as one repetition. Aim for three sets of 10. If you can only do one, do one – and increase every couple of days. If your legs are spastic or if you have weak hamstrings, you may want to use a soft band such as the belt of a bathrobe in front of your ankles to keep your legs from skating out. If you have weak adductors (the muscles that keep your knees together), either tie your knees together with a band or ask a kind soul to stabilize your knees for you.
  • Knee bends/squats: Knee bends/squats are great for improving sit to stand. They start out working your quads. The deeper you go, the more they strengthen your glutes and hamstrings. The gif below shows the ideal. In my case, I do knee bends while holding on to the edge of the kitchen counter to give myself extra support. My chair is behind me so that I can sit down if I go too low.Bend your knees and lower yourself toward the floor. Go as low as you can comfortably go while still feeling strong and controlled. Be conservative – if your legs feel weak, just dip a little bit and straighten back up. Maintain that level for a few days, then try to go deeper as you feel stronger. If all you can do is one rep, then do it. Add another rep a few days later. If you keep doing this, you’ll be at a full set of 10 by the end of the month. Aim for three sets of 10.
  • Lunges: If you’re highly functional, lunges are excellent exercises for working the glutes. Make sure you have someone spotting you at first. Be conservative – fewer reps and not going very low initially. As you strengthen, make it harder.

Gluteus Medius (return to top)

The gluteus medius is partly covered up by the gluteus maximus so that only the upper 25% or so projects. The gluteus medius is a muscle we love because it performs several crucial tasks:

  • Abducting the leg: In conjunction with the tensor fascia latae and the iliotibial band, the gluteus medius moves your leg out to the side. We call it an abductor, because it takes your leg away from the centerline of your body (your leg is abducted – although not actually kidnapped because you (presumably) know where it is).
  • Abducting the knee: When your leg is bent at the knee, the gluteus medius is the muscle you use to move your knees away from the centerline of the body. So, if your knees cave in toward each other when you are standing, you need to strengthen your gluteus medius (as well as gluteus maximus and quads but gluteus medius is very important).
  • Keeping your pelvis level: When you’re walking, the gluteus medius keeps your pelvis level when you swing one of your legs forward to take a stride. Now, this confused me a bit when I first read about it. I could understand the importance of abduction – I mean, who doesn’t want to walk across the room sideways or seriously throwdown at a club by doing the Bees Knees? But keeping the pelvis level? Yeah, probably not so interesting sounding… Unless I tell you that keeping your pelvis level is a crucial part of helping combat foot drop (I’m guessing I’ve got your attention now).

I’ll go through a detailed discussion of gait in another article but for now, just think about what happens when you walk. You roll onto your left foot while your right foot moves behind you. Eventually, you bend your knee right knee, flex your right ankle to raise your toe a bit, then draw your right foot forward to take a step. During that phase, which is known as swing through, the right side of your body is unsupported.

Remember, the gluteus medius connects the leg to the pelvis. While the right leg is off the ground, the pelvis is sort of cantilevered out from the left leg and held steady by the left gluteus medius. If you have a strong left gluteus medius, it will keep the pelvis level during swing through of the right leg. If you have a weak left gluteus medius, then your pelvis will sag down on the right side during swing through. That means it’s going to be harder to clear the ground during swing through. You’ll need more extreme flexion of the right leg and right ankle and you still might not be able to clear the ground with your right toe to take step. If you have foot drop, this just makes things worse. (Note: you can also have too much of a good thing. One of the ways people compensate for foot drop (also to be covered in another post) is by using the gluteus medius to hike up the hip extra high on swing through. That’s an unnatural motion that can cause instability and repetitive stress issues in the long term.)

For a very clear explanation of this phenomenon, complete with animation, view this video on everything you need to know about the Trendelenburg gait. Heck, it’s worth watching just for the dancing skeletons shown at the end.

How to work the gluteus medius with NMES

Strictly speaking, the gluteus medius is small muscle. If you are working it on its own, you should use an asymmetric (small muscle) waveform. But I generally work it simultaneously with the gluteus maximus on a two-channel box, so I use the large muscle setting for both.

Anatomical drawing of gluteus medius with square blue electrodes at top and bottom of the fan shaped muscle

Figure 4: to work the gluteus medius with NMES, place one square electrode at the narrow bottom of the muscles and one electrode about 2 inches from the top.

To work the gluteus medius, you will use 2” x 2” square electrodes, placed with the wires extending upward. Put the black electrode at the bottom, over the motor point of the muscle. Put the red electrode at the top. If you want to increase your ability to rotate your foot and your leg in, move the electrode more toward the inside of the muscle (toward your spine). If you need help rotating your foot and leg outward, then place the top electrode more toward the outside of the muscle.The two electrodes will be separated by a couple of inches, which will cause the current to travel more deeply. This is a good thing – you want the current to go underneath the gluteus maximus to reach the medial glutes.

There are a number of good exercises for strengthening the gluteus medius:

  • The clamshell: The clamshell is one of the top exercises you can do to strengthen your gluteus medius. The best part is that it can be performed on the floor or on your bed. Lie on your side, knees bent. Keep your pelvis perpendicular to the floor. Keeping your ankles together, raise the knee of the upper leg upward. Hold for a count of three then lower it. Do what you can but aim for three sets of 10. Note, this is an easy one for someone to assist. Loop the belt of a rope around your knee and have them pull upward as you are trying to raise your knee. Even if they have to do the entire upward motion, you can still get benefit by controlling the knee as you lower it (back when I was seriously into lifting weights, we called that taking the negative).
  • Side lying leg raises: This exercise is similar to the clamshell, only you do it with your legs straight. If it’s too difficult, try a gravity free version – sidestep to one side, then sidestep to the other. Do what you can but try for three steps. If you feel it all unsteady, do this at the kitchen sink where you can hold on. If you can’t do two or three, settle for one. If you have issues getting your foot off the ground, try standing on an aerobic step with the left foot while moving the right leg out to the side, then reverse.
  • The fire hydrant: This is another variation on the clamshell. Get on your hands and knees. Stabilize. Tighten your core and raise one leg to the outside with the knee still bent. Do what you can but aim for three sets of 10. Not only does it strengthen your gluteus medius, it gives you a fresh way to bond with your dog. You’re welcome.

Working the gluteus maximus and gluteus medius together with NMES

Anatomical drawing of a woman's glutes showing rectangular yellow electrodes placed horizontally on the gluteus maximus and Blue Square electrodes stacked vertically on the gluteus medias.

Figure 5: with a two-channel box, you can work the gluteus maximus and the gluteus medius at the same time. Position the electrodes as shown.

I believe in working hard to improve but I also all about the efficiency. The most effective way I’ve found to work the glutes is to do them both at the same time. Use the settings for the gluteus maximus (see table 1). Apply the electrodes as shown below. If you have a two-channel box, you can run them at the same time. If, like me, you have a pair of two channel boxes, then you can work both sides simultaneously. I heartily recommend it – best investment I ever made.

The gluteus minimus (return to top)

No, I didn’t forget about the gluteus minimus. It’s a very small muscle that hides out underneath both the gluteus maximus and gluteus medius.

In terms of function, the gluteus minimus is kind of the lil’ buddy of the gluteus medius. It performs several of the same functions, including

  • Keeping the pelvis level
  • Leg abduction
  • Internal rotation of the leg

Because it’s both tiny and also lurking beneath the gluteus maximus and gluteus medius, the gluteus minimus is almost impossible to in isolation using NMES. The good news is that because it’s part of the gluteus posse, several of the exercises used to work the other glutes provide benefits to the gluteus minimus, including:

  • Side lying leg raises (or sidesteps or leg abductions)
  • The fire hydrant
  • The clamshell (limited activation)

There are other options but they’re all more extreme than I want to feature here – I invite you to consult The Oracle (a.k.a., the Internet) if you want to learn more.

So there you have it, a menu of ways to work these critical muscles. Find one that fits your abilities and do it. You don’t have to be perfect or do a million reps the first time out of the gate. The important thing is to start. If you can do one minute, then do one minute.… And add another minute the next day. Keep at it and you will see a difference, I promise.

Return to Top

Disclaimer

Hack My MS provides news and information only. It is an account of my own experiences and some techniques that have worked for me. It should not be construed as medical advice, nor is there any guarantee that any of these techniques will work for you. Always check with a medical professional before starting any exercise program, treatment, or medication. Do not discontinue any exercise program/medication/treatment or delay seeing a doctor as a result of anything you read on this site.

Let’s get this party started!

Tips and Tricks for Improving Multiple Sclerosis

Old-fashioned microphone in front of red curtain, with the phrase Hello? Hello? (Tap tap tap) Is this thing on?

(Ahem.)

Welcome to the launch of HackMyMS. Probably viewed by two people (my sisters – hi guys!) Hopefully, more to come.

This is something I’ve been wanting to do for a long time. In 2002, I was diagnosed with what was almost immediately identified as primary progressive MS (PPMS), a.k.a. the booby prize. At the time, there were no treatments for this form. It became quickly apparent to me that if I wanted to stop the steady slide, I was going to have to figure it out on my own (translation: walking out of my fourth or fifth neuro appointment and saying, “Crap, this is up to me.”).

I’m actually a science and engineering type by training, so the idea of problem-solving was sort of a natural fit. Over time, I’ve developed a variety of techniques that work for me, anyway. I wish I’d known them back in the day. Also, whenever I read a blog where somebody talks about obnoxious MS symptoms or the fact that they can’t stop what’s happening to them, I kind of want to wave and say there are possibilities.

So here’s me, waving.

Picture of Queen Elizabeth in Lilac suit and blue trim lie like hatNow at this point, we have to go through a few caveats. First, I haven’t found a miracle cure, just ways to make things incrementally better. Some days, that’s enough for me, just the sense that I have some control over this wild ride. Of course, understand that MS is an incredibly idiosyncratic disease – I’m just sharing what works for me. Let me know if it works for you, or if something else does. I have hopes that this site can sort of evolve into a solutions hub where we all share what works for us. And hold hands and sing Kumbaya.

Yeah, I know, I’m gagging a little bit myself. No, I am not Pollyanna incarnate. I’m a card carrying pessimist (DH, my hunka hunka burnin’ love, swears that Marshall Crenshaw wrote “Cynical Girl” just for me.)

So, you won’t find aggressive positivism here. Keep reading, though, because I’ve got some really cool stuff to cover. For example, I’ve figured out a way that for me, anyway, can (most of the time) interrupt that sudden intense urge to void that generally leads to wet clothes, showers, laundry, and generalized humiliation and despair. I’ve used e-stim to improve everything from my ability to stand up to my ability to get my feet off the ground to my ability to sit up straight.

I have plans for lots of other practical columns, including things like navigating insurance approvals, getting automotive hand controls paid for, etc.

I still have a full-time job and this is very much not it. This is a labor of love that I’m shoehorning in around the edges (observe me fearlessly mixing my metaphors – I’m a professional writer on a closed course, don’t try this at home). My goal is to update with new content every other week. I have a content map in my head but welcome questions and suggestions that might prioritize certain columns.

So, thanks for joining me. Sign up if you want to get notified of new content, and by all means forward this to anyone you think could benefit. I have plans going forward of videos and Instagram feeds but let’s just get the basic site up and running first, shall we?

Disclaimer

Hack My MS provides news and information only. It is an account of my own experiences and some techniques that have worked for me. It should not be construed as medical advice, nor is there any guarantee that any of these techniques will work for you. Always check with a medical professional before starting any exercise program, treatment, or medication. Do not discontinue any exercise program/medication/treatment or delay seeing a doctor as a result of anything you read on this site.

Retrain Your Brain with NMES

Tips and Tricks for Improving Multiple Sclerosis

How NMES Can Help Improve Multiple Sclerosis 

Electrically activating muscle movement with neuromuscular electrostimulation (NMES) can stimulate the nervous system into building new pathways for nerve signaling.

In MS, the immune system attacks the myelin coating the nerves, disrupting signaling, which can interfere with muscle movement, among other functions. That’s the bad news. The good news is that thanks to a phenomenon known as neuroplasticity, the brain has the ability to create new pathways to transmit those motor signals and improve motion. Just like shirts with extra buttons sewn inside, the human nervous system is built with a certain amount of reserve capacity. When neurons are damaged, neuroplasticity enables the nervous system to establish new signaling pathways to the muscle, similar to the way traffic gets rerouted around a fallen tree.

Of course, for neuroplasticity to create new pathways for motor function, you need the ability to intentionally and repeatedly move the affected body part. People with neural damage, such as MS patients, may have a hard time doing that voluntarily. That’s where neuromuscular electrostimulation (NMES) comes into play. NMES is a rehab technology that uses electrical current to activate muscles. It is able to not only strengthen those muscles through muscular contraction but also to promote neuroplasticity through repetitive motion, allowing users to potentially improve a variety of muscular functions such as sit to stand, hand and arm movements, and even walking (potentially, I say, because, MS).

As a demonstration, watch the video below. It shows the results of the study on the use of NMES and diet to improve function in MS patients.

Captured your interest? Then read on.

Up Close and Personal: The Neuron

Lets start with the neuron. The neuron is the primary building block of the nervous system. Billions of these neurons communicate with one another over a complex network to perform tasks like activating skeletal muscles (motor neurons) or sending and receiving sensory information (sensory neurons).

Picture of nerve cell showing soma, the dendrites, the axon, and the axon terminals

Most common neuron morphology consists of the cell body (the soma), the dendrites that receive messages from other cells, the myelin-covered axon that transmits signals to the axon terminals that communicate with muscles and other nerve cells.

The most common type of motor neuron consists of a cell body, or soma, and an axon that terminates in a series of axon terminals (see figure 1). The soma is the main processing center of the neuron. It is surrounded by dendrites, thin filaments that enable the soma to receive signals from other neurons. The soma processes that information and generates an electrical signal in response. The axon is a long, thin structure that transmits those electrical signals from the soma to another destination in the body, such as sensory organs, muscle fibers, or other neurons. Depending on the function and location, axons can range in length from millimeters to more than a meter. At the far end, the axon splits into multiple axon terminals, enabling a single neuron to communicate with multiple other neurons or muscle fibers. [Note: Other neuron morphologies exist but for purposes of this discussion, we will stick with this most basic model.]

Individual neurons are not physically connected to one another. Instead, they communicate across nanoscale gaps (synapses) between the axon terminals of one neuron and the dendrite spines of another. At the axon terminal, the electrical impulse triggers the release of chemical neurotransmitters that travel across the synaptic gap to receptors on the dendrites of the adjacent neuron. Absorption of the neurotransmitter at the receptor causes the receiving neuron to generate a new electrical impulse, and the signal travels on. Similarly, between motor neurons and the muscles they are trying to control, there is a gap known as the neuromuscular junction. Here, too, neurotransmitters travel across the junction to trigger an electrical signal that causes the muscle to contract or relax.

Neuroplasticity

Diagram of nerve cell with inset showing how chemical neurotransmitters cross the synaptic gap from one nerve to the next.

Nerve signals across the synapse via chemical neurotransmitters that travel to receptors on nerve or muscle surface.

Although its tempting to think of motor neurons as point-to-point structures, sort of like those tin can phones you mightve played with as a kid, thats not exactly the case. Muscles are complex structures built up of individual muscle fibers that are packaged into bundles, which are in turn packaged into larger bundles. Recall that our axons split into multiple terminals. This structure allows a single neuron to excite multiple muscle fibers by using neurotransmitters that bind to receptors on the muscle (see figure 2). In the case of muscles controlling fine motor skills, as with the fingers, a single neuron might only excite a few fibers. In the case of a major muscle group like the gluteus maximus, one neuron might excite hundreds of muscle fibers.

The routes of communication among neurons and between neurons and muscles are not static. Instead, they are constantly changing through neuroplasticity. When neurons are damaged, for example by demyelination, the nervous system uses excess capacity and neuroplasticity to try to find a new path to control the muscle. Intentional movement helps the nervous system establish that pathway, causing the soma to synthesize proteins that enable the dendrites and the axon terminals to grow toward one another. Repetition prompts additional protein synthesis, making the dendrites grow longer and thicker and communicate more effectively. The more frequently one neuron excites a second neuron, the more efficient it gets at exciting that other neuron – cells that fire together wire together, so the saying goes.1,2

This all sounds good so far. The challenge is that neuroplasticity depends on repeating the whole process, from brain signaling to the movement of the body part, and that is not always possible for MS patients. This is where NMES comes into play.

NMES

Neurons stimulate the muscles with neurotransmitters that travel from the axon terminal to receptors on the muscle, where they generate electrical impulses that cause the fibers to contract (or relax, depending). NMES uses an external electrical current to substitute for the nerve signal. One electrode goes over the insertion point of the nerve (the neuromuscular junction) and the other goes over the belly of the muscle. This arrangement causes current to flow through the muscle, making it activate. Fingers that normally stay curled can extend, the leg that wont bend at the knee suddenly flexes. The body wakes up.

If you attempt to move the limb before the current comes on, then run it through full range of motion, NMES can help your nervous system rebuild signaling pathways. It also strengthens muscles through muscle contraction. The result is improved performance as rapidly as the next day from the neural component, followed by increased strength two-to-three days later from the muscular contractions. Performed consistently and strategically, NMES can be used to improve hand function, arm function, balance, posture, sit to stand, walking, and foot drop.

NMES can deliver extraordinary results. The photo sequence below shows the result of a week and a half of work on the hand extensors (see figure 3). The technique requires dedication. Strengthening and building new pathways requires sessions of 45 to 60 minutes. Maintaining function requires sessions of about 15 minutes. The good news is that most of the key muscle groups can be worked while sitting at a desk or on the couch. The other good news is that it feels so good to be able to consciously improve that it doesn’t feel like a hardship.

On a personal note, I discovered NMES in 2013 and I credit it with the fact that after 19 years with PPMS, I can still stand for extended periods of time, I can partially or entirely transfer on my own, I have a moderate amount of hand and arm function, and on a good day I can even scuffle out a few steps. Seldom does a day go by when I don’t work at least a few muscle groups with the technology. If I miss more than two days in a row on a muscle, I can see myself starting to go backward.

Theres no guarantee that the technique will work for everyone but it is worth consideration. Always check with your doctor before considering NMES and always use it under the supervision of a medical professional.

References

  1. ‘When an axon of cell A is near enough to excite a cell B and repeatedly or persistently takes part in firing it, some growth process or metabolic change takes place in one or both cells such that A’s efficiency, as one of the cells firing B, is increased’ Hebb D. 1949. The organisation of behaviour. New York, NY: John Wiley and Sons. [Google Scholar]
  2. Shatz CJ. 1992. The developing brain. Sci. Am. 267, 60–67. (10.1038/scientificamerican0992-60)

Disclaimer

Hack My MS provides news and information only. It is an account of my own experiences and some techniques that have worked for me. It should not be construed as medical advice, nor is there any guarantee that any of these techniques will work for you. Always check with a medical professional before starting any exercise program, treatment, or medication. Do not discontinue any exercise program/medication/treatment or delay seeing a doctor as a result of anything you read on this site.