A slight spin off those paint and sip events…
Instead of painting we’ll be FOAM ROLLING!
And we’ll be sippin’ on PROTEIN SHAKES!
Learn about the benefits of foam rolling and its positive impact on muscle soreness, recovery, performance, injury prevention, and range of motion. This workshop is highly interactive and incorporates self-myofascial release techniques that target sore, overworked, and tight muscles. Ideal for anyone looking to take their warm-up, recovery, and flexibility to the next level! Bring a foam roller, exercise mat (optional), towel, water bottle, and your favorite shake cup!
Invite friends and family, bring a foam roller (we have a few loaners),
try some protein shakes, and get your roll on!
All in the privacy of your home!
$49 per person
Arden | Elk Grove | Natomas | Sacramento | West Sacramento | Surrounding areas
The Fine and Amazingly Awesome Print:
(a) Price includes a list of recommended foam rolling exercises, a list of (low carb, low sugar) easy-to-make protein shake recipes, 20% discount off all Nutrology supplement products, a bonus secret giveaway, and eligibility to win raffle prize (FREE 2lb Grass Fed Whey Protein).
(b) Groups must be a minimum of 4 people and a maximum of 10.
(c) If you host the event in your home and confirm 6 or more people to attend (including yourself), your $49 fee will be waived.
(d) Yes, it’s FREE for YOU if you host 6 or more people!
Contact us today to schedule your Roll & Sip House Party!
P.S. Yes! We can also host a Roll & Sip for larger groups in public settings!
This is an age old question that has gone back and forth over the years. The National Academy of Sports Medicine (2014) integrates static, active, and dynamic stretching into the warm-up and cool-down components of the Optimum Performance Training programming model. More specifically, in your warm-up, you should focus on stretching your most overactive (overworked and tight) muscles identified in your fitness assessments. In your cool-down, you can re-target your most overactive muscles and focus on muscles worked during your exercise program.
“[Individuals] without adequate levels of flexibility and joint motion may be at increased risk of injury, and may not be able to achieve their personal fitness goals until these deficits are corrected.” (NASM, 2014, p. 162)
Stretching helps trigger autogenic inhibition, a process where neural impulses sensing tension in your muscles override the impulses causing your muscles to contract, or stay tight. Ultimately, this leads to:
- correcting muscle imbalances
- increasing joint range of motion
- decreasing the excessive tension of muscles
- relieving joint stress
- maintaining normal functional length of all muscles
- improving function
Poor flexibility can lead to [dys]functional movement patterns and result in injury. (NASM, 2014)
NASM (2014) concluded,
- “Acute static stretching, held for more than 30 seconds, may decrease strength and power” (p. 180)
- “Static stretching may be used to correct muscle imbalances and increase joint range of motion before activity” (p. 180)
- “Active and dynamic stretching may be used without risking a loss of strength and power.” (p.180)
The moral of the story is to integrate stretching into your daily routine and before and after your workouts. Learn more about your muscle imbalances by scheduling an appointment to conduct your fitness assessments. This will help you identify the overactive and underactive muscles in your body.
Well, just don’t sit there. STRETCH!
woman stretching – aboutendurancerunning.com
lion stretching – tarirose.com
Good news! We have partnered with Nava’s Dance and Wellness Studio to offer a foam rolling workshop next month in Dumfries, Virginia.
Since I routinely integrate foam rolling into my clients’ fitness programs, I decided to offer a workshop specifically targeting foam rolling. You may have seen a foam roller somewhere at the gym and didn’t know what it was or the purpose of using it. This workshop is a great way to learn more about the what it is, why do it, and how to foam roll.
Make sure you register by September 14 if you need me to order you one.
Get driving directions!
Have you ever wondered what that black tubey looking thing is sitting over in the corner at the gym? Have you watched someone use it and wondered, “what in the world is the point of doing that? What muscle does it work out?”
Admittedly, the foam roller entered my life right before I started studying for my personal training certification. And trust me, there’s been no looking back.
To get started, let’s talk about the geometry of a foam roller. It’s a cylindrical tube made out of ethylene vinyl acetate, or EVA, foam. I’m not a chemist, so you will have to research the safety of this material on your own. I don’t think EVA is made from carcinogenic substances, but a few articles I found online recommend infants and young children to NOT come in contact with products made from EVA. EVA is a durable, semi-soft material that is highly conducive to long-term usage. It can withstand repeated use over an extended amount of time.
Next up, foam roll sizes. Foam rollers come in multiple sizes, colors, and density. A good rule of thumb is the darker the color the harder the density. I personally own a 3 ft black foam roller, but for traveling purposes it may be better to also purchase a smaller foam roller (I’ve seen some as small as 5″ x 5″!). There are several brands to choose from. I don’t endorse any particular brand, but I purchased mine from a small business fitness equipment company. Feel free to email me if you’re interested in receiving the company’s information. There are also foam rollers that help target various trigger points, or knots within muscles, on the body.
Next, let’s chat about a physiological concept called, “self myofascial release,” or SMR, for short. Self myofascial release helps correct muscle imbalances, overactive muscles, and helps alleviate knots within muscles. Foam rolling is a way of performing self myofascial release. The National Academy of Sports Medicine (NASM) recommends SMR to be conducted prior to stretching and physical activity. You can also do SMR after exercise.
You may be wondering, why should I do SMR before stretching and exercise? SMR helps break up any muscle adhesions and knots PRIOR to activity; thus, it helps elongate your muscles. Lengthening your muscles plays a significant role in static and active stretching, let alone subsequent physical activity. Lengthened muscles allows you to get a deeper stretch and increased flexibility helps increase overall neuromuscular efficiency, or your body’s ability to efficiently utilize muscles in all planes of motion, within your workout.
So, what exactly happens when you do SMR? SMR focuses on both the neural and fascia systems in our bodies. When we apply gentle and steady pressure to the knots within our muscles, we help flatten and realign muscle spindle fibers. Our muscles’ tendency is to contract, but thankfully, our Golgi tendon organs help our muscles relax and trigger a process called, autogenic inhibition. In order for autogenic inhibition to occur and for us to truly maximize SMR, we must hold pressure on the knots within our muscles for a minimum of 30 seconds. It’s important to relax and hold steady pressure on knots. It may take longer for some of us to relax and allow autogenic inhibition to kick in. Be patient and ease into the slight discomfort of steady pressure on your muscles.
Let’s start foam rolling!
The best way to tell you is to show you how to do SMR. Please review the following video that provides a comprehensive overview of SMR. Enjoy!
Do you have questions or comments about SMR? Comment below!
Additional reading about foam rolling and self myofascial release:
Penney, S. (2013). Foam rolling-applying the technique of self myofascial release. Retrieved from http://blog.nasm.org/training-benefits/foam-rolling-applying-the-technique-of-self-myofascial-release/
MacDonald, G.Z., Penney, M.D.H., Mullaley, M.E., Cuconato, A.L., Drake C.D.J., Behm, D.G., & Button, D.C. (2013). An acute bout of self-myofascial release increases range of motion without a subsequent decrease in muscle activation or force. Journal of Strength & Conditioning Research, 27(3), 812-821.