Increasing Protein to Meet Spring Health Goals

Preparing protein

As winter comes to an end, we want to move more and feel renewed in our body.  That makes spring an ideal time to focus on optimizing your fitness, performance, and health. No matter your age, stage, or season of life, we are going to challenge you in increasing protein to meet your spring health goals.

If you are like most of our clients, you want to get stronger, move better, lose body fat. Your goal may be to say good-bye to a nagging health condition (perhaps an autoimmune disease, osteoporosis, pre diabetes, or long COVID). When we sit down to discuss these goals, we often find that clients are not meeting their minimum protein requirements. Increasing protein is necessary to fuel the body in achieving these goals.

Why do we care about protein intake as physical therapists?

Protein is required for muscle growth and repair.  Subsequently, healthy muscle mass is required for a healthy metabolism, bone mass, blood pressure and more. In addition, a lack of protein can result in an impaired immune system and increased inflammation.

You may be low on protein because you just don’t consume enough quality protein.  It may be that your need is higher than average because you are healing or under a lot of physical stress. Or you may not be able to break down or absorb the protein you are consuming adequately. In any of these cases, the result will be a difficult time healing from injury, illness or workouts.  You may have not have levels of hormones and neurotransmitters necessary to feel your best, produce energy, stabilize your mood, build muscle, and lose body fat.

Can we agree that one of your spring goals should be meeting your body’s protein needs? Now, let’s figure out how to do that in the midst of a busy schedule.

1. Start Your Day with Protein.

Your first meal of the day is important for your metabolism, sustained energy, and to curb cravings for less healthy foods later in the day.  A well balanced meal also sets the stage mentally for making healthy choices as the day goes on.

2. Space your intake throughout the day.

The body can only process so much protein at one time, so there is no reason to eat your days worth of protein at dinner. Instead of focusing only on your daily protein goal, be sure you are getting adequate amounts at each meal.  For most people this will be 20-30 grams.

3. Drink plenty of water, but not with your meals.

Hydration is important to keeping the body – especially digestion and detoxification – running well.  However, drinking too much water with your high protein meals can decrease the digestive enzymes in your stomach necessary to break down the food properly for absorption.

4. Be mindful with your protein.

Hitting macronutrient targets is important but if you aren’t absorbing the nutrients you are consuming it doesn’t do you much good.  The biggest trigger for gut health issues and poor absorption is stress.  So focus on enjoying your food and take a few deep breaths before your meal if you feel like your mind is racing.

5. Read food labels.

Marketers know that “protein” is a buzzword, but you must check the label for quantity and quality.  That protein bar with 5 grams of protein is not a “high protein” snack.  In addition, you should avoid poorly absorbable or highly inflammatory proteins like casein and soy.

6. Supplement with protein powders.

When you need a quick protein boost a shake may be your best option.  Check labels for artificial ingredients, flavorings, and sweeteners that can cause more harm than good.  Be sure the product has at least 20 grams of quality protein (from multiple sources like hemp and rice if vegan and grass fed if a whey protein).

These are six simple ways you can optimize your protein intake and better absorb it.  Remember, if you are recovering from an illness or injury, training hard, or over the age of 40, you may need more protein than you think.  The RDA (recommended daily allowance) does not take into account these instances of increased need or situations where absorption may be altered.

If you are interested in identifying your unique protein targets to meet your health goals, Integrative Health Coaching may be your next best step. Schedule a Free Discovery Visit to find out if a personalized plan and support through coaching is the solution you are searching for.  Click HERE to reserve your spot.

Is Your Youth Athlete At Risk For Injury? 5 Simple Self Tests

Is Your Youth Athlete at Risk for Injury

Do you have wonderful memories as a youth athlete?

Maybe it was church T-ball, Collierville Rec soccer, the first tackle football game, cheering on your classmates, or trying out for a varsity team.

We want our own children to experience this same joy and excitement. The physical, emotional, and social benefits of participating in organized sports.

There are many reasons to encourage our children to get involved in athletics, but it’s wise to also help them be both prepared and safe. A study from August 2013 found that every 25 seconds a youth athlete suffers an injury severe enough to require an emergency room visit. As parents, this shouldn’t scare us but move us to be proactive.

What about the sports physical?

The medical clearance your child’s school or organization may require rules out health risk only.  It’s important for preventing life threatening medical emergencies, but will not determine risk for injury of the soft tissue (muscles, tendons, ligaments).  Furthermore, these types of injuries or faulty movement patterns in our children can have lasting effects appearing as pain, injury, and arthritis in adulthood.

The good news is we can measure risk and take action now instead of waiting for problem to arise. When we identify the faulty repetitive movement patterns that lead to injury early, a correction is often simple. This not only improves performance in the present, it prevents a future of degenerative joints, ligaments and spinal discs.

How can we help them perform at their absolute best, while also protecting them from damage to their growing bodies?

Fortunately, there are some quick tests you can perform at home to see if their strength, agility, and movement is ready for their athletic season.

1. Squat

Start by standing with feet shoulder width apart.  Squat down as far as possible.  The upper legs should be parallel to the floor and the heels should be able to remain flat on the ground.

2. Balance with Eyes Closed

Stand on one foot with your hands on your hips.  Close your eyes and hold this position for 30 seconds on each side. This should be done without leaning or loss of balance.

3. Toe Touch

To see if lower body muscles are ready for quick starts and heavy lifting, hamstring length should be tested. Start by putting your feet together, then bend over and touch your toes. You should be able to do this without rounding your back.

4. Push Up

Start by lying face down on the floor.  The hands are placed beside each shoulder.  As you push up, the back, hips, and knees need to be in a straight line.

5. Overhead Reach

With your head, back and heels against a wall and arms straight in front, lift your arms overhead and touch the wall with your thumbs. If your lower back arches or you can’t reach the wall, there are likely movement restrictions in the back or shoulders.

Further testing is indicated if the athlete is unable to complete any of these tests correctly (or if discomfort or stiffness is present). The next step is a functional movement screen. Our specialty trained therapists use this tool to identify risk factors for ankle, knee, hip and shoulder injuries. In addition, if they identify an increase in risk factors, corrective exercises can be prescribed to mitigate the risk.

Is all of this really necessary for my healthy child?

According to a 2016 review of the literature, youth athletes especially, due to their developing musculoskeletal and neuromuscular systems should undergo pre-participation musculoskeletal screening for identification of movement limitations.

The amazing thing with children is the corrective strategies we implement tend to clean up the problem FAST. Generally, no time is lost from their sports training program or competition. In addition, they can continue on stronger and performing at a higher level than before.

To inquire about a functional movement screen with a Doctor of Physical Therapy for you or your child, click HERE to fill out a short form. You will hear from us soon or you can call our office at 901-316-5456 to get your questions answered.

*Functional Movement Screens for Youth Athletes are performed in person at our Collierville location, as well as via telehealth.

Top 10 Foods For Exercise Recovery

Man and Woman Sitting, Talking at the Gym

A little soreness with a workout is bearable. . . maybe even pleasant if it’s a reminder of how hard you worked the day before.  However, some aches and pains that are more intense or don’t seem to go away quickly enough. This can limit both your ability and motivation to train.

Many clients tell us they don’t take pain medication because of the side effects, they don’t have time for a massage, and the ice bath that the trainer recommended is just unbearable.  So, the question that follows is . . . how else can I help my body recover after I exercise so I feel my best and reach my goals?

The answer may be found in your refrigerator . . .  the foods you eat.

Not just post workout, but how you fuel your body on a regular basis. Your muscles and immune system must be ready to take the hit of training and bounce back with ease.

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Do I Really Need to Stretch After My Workout?

I know we are all short on time and taking 10 minutes to stretch at the end of a gym session, long walk, or tennis game can seem like a waste.
We believe the gains made to improve our cardiovascular system, muscular strength, and agility are during the workout . . . right?
The truth is, strength and performance gains are made during recovery as your body rebuilds what was broken down during your workout.
And stretching is an integral part of the recovery process.
It improves blood circulation to deliver nutrients to the muscles that “feed” them as they recover.

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