Eat Like You Train Like You Mean It.

Training · Recovery Nutrition

Eat Like You
Train Like You
Mean It.

You wouldn't skip your working sets. So why skip the fuel that makes them count? What you eat around training — and especially during injury — decides whether the work you put in actually turns into results.

Root Strength Georgetown, Seattle 8 min read

Everybody at Root Strength knows the training part. Show up, put in the work, progress the load. But there's a piece that quietly makes or breaks your results — and it's the one most people wing: what you eat, especially when you're banged up.

Here's the thing nobody tells you. If you train hard enough, you're going to get dinged up eventually — a tweaked shoulder, a cranky knee, a strain that sidelines you for a couple weeks. And how you eat during those weeks decides whether you come back in two weeks or two months.

This isn't bro-science. It's what the research actually says about fueling recovery — and it applies whether you're rehabbing an injury or just trying to recover between hard sessions.

48h
Muscle protein synthesis starts dropping after just 48 hours off
6.7%
Thigh muscle you can lose in a single week of not moving
1.5–2g
Protein per kg of bodyweight you need daily to recover
Athlete rowing at Root Strength Georgetown Seattle
Use it or lose it
Muscle leaves fast when you stop.
The good news: proper fuel slows the loss dramatically and gets you back under the bar sooner.

Why Recovery Burns More Fuel, Not Less

When you're hurt or coming off surgery, your body is doing two expensive jobs at once: rebuilding the damaged tissue and fighting to hold onto the muscle you've already built. Both cost energy. Both need protein. Skip the inputs and both slow down.

Look at what happens on a timeline when you stop moving:

48 HRS
Muscle building slows down
Your body's rate of building new muscle protein starts dropping within two days.
5 DAYS
You can see it and feel it
Noticeable drops in muscle size and strength show up by the end of the week.
7 DAYS
6.7% of your quad, gone
Research measured this thigh muscle loss after just one week immobilized (Kilroe, 2020).

All of that is happening while your body is cranking up its demand for healing. So the instinct to eat less "because you're not training" is exactly backwards.

The Mistake Everyone Makes

You get hurt, you stop training, and you cut your food because you're worried about getting soft. Makes sense on paper. In reality, you just pulled the fuel out from under the exact process that's trying to repair you.

The Instinct
Slash to 1,800 cal/day
Skip meals to "save" calories
You lose muscle faster, heal slower
What Works
Bump to 2,500 cal/day
Eat across 4–5 meals
You keep muscle, heal faster
Do this instead

If you normally eat 2,200 calories, aim for 2,400–2,500 during recovery — about a 10–15% bump, not a cut. You're feeding repair, not bulking. The small surplus goes toward healing, not your waistline.

What to Cut Back On

Alcohol
Blocks protein synthesis, wrecks sleep, and cranks up inflammation.
Processed food
Calories with none of the nutrients your tissue actually needs.
Excess sugar
Drives inflammation that drags out your recovery.
Athlete pressing dumbbells overhead at Root Strength Georgetown Seattle
Fuel the work
Every rep is a signal. Protein is the answer.
Training tells your body to rebuild. Nutrition hands it the raw material to actually do it.

Protein: How Much, How Often

Protein is the whole game when it comes to recovery. Every stage of repair — from calming inflammation to rebuilding tissue — runs on amino acids. Here's the target:

1.5–2g
of protein per kg of bodyweight, every day. If you're 180lb (82kg), that's about 123–164g a day — and more if you're post-surgery.

Spread it out

Don't cram it into one giant dinner. You want 35–40g per meal across 4–5 meals. When you're injured, your muscles get "anabolic resistance" — basically they stop listening to protein as well — so you need a bigger dose per meal than usual to get the same rebuild signal.

The one thing to remember

Injured muscle needs more protein per meal, not less — 35–40g versus the 20–30g you'd get away with normally. This is the single most important nutrition move for coming back strong.

Best sources

Go for leucine-heavy protein — leucine is the amino acid that flips the muscle-building switch: whey, eggs, chicken, fish, Greek yogurt, and cottage cheese.

The Micronutrients That Actually Matter

Protein and calories are the big rocks, but a handful of micronutrients do real work in tissue repair. Come up short on any of these and healing drags.

Vitamin C
Your body can't build collagen without it. Low levels = slower tendon and ligament repair.
500–1000mg / day
Get it from: Peppers, citrus, kiwi, broccoli
Collagen
Shown to cut pain and improve tendon and ligament function when you're healing.
15–20g before training
Get it from: Peptides or gelatin + vitamin C
Zinc
Runs tissue regeneration and immune function. Even a mild shortfall slows you down.
15–30mg / day
Get it from: Red meat, shellfish, seeds, nuts
Omega-3s
Keep inflammation in check and make your muscles more responsive to protein.
2–4g EPA+DHA / day
Get it from: Salmon, sardines, fish oil, walnuts
Vitamin D
Bone healing, muscle function, immune health. Almost everyone in Seattle runs low.
2000–4000 IU / day
Get it from: Sunlight, fatty fish, supplements
Vitamin A
Backs collagen formation and cell repair through the early healing phases.
700–900mcg / day
Get it from: Sweet potato, carrots, spinach, eggs

The Timing Trick

Here's a low-cost move backed by real research: pair collagen with vitamin C right before you load the tissue you're trying to heal.

Before rehab or training

Mix 15–20g of collagen peptides into orange juice and drink it 30–60 minutes before you train or do your rehab work. It puts the building blocks in your bloodstream right when the loading tells your body to rebuild (Shaw et al., 2017). Cheap, easy, and it works.

Athlete doing push-ups at Root Strength Georgetown Seattle
Put it on a plate
180g of protein is a plan, not a grind.
Five solid meals and you're there. It's about setting it up, not force-feeding yourself.

What a Recovery Day Looks Like

Here's roughly 180g of protein, spread over five meals, loaded with the micronutrients above. No blender full of powder required:

7 AM
3 eggs + oatmeal + berries
Vitamin C, complex carbs, choline
~35g
10 AM
Greek yogurt + nuts + collagen
Zinc + collagen, timed before training
~35g
1 PM
Chicken + rice + sweet potato
Vitamin A, complex carbs
~40g
5 PM
Salmon + veggies + olive oil
Omega-3s + micronutrients
~40g
8 PM
Cottage cheese + fruit
Slow protein before sleep
~30g
The Recovery Checklist
  • Don't cut calories. Bump them 10–15% above your normal.
  • 1.5–2g protein per kg per day, across 4–5 meals at 35–40g each.
  • Collagen + Vitamin C 30–60 min before training or rehab.
  • Zinc, Omega-3s, Vitamin D daily for repair and inflammation.
  • Ease off the alcohol — it directly blocks healing.
  • Hydrate and sleep — both do more for recovery than any supplement.

Why We Care About This at Root Strength

Most gyms hand you a program and never mention food. We think that's leaving results on the table. You can train perfectly and still stall out if you're under-eating protein and running on empty — especially when you're trying to come back from an injury.

And when something does go wrong, you don't have to figure it out alone. Root Physical Therapy is on-site in the same building — our PTs can assess an injury, build your return-to-training plan, and yes, talk through the nutrition side of healing. Same roof, same team.

This is general guidance based on current research, not individualized dietary advice. If you've got specific medical or dietary needs, talk to a registered dietitian — our team can point you to one.

Train With Us

Coached strength classes, open gym, Hyrox, and on-site physical therapy when you need it. Two weeks unlimited to see if Root Strength is your place.

START YOUR 2-WEEK TRIAL →
Sources
  1. Tipton KD, Witard OC. Nutritional considerations and strategies to facilitate injury recovery and rehabilitation. Journal of Athletic Training. 2020;55(9):918–930.
  2. Kilroe SP, et al. Short-term muscle disuse induces a rapid and sustained decline in daily myofibrillar protein synthesis rates. American Journal of Clinical Nutrition. 2020;112(4):862–875.
  3. Papadopoulou SK, et al. Rehabilitation nutrition for injury recovery of athletes: the role of macronutrient intake. Nutrients. 2020;12(8):2449.
  4. Shaw G, et al. Vitamin C-enriched gelatin supplementation before intermittent activity augments collagen synthesis. American Journal of Clinical Nutrition. 2017;105(1):136–143.
  5. Hughes DC, et al. The effect of protein or amino acid provision on immobilization-induced muscle atrophy: a systematic review and meta-analysis. Experimental Physiology. 2024;109(4):505–528.
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