What do the 49ers, Under Armour, and the Pittsburgh Steelers have in common?
They all use red light therapy to elevate their athletes’ performance. (And for good reason!) But don't think this technology is just for the pros. Whether you're a dedicated athlete or simply committed to a healthier you, red light therapy could help unlock your full potential and help with that post-workout soreness.
Enhance Athletic Performance
Let's begin by exploring how red light therapy can supercharge your athletic performance. Think back to any of the times you've pushed your limits during a workout, chased that personal best, or tried to outdo your last session.
It can feel like an uphill battle. But what if you had a secret weapon to boost your energy, endurance, and overall performance?
Studies have shown that red light therapy may have the power to do just that. Professional athletes are already integrating this cutting-edge technology into their training routines to get that extra edge in their performance. Whether it's achieving higher reps, running that extra mile, or enduring those intense HIIT sessions, red light therapy has your back.
How It Works:
In order for our muscles to contract - muscle cells need energy.
Where does this energy come from? Our Mitochondria.
The mighty mitochondria inside our cells turn the food we eat into energy the cell can then use. Muscles are particularly dense in mitochondria, and the more mitochondria you have, the better your muscles can perform.
This is where red light therapy comes in. It helps our mitochondria work better! This boost in ATP production enhances our cells' ability to function optimally, leading to improved performance.
That’s all well and good - but does the research back it up?
Let’s take a deep dive - stay with us because we are about to get nerdy.
This randomized  triple-blind, placebo-controlled crossover trial involving 22 male soccer players from the same team showed red light therapy enhanced athletic performance and improved post exercise recovery.
The athletes underwent both active PBMT (using 810nm laser) and a placebo treatment. After these treatments, they participated in a high-intensity progressive running test until exhaustion.
The results showed that PBMT had several positive effects on the athletes' performance and physiological markers. It increased their maximum oxygen uptake (VO2 max), time until exhaustion, and thresholds for aerobic and anaerobic exercise. Additionally, PBMT reduced the activities of creatine kinase (CK) and lactate dehydrogenase (LDH), which are indicators of muscle damage. It also lowered the levels of interleukin-6 (IL-6), an inflammatory marker (i.e. reduced muscle damage and lower inflammation post workout).
One important note is that one of the authors of the study receives research support from a laser device manufacturer. The remaining authors however, have no such conflict of interest.
- This study  showed LED therapy helped to reduce muscle fatigue and increased the number of repetitions performed.
They enlisted 34 recreationally resistance-trained athletes who participated in four trials with randomized durations of 30, 60, or 120 seconds, and 660nm and 850nm LEDs on various points on their quadricep muscles.
The study's results revealed those who received LEDT for 60 seconds and 120 seconds showed an increased number of repetitions performed on each quadriceps compared to placebo. (p=-0.004 for the 60 second group, p=0.023 for the 120 second group) showing that LEDT can have a positive impact on performance by reducing muscular fatigue.
This study  looked at the performance and recovery of high-level rugby players during an anaerobic field test. Twelve male athletes participated in a randomized, double-blind, placebo-controlled trial.
During the study, PBMT was applied to 17 sites on each lower limb using a cluster containing 12 LEDs at different wavelengths. This was done pre-exercise in two of the testing weeks, while a placebo was used in the other week. The researchers evaluated various factors, including sprint times, blood lactate levels, and perceived fatigue.It improved the average sprint times and reduced the fatigue index during the field test. PBMT also led to a decrease in blood lactate levels and perceived fatigue.
Unlock Muscle Gains and Hypertrophy
For those of you aiming to sculpt your dream physique and pack on muscle, red light therapy might be the missing puzzle piece. It's like having a personal trainer that helps you achieve more significant gains in less time.
Research (see below) demonstrates that red light therapy can aid in hypertrophy, which is essentially muscle growth. Imagine your muscles responding more efficiently to your workouts, leading to increased muscle mass and strength. It's like turning on the turbo boost for your body's natural muscle-building processes.
How it works:
It is thought that red light therapy enhances blood flow to your muscles, which means more oxygen and nutrients are delivered to your muscle fibers. This increased circulation not only helps muscles recover faster but also promotes muscle growth.
In a randomized and triple-blinded study, twenty-two older women participated in a 10-week resistance training (RT) program, performing leg extension exercises. Each participant's legs were randomly assigned to receive either active laser photobiomodulation (PBM) or a placebo laser treatment before RT sessions.
The results showed that both active laser and placebo laser conditions led to similar improvements in muscle hypertrophy, strength, and postural balance over the course of the training program. However, when considering muscle hypertrophy specifically, the active laser treatment showed a moderate effect, while the placebo laser had a smaller effect. Overall, this suggests that RT alone can have significant benefits for countering age-related muscle deterioration, and adding laser PBM therapy before RT sessions may further enhance muscle hypertrophy gains. 
This review examined the impact of photobiomodulation (PBM) on human muscle tissue in clinical trials related to sports performance in both regular volunteers and athletes. It looked at various performance metrics such as fatigue, muscle damage, recovery, and muscle-related parameters. A total of 46 studies with 1,045 participants were included in the review.
The results suggest that PBM can enhance muscle growth following training, reduce inflammation, and alleviate oxidative stress in muscle tissues. The review also raises the question of whether PBM should be allowed in competitive sports, prompting consideration by international regulatory authorities. 
Accelerate Post-Workout Recovery
Now, let's talk about that post-workout soreness. We've all been there – those days when it's hard to get out of bed after a grueling exercise session. Red light therapy comes to the rescue again, offering a solution that can cut down your downtime and get you back in the game faster.
Studies have shown that red light therapy reduces muscle damage, inflammation, and oxidative stress caused by intense workouts. In simpler terms, it means you'll experience less soreness, recover more quickly, and be ready to hit the gym sooner for your next killer workout.
How It Works:
Red light therapy has an anti-inflammatory effect on the body, reducing the production of pro-inflammatory molecules and increasing anti-inflammatory ones. It also enhances the body's ability to repair and regenerate tissues, helping muscles heal faster.
Photobiomodulation therapy (PBMT) has emerged as a promising alternative to the commonly used cryotherapy, but the question that drove this review  was whether PBMT outperforms cryotherapy in reducing recovery time and alleviating delayed onset muscle soreness after demanding physical activity. The review of the available evidence uncovered three high-quality double-blinded, randomized, placebo-controlled trials and two moderate-quality translational studies conducted on rats.
Remarkably, all five of these studies consistently favored PBMT over cryotherapy for post-exercise muscle recovery. PBMT exhibited superiority in reducing markers of inflammation, creatine kinase, and blood lactate when compared to cryotherapy, especially following intense aerobic or strength exercises. The benefits of PBMT, including shorter recovery times and improved muscle performance, can manifest within 24 to 96 hours after its application and suggest PBMT is a more effective approach to enhancing skeletal muscle recovery after exercise.
Whether you're an elite athlete aiming for peak performance or a fitness enthusiast on a quest for a healthier, stronger you, the power of red light therapy is within your reach.
If you’re looking for an affordable, portable option to rotate into your fitness routine, harness the power of red light therapy on the go, LUMEBOX has you covered.