According to Gram Research analysis, a 14-day study of 24 professional cyclists found that 12 grams daily of chickpea protein hydrolysate reduced two key inflammation markers (lactate dehydrogenase and C-reactive protein) compared to placebo, suggesting the supplement may help reduce exercise-induced muscle damage and inflammation. However, the study was short and didn’t measure whether these improvements actually enhanced recovery or performance.
Researchers tested whether a special chickpea protein supplement could help road cyclists recover better after training. Twenty-four professional cyclists took either 12 grams of chickpea protein hydrolysate or a placebo for 14 days. The chickpea protein group showed improvements in two key recovery markers: lactate dehydrogenase and C-reactive protein, both signs of muscle damage and inflammation. While the study was short and didn’t measure actual performance improvements, the results suggest chickpea protein might help reduce the body’s inflammatory response to intense cycling training.
Key Statistics
A 2026 randomized controlled trial of 24 professional male cyclists found that 12 grams daily of chickpea protein hydrolysate significantly decreased lactate dehydrogenase (p = 0.04) and C-reactive protein (p = 0.02) compared to placebo over 14 days.
In the chickpea protein group, lactate dehydrogenase decreased while it increased in the placebo group, with C-reactive protein showing the same favorable pattern in the supplemented cyclists over the 14-day study period.
Creatine kinase, another muscle damage marker, showed a favorable trend in cyclists taking chickpea protein hydrolysate but did not reach statistical significance (p = 0.062) compared to placebo in this 24-person study.
The Quick Take
- What they studied: Whether a chickpea protein supplement could reduce muscle damage and inflammation markers in cyclists after training
- Who participated: Twenty-four male professional road cyclists who were part of cycling federations and already eating high amounts of protein daily
- Key finding: Cyclists taking chickpea protein hydrolysate showed decreases in two inflammation markers (lactate dehydrogenase and C-reactive protein) compared to the placebo group, which showed increases in these same markers
- What it means for you: If you’re a serious cyclist, chickpea protein might help reduce exercise-related inflammation, though the study was short and didn’t measure whether this actually improved performance or recovery speed
The Research Details
This was a randomized controlled trial, which is one of the strongest types of scientific studies. Researchers randomly assigned 24 cyclists to receive either 12 grams of chickpea protein hydrolysate (a processed form of chickpea protein) or a placebo (fake supplement) each day for 14 days. The cyclists took their supplement after training sessions. Neither the cyclists nor the researchers knew who was getting the real supplement and who was getting the placebo until the study ended, which helps prevent bias.
Before and after the 14-day period, researchers measured several things: body weight and composition, training load, diet, and blood markers that indicate muscle damage and inflammation. They carefully tracked everything to make sure the two groups were similar at the start and that they trained the same way during the study.
The chickpea protein hydrolysate was chosen because previous research showed it has antioxidant properties, meaning it may help fight cellular damage caused by intense exercise.
This study design is important because it controls for many factors that could affect results. By randomly assigning cyclists to groups and using a placebo, researchers can be more confident that any differences between groups came from the chickpea protein itself, not from other factors like different training or diet. The fact that neither participants nor researchers knew who got the real supplement reduces the chance that expectations influenced the results.
This study has several strengths: it used a placebo control, randomly assigned participants, and kept both cyclists and researchers blinded to the treatment. The researchers also carefully monitored training and diet to ensure fair comparison. However, the study was quite short (only 14 days) and included only 24 participants, all male professional cyclists. The participants already ate very high amounts of protein daily, which may have limited how much the supplement could help. The study measured blood markers but didn’t directly test whether cyclists actually recovered faster or performed better.
What the Results Show
The chickpea protein group showed significant improvements in two key blood markers compared to placebo. Lactate dehydrogenase (LDH), an enzyme that increases when muscles are damaged, decreased in the chickpea protein group but increased slightly in the placebo group (p = 0.04, meaning there’s only a 4% chance this difference happened by random chance). C-reactive protein (CRP), a marker of inflammation in the body, also decreased in the chickpea protein group while increasing in the placebo group (p = 0.02).
Creatine kinase (CK), another muscle damage marker, showed a favorable pattern in the chickpea protein group, but the difference between groups didn’t quite reach statistical significance (p = 0.062). Myoglobin, a protein released from muscles during damage, followed a similar downward trend in the chickpea protein group.
Importantly, the two groups showed no differences in body composition, training load, or dietary intake during the study. This means the groups were well-matched and trained similarly, making the results more reliable.
The study found that the high baseline protein intake of the cyclists (more than 2 grams per kilogram of body weight daily) may have limited changes in body composition. This suggests that when athletes already eat plenty of protein, adding more protein supplementation may not change muscle mass or body fat, but it might still help with recovery markers. The favorable trends in creatine kinase and myoglobin, even though they didn’t reach statistical significance, suggest the chickpea protein may have had a broader effect on reducing muscle damage across multiple markers.
Previous research has shown that chickpea protein contains bioactive compounds with antioxidant and immune-modulating properties, meaning it can fight cellular damage and help regulate the immune system. This study is among the first to test whether these properties actually help athletes recover from intense training. The results align with the theoretical basis for why chickpea protein might help, but the short duration and small sample size mean this is an early-stage finding that needs confirmation in larger, longer studies.
This study has several important limitations. First, it lasted only 14 days, which is quite short for measuring meaningful changes in athletic performance or recovery. Second, the sample included only 24 male cyclists, so results may not apply to female athletes, non-cyclists, or recreational athletes. Third, the cyclists already ate very high amounts of protein daily, which may have limited the supplement’s additional benefit. Fourth, the study measured blood markers but didn’t directly test whether cyclists actually recovered faster, trained harder, or performed better. Finally, the study didn’t measure whether the improvements in blood markers lasted beyond the 14-day period or whether they translated into real-world benefits for training and competition.
The Bottom Line
For professional cyclists eating high amounts of protein, chickpea protein hydrolysate at 12 grams daily may help reduce exercise-induced inflammation markers, though the evidence is preliminary (moderate confidence). The supplement appears safe and may be worth trying if you’re a serious cyclist looking for every possible recovery advantage. However, don’t expect dramatic changes in body composition or performance based on this study. For recreational cyclists or those with lower protein intakes, the benefit is unclear. Always consult a sports nutritionist or doctor before starting any supplement.
This research is most relevant to professional and competitive road cyclists who already eat high amounts of protein and are looking for ways to optimize recovery. Recreational cyclists may see less benefit. The study included only men, so women should be cautious about assuming the same results apply. Athletes in other sports may find the results interesting but shouldn’t assume chickpea protein will help them the same way. People with chickpea allergies or sensitivities should avoid this supplement.
The study measured changes over 14 days, so if chickpea protein helps, you might see improvements in inflammation markers within two weeks. However, this is a very short timeframe, and longer-term studies are needed to determine whether these improvements continue or translate into better performance and recovery over months of training.
Frequently Asked Questions
Does chickpea protein help athletes recover faster from training?
A 2026 study of 24 cyclists found that chickpea protein hydrolysate reduced inflammation markers over 14 days, suggesting it may help reduce exercise-induced muscle damage. However, the study didn’t measure actual recovery speed or performance improvements, so more research is needed.
How much chickpea protein should cyclists take daily?
The study used 12 grams of chickpea protein hydrolysate daily, taken after training sessions. This dose was chosen based on previous research showing antioxidant benefits. Always consult a sports nutritionist before starting supplementation.
Will chickpea protein help me build muscle?
In this study, cyclists taking chickpea protein showed no changes in body composition over 14 days, likely because they already ate very high amounts of protein daily. Additional protein supplementation didn’t increase muscle mass in this group.
Is chickpea protein safe for athletes?
The study found no safety concerns with 12 grams daily of chickpea protein hydrolysate in cyclists over 14 days. However, avoid it if you have chickpea allergies. Consult a doctor before starting any supplement.
Can non-cyclists benefit from chickpea protein supplementation?
This study tested only professional male road cyclists, so results may not apply to other athletes, recreational exercisers, or women. More research is needed to determine benefits for other populations.
Want to Apply This Research?
- Track daily chickpea protein supplementation (12g) and measure perceived recovery quality on a 1-10 scale each morning, along with training intensity and sleep hours, to correlate supplement use with subjective recovery over 4-8 weeks
- Add a daily reminder to take 12 grams of chickpea protein hydrolysate after training sessions, and log it in your app alongside your workout details to maintain consistency and monitor patterns
- Over 4-8 weeks, track perceived muscle soreness, training performance metrics, and recovery speed between hard workouts to see if supplementation correlates with subjective improvements, while noting that blood marker changes may not translate to noticeable performance gains
This research describes preliminary findings from a short-term study in professional cyclists. The results should not be interpreted as medical advice. Chickpea protein supplementation may not be appropriate for everyone, particularly those with chickpea allergies or certain medical conditions. The study measured blood markers but did not directly assess performance improvements or recovery speed. Before starting any supplement, consult with a healthcare provider, sports medicine doctor, or registered sports nutritionist, especially if you take medications or have existing health conditions. Individual results may vary, and longer-term studies are needed to determine whether these biomarker changes translate into meaningful improvements in athletic performance or training adaptation.
This research translation is published by Gram Research, the science division of Gram, an AI-powered nutrition tracking app.