Nutritional Strategies for MMA Fighters: Lessons from Ancient African Warrior

21 March 24
Eben van Tonder

Introduction

When I was in Ile Ife, the spiritual capital city of the Yoruba people, I came face to face with an aspect of Africa that would transform my thinking about meat. An old butcher who must have been in his 90s told me that he would suggest different cuts from the animal based on the circumstances of the buyer. He would, for example, suggest that a pregnant woman buy offal. For someone who suffers from joint pain would suggest parts of the animal with lots of tendons.

Introduction to the nutritional perspective from the African worrier.

This set me on a quest to uncover the diet of an African worrier. The consumption of specific animal parts by African warriors before the battle is a practice rooted in cultural, spiritual, and nutritional beliefs—and offers intriguing insights for modern mixed martial arts (MMA) fighters. This historical perspective, combined with contemporary nutritional science, provides a comprehensive approach to optimizing diet for performance and recovery in combat sports.

African Relationship with Meat

-> Chicken Parts

I previously summarized the work, Rituals of Solidarity in an Igbo Village: A Symbolic Analysis of Meat Sharing Practices Among the Mmaku Igbo.” (Mark Anikpo, 1984) The work does not speak to the nutrition of soldiers in particular, but the Gizzard (Nkpuluma)LiverLeg (Kpolokpolo), and Tail End (Eke) of the chicken are reserved for the father or the oldest male in the family, symbolizing life sustenance and ritual power. This is not insignificant.

Chicken Gizzard

Nutritional Value: Chicken gizzards are a good source of protein, iron, zinc, and Vitamin B12. They are also rich in selenium, a mineral essential for antioxidant defence and thyroid function.

Comparison & Benefits: Compared to chicken breast, gizzards contain higher concentrations of certain minerals like zinc and iron, which are crucial for oxygen transport and muscle repair. Their high protein content aids in muscle recovery and growth, an essential factor for fighters.

Ancient Warriors vs. Modern Athletes: The high nutrient density of chicken gizzards could have offered ancient warriors benefits in endurance and recovery. For modern athletes, these attributes can support intense training demands, promoting recovery and enhancing performance.

— Chicken Liver

Nutritional Value: Chicken liver is an excellent source of high-quality protein, vitamins A, D, and B-complex, especially B12, along with iron, zinc, and phosphorus. It stands out for its high content of heme iron, crucial for oxygen transport.

Comparison & Benefits: The liver outshines most other chicken parts in vitamin and mineral content, particularly in vitamins A and B12, essential for energy metabolism and vision. Its rich iron content supports haemoglobin formation, enhancing oxygen delivery to muscles.

Ancient Warriors vs. Modern Athletes: For ancient warriors, consuming the liver could provide nutritional advantages for energy, recovery, and overall vitality. Modern athletes may benefit from its role in supporting metabolism, immune function, and oxygen delivery, critical for endurance and recovery in combat sports.

— Chicken Leg (Drumstick and Thigh)

Nutritional Value: Chicken legs are richer in fat and collagen compared to breast meat, providing a good source of protein, B vitamins, iron, and zinc. The skin and connective tissues offer collagen, beneficial for joint health.

Comparison & Benefits: The higher fat content in the legs provides sustained energy, making it advantageous for long-duration activities. Collagen is crucial for joint health and recovery, particularly in contact sports where injuries are common.

Ancient Warriors vs. Modern Athletes: The energy sustenance and joint support from consuming chicken legs would be beneficial for ancient warriors’ endurance and recovery. Modern athletes, especially in combat sports, can benefit from collagen for joint health and recovery.

— Chicken Tail End

Nutritional Value: The tail end is fatty, providing a concentrated source of energy. It contains small amounts of collagen and is flavorful, but its nutritional value is less documented.

Comparison & Benefits: The high-fat content offers energy; however, it lacks the protein and mineral richness of other parts. Its contribution to a fighter’s diet would primarily be caloric.

Ancient Warriors vs. Modern Athletes: For ancient warriors, the energy from the tail end could be beneficial during prolonged activities. Modern athletes might find less nutritional benefit here, focusing instead on parts rich in protein and minerals.

General Comparison and Application

Collagen: Present significantly in gizzards and leg parts, beneficial for joint and tissue repair. Essential for athletes in contact sports for injury prevention and recovery.

Vitamins & Minerals: Liver and gizzards are exceptionally rich in vitamins (A, D, B12) and minerals (iron, zinc), surpassing other chicken parts. These nutrients are crucial for energy production, oxygen transport, and overall health, offering an advantage to fighters for endurance and recovery.

Zinc and Other Minerals: Zinc, found abundantly in the liver and gizzards, is vital for immune function, wound healing, and muscle growth. These properties would have been invaluable to both ancient warriors and modern athletes for recovery and performance.

The consumption of chicken gizzards, liver, legs, and even the tail end, offers unique nutritional benefits that could provide advantages for high-performance athletes like MMA and UFC fighters, echoing the potential benefits these parts might have had for ancient warriors. Their rich content of collagen, vitamins, and minerals like zinc plays a significant role in recovery, endurance, and overall health, making them prized among native Africans and applicable to the diet of modern sports warriors.

-> The Heart

Mark Anikpo (1984) discussed the heart of different animals in the same breath as he discussed the chicken liver. He wrote, “The heart (of no meat value in the chicken) and the liver are considered the most important organs in the body. Similarly, the father of the family (usually the eldest male), being the breadwinner, represents the life of the family group.” He also associates it with the gizzards when he writes, “In the Igbo socio-cultural system, the eldest male in the group sharing chicken meat (or any other meat as we shall see later) is given the gizzard (heart, in other animals), liver, tail-end (eke) and the leg because a symbolic association is made of these parts with life sustenance and ritual power.” When the chicken is slaughtered, “the heart is shared like kola nut to all those present at the sacrifice.” (Anikpo, 1984).

Related to the ox or cow heart, Anikpo (1984) writes that “custom demands, that the father or the eldest male be given the heart. This again symbolises the position of the father as the ‘nerve’ centre of the family existence.” He describes the heart as the “prize”. He continues and discusses goat meat. “The goat meat belongs theoretically to the wife’s father although he is required by custom to share it with other relatives. He is entitled to one half of the goat plus the heart and the head intact.”

There can be no question that the heart has a very special place in Igbo culture as is the case in probably every tribe in Africa. The heart, whether from an ox, goat, or chicken, is a muscular organ rich in nutrients vital for overall health, recovery, and performance, making it an invaluable addition to the diet of high-performance athletes, such as MMA and UFC fighters. The evaluation of the heart in terms of collagen, protein, iron, and other minerals reveals its potential advantages, similar to the benefits offered by consuming specific chicken parts discussed earlier.

Let us delve into the nutritional consideration which is probably what is behind the value placed on it. We consider it for the major species under review.

— Ox Heart

Nutritional Value: The ox heart is a dense source of high-quality protein, B vitamins (especially B12), iron, zinc, selenium, and phosphorus. It contains some amount of collagen due to its muscular nature, which contributes to its overall nutritional profile.

Comparison & Benefits: Compared to more commonly consumed meat parts like muscle meat, the ox heart has a higher concentration of certain nutrients, particularly B vitamins and iron, crucial for energy metabolism and oxygen transport. The protein content supports muscle repair and growth, essential for athletes.

Ancient Warriors vs. Modern Athletes: Consuming ox heart would have provided ancient warriors with sustained energy and improved oxygen delivery, enhancing endurance and recovery. Modern athletes can benefit similarly, with the added advantage of collagen for joint health and recovery.

— Goat Heart

Nutritional Value: Similar to the ox heart, the goat heart is rich in protein, iron, zinc, and B vitamins. It also provides a good source of CoQ10, an important compound for energy production and antioxidant protection.

Comparison & Benefits: Goat heart stands out for its CoQ10 content, supporting heart health and energy production at the cellular level. The nutrient density, particularly in terms of iron and B vitamins, makes it beneficial for muscle recovery and endurance.

Ancient Warriors vs. Modern Athletes: For ancient warriors, the nutrient-rich goat heart could support prolonged physical activity and recovery. For modern athletes, especially those in contact sports, the benefits extend to improved energy metabolism and cardiovascular health.

Chicken Heart

Nutritional Value: Chicken heart is high in protein, vitamins B12 and B6, iron, and zinc. It is also a good source of taurine, an amino acid important for cardiovascular health and muscle function.

Comparison & Benefits: While the chicken heart contains less collagen than connective tissues, its high protein and nutrient content support muscle function and recovery. The presence of taurine and CoQ10 adds to its cardiovascular benefits.

Ancient Warriors vs. Modern Athletes: The nutritional profile of chicken heart, rich in energy-boosting and muscle-repairing nutrients, would have been advantageous for ancient warriors. Modern athletes can benefit from its support for muscle recovery, energy production, and heart health.

General Comparison and Application

Collagen: While not as rich in collagen as connective tissues, the muscular nature of the heart provides some amount of this important protein, supporting tissue repair and joint health.

Protein: The heart from all three animals provides a high-quality protein source, essential for muscle repair, growth, and recovery. The dense protein content is particularly beneficial for athletes involved in intensive training and competitions.

Iron and Other Minerals: The heart is rich in iron, crucial for oxygen transport and energy metabolism. Zinc supports immune function and wound healing, while selenium and phosphorus contribute to antioxidant defences and bone health.

The consumption of the heart from ox, goat, or chicken offers significant nutritional benefits, particularly for athletes in disciplines requiring high endurance, strength, and rapid recovery. The dense nutrient profile, including high-quality protein, iron, zinc, and B vitamins, supports energy metabolism, muscle recovery, and overall health. While the heart may not be as rich in collagen as connective tissues, its nutritional value in terms of protein and minerals makes it a valuable food source for both ancient warriors and modern athletes, providing a foundation for enhanced performance and recovery.

-> Blood

I spent a lot of time studying the history of the use of blood. In “The Ile Ife (ile ife) Notes I delved into many of the pertinent issues and what I believe to be the ancient link between spirituality and blood. The basis, I believe, is in the physiological value of blood.

Consuming blood has been part of African culture for millennia, as it has probably been in all cultures around the globe. In modern times, the Massai people of Kenya and Northern Tanzania stand out for having resisted the tide of the WHO against the consumption of blood the best. Their traditional diet relies heavily on milk and dairy products, lean beef and other meats, cattle fat, and blood, on which they depend for their salt intake. (The Cattle Economy of the Maasai, National Geographic)

The nutritional value of animal blood, particularly from sources like ox, goat, or chicken, offers a unique perspective when compared to other animal parts due to its distinct composition. Animal blood is rich in protein, iron, and various minerals, playing a significant role in traditional diets and potentially offering advantages for modern athletes, especially those in contact sports like MMA and UFC.

— Nutritional Value of Animal Blood

Nutritional Value: Animal blood is an excellent source of heme iron, which is more easily absorbed by the body than non-heme iron from plant sources. It also provides a good amount of protein and is rich in various minerals, including potassium and magnesium. While blood contains lower levels of collagen compared to connective tissues, it is a significant source of certain vitamins, especially some from the B group.

Comparison & Benefits:

  • Protein: Animal blood offers high-quality protein essential for muscle repair and growth, similar to that found in muscle meats but with a unique amino acid profile.
  • Iron: The heme iron in animal blood is particularly beneficial for athletes, aiding in oxygen transport and energy metabolism. Compared to muscle meats, blood can offer a more concentrated source of iron, making it valuable for preventing iron deficiency anaemia.
  • Collagen: While not a direct source of collagen, the amino acids in the blood can support collagen synthesis in the body, indirectly benefiting joint health and recovery.
  • Other Minerals: Blood is a source of minerals like potassium and magnesium, crucial for muscle function and recovery. While not as rich in zinc as the liver or gizzards, its overall mineral profile supports cardiovascular health and muscle activity.

— Application to Ancient Warriors and Modern Athletes

Ancient Warriors: The consumption of animal blood could have offered ancient warriors a compact and efficient source of iron and protein, vital for sustaining energy levels and physical endurance during prolonged battles or hunts. The psychological aspect of consuming blood, symbolizing strength and vitality, might also have played a role in its value among warriors.

Modern Athletes: For athletes, especially those in contact sports with high risks of injury and significant physical demands, the bioavailable iron and protein in animal blood can support oxygen transport, muscle repair, and overall energy metabolism. The mineral content, including potassium and magnesium, aids in muscle recovery and function, crucial during training and post-competition recovery phases.

Comparison with Other Animal Parts

Compared to the liver, which is vitamin and mineral-dense, animal blood provides a more focused source of bioavailable iron and protein but with less diversity in vitamins. Unlike the gizzard and leg, blood does not directly provide collagen but offers the amino acids necessary for the body’s collagen synthesis, supporting tissue repair and joint health indirectly. The tail end, primarily valued for its fat content, offers energy but lacks the broad nutritional profile that blood provides, particularly in terms of bioavailable iron and protein.

Animal blood, as a dietary component, offers specific nutritional benefits that can be particularly advantageous for high-performance athletes, such as those involved in MMA and UFC. Its rich content of bioavailable heme iron, high-quality protein, and essential minerals supports enhanced oxygen transport, muscle recovery, and overall energy metabolism. These characteristics could have been beneficial to ancient warriors for physical endurance and recovery, and they remain relevant for modern athletes seeking to optimize performance and accelerate recovery in demanding sports.

Incorporating animal blood into the diet, whether through direct consumption or as an ingredient in dishes like blood sausages, can be a strategic approach to leveraging its unique nutritional profile for sports performance and recovery, reflecting a practice rooted in tradition yet applicable to contemporary nutritional strategies for athletes.

Danger In Too Much Iron

Just as there is a danger in not enough iron, consuming too much iron is also detrimental. Due to the importance of this topic, I did a follow-up article to this one called “The Iron Diet: Fueling UFC Fighters with Blood Sausage“. Here I deal with the facts and show that the UFC, MME fighter, the boxer and Judoka hardly have to be concerned with consuming too much blood-based foods. I also show that such foods can easily be prepared and are extremely affordable from a budgetary perspective. I use a blood sausage as an example and show the balanced datary value in the sausage formulation I suggest.

Summary of African Worrier Foods

I summarise the animal parts we discussed and start the discussion on recipes. Many follow articles to come where I will take these parts one at a time and prepare some of these dishes:

The consumption of specific animal parts has been historically associated with gaining the perceived qualities of the animal itself. It is further set within a particular hierarchy of meat-sharing traditions all of which points to careful observation by past generations and the best parts being offered to the leaders in the community and households. This comprehensive system posits that parts like the heart, liver, and blood, alongside gizzards, legs (drumsticks and thighs), and the tail end, could impart strength, courage, vitality, and various physical or spiritual advantages crucial for prowess in battle or in competitive arenas. I am convinced that science bears testimony to the fact that these beliefs are grounded in careful observation over millennia.

Modern Application: Optimizing Nutrition for MMA Fighters

For MMA fighters, a diet incorporating a variety of nutrient-dense animal parts can significantly boost performance, energy levels, recovery, and overall health. Including dishes such as blood sausage, liver pâté, grilled heart (e.g., ox heart pastrami), sautéed gizzards, roasted chicken legs, and crispy tail end can provide a comprehensive range of benefits:

–> Blood Sausage – see “The Iron Diet: Fueling UFC Fighters with Blood Sausage

  • Rich in bioavailable heme iron and protein, crucial for oxygen transport and muscle repair. Ideal for consumption 2-3 times a week, in portions of 50-100 grams, to maintain optimal iron levels.
  • Possible dishes: Traditional blood sausage, blood pancakes, and blood tofu.

–> Liver Pâté (Sausage)

  • High in vitamin A, iron, and B vitamins, vital for energy metabolism, immune function, and red blood cell production. To prevent hypervitaminosis A, it’s recommended to consume moderately: 50-100 grams 2-3 times a week.
  • Possible dishes: Liver pâté, liver and onions, and liver dumplings.

–> Heart (e.g., Ox Heart Pastrami)

  • Packed with protein, CoQ10, and essential minerals, which are beneficial for energy production and cardiovascular health. Consuming 100-150 grams several times a week, including 3-4 hours before competition, can be particularly advantageous.
  • Possible dishes: Grilled heart skewers, heart stew, and heart pastrami.

–> Sautéed Gizzards

  • A good source of zinc and iron, which are essential for muscle growth and repair, as well as immune function. Adding 100-150 grams of sautéed gizzards to meals 2-3 times a week can bolster nutrient intake.
  • Possible dishes: Sautéed gizzards with onions, gizzard salad, and gizzard stew.

–> Roasted Chicken Legs (Drumsticks and Thighs)

  • Rich in collagen, fats, and protein, supporting sustained energy release, joint health, and muscle recovery. Including roasted legs in the diet 2-3 times a week, with portions of 150-200 grams, can enhance the overall nutritional profile.
  • Possible dishes: Roasted chicken legs with herbs, BBQ chicken drumsticks, and chicken leg curry.

–> Crispy Tail End

  • Provides concentrated energy from fats, though less nutrient-dense than other parts, it can be a flavorful addition to the diet in small quantities for variety.
  • Possible dishes: Fried chicken tail, crispy tail end skewers, and tail end in broth.

Conclusion

Integrating these diverse meat parts into an MMA fighter’s diet not only taps into traditional beliefs about the nutritional and symbolic power of animal organs but also aligns with modern nutritional science to optimize health, energy, and performance in high-intensity sports. This comprehensive approach to diet can support the demanding physical and recovery needs of combat athletes, reflecting a blend of historical wisdom and contemporary dietary strategies. Lastly, I must make this point again – it does not have to come at the cost of an arm and a leg and what I present here is far tastier than a hand full of supplement tablets or glasses of water or milk and powders full of fillers and half-baked promises!


All my work UFC articles are hosted at:


References

  • Fallon, S., & Enig, M.G. (2001). Nourishing Traditions: The Cookbook that Challenges Politically Correct Nutrition and the Diet Dictocrats. NewTrends Publishing.
  • Kuhnlein, H.V., & Kuhnlein, H.V. (1991). Animal Source Foods to Improve Micronutrient Nutrition in Developing Countries. Journal of Nutrition
  • Williams, P. (2007). Nutritional composition of red meat. Nutrition & Dietetics, 64(S4), S113-S119. This source provides an overview of the nutritional value of red meat, including organ meats like the heart.

The Fighter’s Edge: Harnessing Collagen for Peak Performance and Recovery

16 March '24
Eben van Tonder

Introduction

In the fiercely competitive world of UFC and high-intensity training, athletes constantly seek strategies to enhance recovery, improve performance, and minimize injury downtime. One crucial, yet often overlooked, component of an athlete’s nutrition strategy is collagen. This article delves into the science of collagen’s role in the body, its importance for athletes, and how incorporating collagen-rich foods into a meal plan can significantly impact recovery times and performance.

The Role of Collagen in the Body

Collagen, the most abundant protein in the animal kingdom, serves as the primary structural component of connective tissues throughout the body. Its unique triple helix structure of amino acids — predominantly glycine, proline, and hydroxyproline — provides tensile strength and elasticity to skin, bones, tendons, and ligaments.

Why Athletes Need More Collagen

Athletes, particularly those in combat sports like UFC, subject their bodies to intense physical stress. This stress demands more from the connective tissues for shock absorption, joint stability, and injury prevention. Collagen aids in the repair and maintenance of these tissues, supporting faster recovery and reducing injury risk.

Want to Know More:

Collagen intake is often highlighted in the context of athletic performance and recovery, primarily due to its role in maintaining the strength and integrity of connective tissues such as tendons, ligaments, cartilage, and bones. The increased interest among athletes in collagen supplementation stems from several key points related to physical activity and the body’s needs for repair and recovery:

1. Tendon and Ligament Health:
Stress and Recovery: Regular and intense physical activity puts significant stress on tendons and ligaments. Collagen provides the necessary amino acids (glycine, proline, and hydroxyproline) that are essential for the repair and maintenance of these connective tissues.
Injury Prevention: Adequate collagen synthesis is crucial for maintaining the elasticity and strength of tendons and ligaments, potentially reducing the risk of injuries.

2. Joint Health:
Cartilage Support: Collagen is a major component of cartilage, the tissue that cushions joints. High-impact and repetitive activities can wear down cartilage, leading to joint pain and conditions like osteoarthritis. Collagen supplementation may support cartilage repair and reduce joint pain, improving overall joint functionality.

3. Bone Strength:
Bone Density: Collagen contributes to the structural matrix of bones. Regular exercise, particularly weight-bearing activities, increases the need for bone remodelling and repair. Collagen intake may support bone health by providing the building blocks needed for bone formation, potentially enhancing bone density and reducing the risk of bone-related injuries.

4. Muscle Repair and Growth:
Protein Synthesis: While collagen is not a complete protein (it lacks tryptophan), it provides specific amino acids that can complement dietary protein intake, supporting muscle repair and growth. This is particularly relevant for athletes engaging in resistance training or activities that cause muscle microtears.

5. Skin Health:
Protection and Repair: Intense physical activity can also stress the skin through increased exposure to elements and potential damage from friction and sweat. Collagen may help maintain skin elasticity and resilience.

The Power of Collagen-Rich Foods

While collagen supplements are popular, they are extremely expensive and what is available through health shops and pharmacies are often loaded with mostly fillers to bring the price down. The fact is that collagen is easily obtainable and inexpensive. Collagen is a product of the animal body. Incorporating collagen-rich parts of the animal into one’s diet offers a holistic approach to nutrition. Foods like pork skin, beef tendons, chicken skin, and other collagen-rich parts of animals are not only nutritious but can also be delicious components of meals.

A Week of Collagen-Boosting Meals

I offer 7 recipes of collagen-rich food for athletes to incorporate into their weekly meal plans.

Day 1: Beef Tendon Stew

  • Recipe: Slow-cook beef tendons with vegetables like carrots, onions, and celery in a rich broth until the tendons become tender. This process can take 3-4 hours but results in a gelatinous, flavorful stew.
  • Collagen Content: Approximately 30g per serving.

Day 2: Pork Skin Cracklings

  • Recipe: Season pork skin with salt and bake at a low temperature until dry, then broil until crispy. Serve as a snack or with a meal.
  • Collagen Content: Around 20g per 50g serving.

Day 3: Chicken Skin Tacos

  • Recipe: Bake seasoned chicken skin until crispy. Use as a taco shell and fill with your choice of ingredients like grilled chicken, lettuce, and salsa.
  • Collagen Content: Approximately 15g per serving.

Day 4: Braised Beef Shin

  • Recipe: Braise beef shin with herbs and vegetables until the meat is tender and the collagen-rich marrow is soft.
  • Collagen Content: Around 25g per serving.

Day 5: Belly Rashers and Eggs

  • Recipe: Grill skin-on pork belly rashers until crispy. Serve with fried eggs for a protein-rich breakfast.
  • Collagen Content: Approximately 20g per serving.

Day 6: Bone Broth

  • Recipe: Simmer beef knuckles, marrow bones, and vegetables for 24 hours. Strain and season for a nutritious broth.
  • Collagen Content: 10g per cup.

Day 7: Pork Trotter Soup

  • Recipe: Slow-cook pork trotters with spices, vegetables, and herbs until the meat falls off the bone.
  • Collagen Content: Approximately 35g per serving.

The Oake Woods Options

The company Oake, Woods & Co (Pty) Ltd, from Cape Town, has spent 5 years developing a select range of high collagen-rich sausages which they are selling under the brand name Oake Woods. Incorporating these as snack food or as part of a main meal into your weekly meal strategy will yield exceptional results from a collagen-intake perspective. These products can be manufactured under license anywhere in the world. Click on the company logo to be directed to the contact details.

The Impact on Recovery

Incorporating these collagen-rich meals into a weekly meal plan can significantly enhance an athlete’s recovery process. Collagen provides the essential building blocks for repairing and strengthening connective tissues, reducing injury risk, and improving joint health. For UFC fighters and high-intensity athletes, this means potentially shorter recovery times from both injuries and rigorous training sessions, allowing for more effective training and improved performance in the ring.

Want to Know More:

The digestion and assimilation of collagen, and its subsequent use in the body for repair and synthesis of new collagen or other components, involve several complex processes. When you consume collagen, whether through food or supplements, it’s broken down into its constituent amino acids and smaller peptides during digestion. This breakdown is necessary because proteins, including collagen, cannot be absorbed intact by the digestive system. The process by which collagen is digested, absorbed, and utilized for tissue repair and synthesis involves multiple steps:

1. Digestion:

Collagen proteins in food are first broken down into smaller peptides and individual amino acids by digestive enzymes. This process begins in the stomach:

Stomach Acid (HCl): Hydrochloric acid in the stomach denatures the collagen proteins, unfolding their triple helix structure and making them more accessible to digestive enzymes.

Pepsin: This enzyme, activated in the acidic environment of the stomach, further breaks down the collagen into smaller peptides.
The digestion continues in the small intestine:

Pancreatic Enzymes: Enzymes from the pancreas, including trypsin and chymotrypsin, further cleave these peptides into even smaller peptides and individual amino acids.

2. Absorption:

The breakdown products of collagen digestion—small peptides and amino acids—are absorbed through the small intestine’s lining:

Amino Acids: Individual amino acids are absorbed by active transport, which involves specific transporters for different amino acids.

Dipeptides and Tripeptides: Small peptides, including dipeptides and tripeptides, can be absorbed more efficiently than free amino acids through a process called peptide transport. These peptides are transported into the intestinal cells (enterocytes) using peptide transporters, primarily PEPT1.

Once inside the enterocytes, dipeptides and tripeptides can be further broken down into individual amino acids. These amino acids, along with those absorbed directly, enter the bloodstream.

3. Distribution and Utilization:

The absorbed amino acids and peptides are then distributed throughout the body via the bloodstream. Their utilization for collagen synthesis or other functions takes place in various tissues, depending on the body’s needs:

Fibroblasts: In the skin, tendons, and ligaments, fibroblasts use these amino acids to synthesize new collagen. The process involves the translation of mRNA into the precursor of collagen, pro-collagen, inside the fibroblast cells. This precursor undergoes several post-translational modifications, including hydroxylation of proline and lysine residues, crucial for forming the stable triple helix structure of collagen.

Chondrocytes: In cartilage, chondrocytes synthesize type II collagen, essential for cartilage structure and function.

Osteoblasts: In bones, osteoblasts use these amino acids to produce type I collagen, a major component of the bone matrix.

4. Post-Translational Modifications and Secretion:

The synthesis of collagen is not only about linking amino acids together but also involves critical post-translational modifications:

Hydroxylation: Proline and lysine residues in the collagen chain are hydroxylated, requiring vitamin C as a cofactor. This modification is essential for the stability of the collagen triple helix.

Glycosylation: Some hydroxylysine residues are glycosylated, which is important for collagen secretion and quality.

Formation of the Triple Helix: Three collagen chains form a triple helix structure, known as procollagen.
Secretion and Formation of Mature Collagen: Procollagen is secreted into the extracellular space, where it is cleaved by specific enzymes to form mature collagen, which then assembles into fibrils and fibres, providing structural support to tissues.

This intricate process of collagen digestion, absorption, and utilization underscores the importance of various nutrients (like vitamin C for hydroxylation) and the efficiency of the body’s transport and synthetic mechanisms in maintaining and repairing tissues.

Conclusion

The strategic inclusion of collagen-rich foods in an athlete’s diet is a game-changer for recovery and performance. Beyond supplements, natural food sources offer a variety of nutrients essential for health and recovery. By embracing the power of collagen through these daily meals, fighters can ensure they’re not only hitting their nutritional marks but also paving the way for longevity in their demanding sport.


All my work UFC articles are hosted at:



References

  • Shaw, G., et al. “Vitamin C–enriched gelatin supplementation before intermittent activity augments collagen synthesis.” The American Journal of Clinical Nutrition, vol. 105, no. 1, 2017, pp. 136-143.
  • Clark, K.L., et al. “24-Week study on the use of collagen hydrolysate as a dietary supplement in athletes with activity-related joint pain.” Current Medical Research and Opinion, vol. 24, no. 5, 2008, pp. 1485-1496.
  • Baar, K. “Minimizing Injury and Maximizing Return to Play: Lessons from Engineered Ligaments.” Sports Medicine, vol.

The Role of Animal Proteins in Tissue Repair and Injury Recovery

13 Feb 24
Eben van Tonder

Introduction

My primary thesis in this series is that meat-based nutrition is remarkably complete and easily accessible to the human body. It is important to all humans but especially to athletes who train hard and who are involved in extreme sports like UFC fighters. Many of the expensive supplements can be discarded simply by following a meat-based diet. In this article, I want to focus attention on the value of meat proteins.

Meat Proteins are Gold

The most basic building block of meat is the protein. They are essential for life. When we ingest them they are broken down by our digestive system into the tiny building blocks of proteins called amino acids. Our bodies break the proteins down into their building blocks and then use the building blocks to “build” new proteins for various functions within the human body. Amino acids in turn are the building blocks of proteins. Our bodies are unable to create all the amino acids required. This is the most fundamental aspect of nutrition.

The proteins it can not create itself are called essential, meaning they must be part of what we eat which is the only way we can get it. Essential amino acids cannot be synthesized (created) by the body. In contrast, nonessential amino acids can be produced by the body. Animal proteins (meat) are complete proteins, containing all essential amino acids in sufficient quantities. This completeness is vital for the body to synthesize (build) its own proteins, a process where these amino acids are assembled into specific sequences based on genetic instructions, enabling the body to perform various functions like muscle repair and enzyme production. They are used for a variety of important functions. For instance, some are involved in supporting the immune system, aiding in wound healing, and providing energy for the body. Others play a role in neurotransmitter production, which is crucial for brain function and mood regulation. Essentially, these amino acids contribute to maintaining the overall health and proper functioning of our bodies, even though we don’t need to obtain them directly from our diet.

The earliest humans ate meat. Meat is the only source we have that contains all the essential amino acids we need but can’t create ourselves. Meat not only contains all the essential amino acids, but it also contains them in sufficient quantities. This completeness is vital for the body to synthesize or build its own proteins, a process where these amino acids are assembled into specific sequences based on genetic instructions, enabling the body to perform various functions like muscle repair and enzyme production. The body uses the building blocks of the animal protein to build its own proteins but when it builds its own protein, it does so according to the blueprint of its own DNA and not according to the blueprint of the animal’s DNA.

The essential amino acids are key in muscle building and repair, others are important for maintaining healthy skin and hair, and some play a role in the proper functioning of the digestive and nervous systems. Essential amino acids are integral to producing hormones and enzymes that regulate bodily functions. The essential amino acids are Histidine, Isoleucine, Leucine, Lysine, Methionine, Phenylalanine, Threonine, Tryptophan, and Valine.

Having established the supreme value of meat, I want to remind you why I chose the UFC fighter and their nutritional demand to highlight the value of meat-based nutrition.

Birth of the UFC

The Ultimate Fighting Championship (UFC) was created by Art Davie, Rorion Gracie, Robert Meyrowitz, and John Milius. The first event was held on November 12, 1993. Rorion Gracie, from the renowned Gracie family, wanted to create a tournament to showcase Brazilian jiu-jitsu as the most effective martial art, allowing fighters from different disciplines to compete under minimal rules. Art Davie proposed the business idea, Robert Meyrowitz’s Semaphore Entertainment Group provided the pay-per-view platform, and John Milius contributed to the conceptual framework of the event. The UFC has since evolved from its early no-holds-barred roots to a highly regulated and mainstream sport.

The UFC fighter’s body requires ultimate nutrition due to the intense training they undergo as well as the physical nature of this fighting sport. It is like other top contact fighting sports like boxing, and judo. In the realm of contact sports, UFC fighters are subjected to one of the highest risks of injury, a consequence of the sport’s intense physical demands and the diverse range of techniques employed during combat. This accentuates the nutritional needs associated with this sport.

Mixed Martial Arts (MMA), the foundation of UFC, amalgamates striking, grappling, and submission techniques, exposing athletes to a broad spectrum of injury risks including, but not limited to, concussions, fractures, and soft tissue damage. As outlined earlier, the UFC’s multifaceted approach contrasts with the more specialized physical demands and injury risks associated with sports like boxing and judo, thereby necessitating a comprehensive strategy for injury prevention and recovery.

The Role of Animal Proteins in Recovery

For athletes, particularly those in high-impact sports such as UFC, the nutritional strategy for recovery is paramount. Animal proteins play a critical role in the repair and rebuilding of tissues damaged during intense physical encounters. Animal proteins, rich in essential amino acids, serve as the building blocks for new proteins, facilitating the repair of muscle fibres, connective tissues, and even bone structures impacted by the rigours of combat.

Protein Synthesis and Tissue Repair

Protein synthesis is a biological process in which cells generate new proteins. This process is crucial for repairing tissues damaged during physical activity. The body prioritizes repairs based on the severity of the damage and the physiological demands on specific tissues. For example, muscle tissues undergoing frequent and intense use during a fight might receive priority in the repair queue. The synthesis of new protein strands to repair or replace damaged ones is influenced by the availability of amino acids, which are more abundantly and readily available in animal proteins.

Animal proteins contain all nine essential amino acids necessary for human health, making them complete proteins. This completeness is vital for initiating efficient repair processes. After consumption, the body breaks down dietary proteins into their amino acid components, which are then transported to various tissues to support growth, repair, and maintenance processes.

The Advantages of Animal Fats and Proteins

Beyond amino acids, animal proteins often come with associated nutrients, including iron, vitamin B12, zinc, and omega-3 fatty acids, which can contribute to improved recovery times. These nutrients support not only the physical repair processes but also the inflammatory response necessary for recovery, enhancing overall healing.

Animal fats, particularly those from fish and grass-fed meats, provide omega-3 fatty acids, known for their anti-inflammatory properties. In the context of injury recovery, reducing inflammation can be crucial in speeding up the healing process and returning athletes to training and competition more quickly.

Comparison with Plant-based Proteins

While plant-based diets can offer health benefits and are an essential part of a balanced diet, plant proteins are typically incomplete, meaning they lack one or more of the essential amino acids. Athletes, especially those in high-demand sports like UFC, might find it challenging to rely solely on plant proteins for their recovery needs. The bioavailability of nutrients in animal sources is generally higher than in plant sources, meaning the body can absorb and utilize these nutrients more efficiently.

Conclusion

The recovery process is as critical as the training regimen for UFC fighters. Incorporating a diet rich in animal proteins and fats can provide the essential nutrients necessary for efficient tissue repair, reducing recovery times, and maintaining optimal performance levels. While plant-based proteins and diets play a significant role in overall health, the unique benefits of animal proteins in the context of injury recovery and tissue repair cannot be overlooked. Ensuring a balanced intake of these nutrients can help athletes navigate the challenges of recovery, returning stronger and more prepared for the demands of their sport.


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References

  – “Is This Legal?: The Inside Story of The First UFC from the Man Who Created It” by Art Davie and Sean Wheelock. 

  – “Total MMA: Inside Ultimate Fighting” by Jonathan Snowden.

  – The American Journal of Clinical Nutrition (AJCN) 

  – “Nutrition and Enhanced Sports Performance: Muscle Building, Endurance, and Strength” by Debasis Bagchi, Sreejayan Nair, and Chandan K. Sen.

A List of UFC Articles

–Optimal athletic performance is intricately linked to the principles of meat science, a field that continues to provide vital insights into health and human potential

–Power-Food should be affordable


Complete List of UFC Articles


UFC Meets Meat Science: Performance Elevated to the Next Level

13 March 24
Eben van Tonder

Introduction

My work in meat science started in 2008 when I created a bacon brand. Initially, my goal was to understand my trade. Over the past 16 years, my work changed from purely a meat scientist to incorporating diet, nutrition and a healthy lifestyle.

There is no single aspect of my work that does not find direct application in these areas. The best application is in high-impact sports. One example of this is my work on nitrites in cured meat. What started as a curiosity became a major part of my life, and I debunked the notion that nitrites are bad for humans. I learned that the contrary is true. Nitrites are essential for human health. I learned that nitrites and nitrates are precursors to nitric oxide, being members of the reactive nitrogen species and they are in a real sense like the Father, Son and Holy Spirit in Christianity in that where you have the one, you will always have all three. Over time, I got to know the Texan medical doctor, Dr. Nathan Bryan

The spotlight on the physiologically important molecule of Nitric Oxide was first shone brightly on this compound in 1998 when Dr Ferid Murad, along with his colleagues Dr Robert F. Furchgott and Dr Louis J. Ignarro, who were awarded the Nobel Prize in Physiology or Medicine for their work on it. Their groundbreaking work unveiled nitric oxide as a critical signalling molecule in the cardiovascular system, revolutionizing our approach to cardiovascular health. Their Nobel citation highlighted their discoveries concerning “nitric oxide as a signalling molecule in the cardiovascular system,” a revelation that laid the groundwork for innovative treatments aimed at controlling blood pressure and enhancing blood flow through vessel dilation.

By understanding the process of meat curing, I managed to understand the crucial role it plays in human physiology and the discussion becomes critical in the environment of healthy living and top athletes, particularly in fighting sports. I have done Judo since I was 6 years old, have a first dan and achieved several medals in the South African National Championships over the years. The subject is close to my heart and I understand it!

How Meat Science Meets UFC, the Ultimate in Full-Contact Fighting

Dr. Nathan Bryan is a protégé of Dr. Ferid Murad and significantly advanced the foundational knowledge established by his mentor and colleagues. Training under the guidance of a Nobel Laureate, Dr. Bryan was uniquely positioned to delve deeper into the multifaceted roles of nitric oxide within the human body. His career has been marked by a fervent pursuit to expand our understanding of NO, exploring its impact far beyond just cardiovascular health.

Dr Nathan Bryan’s research into nitric oxide (NO) transcends the traditional bounds of cardiovascular and immune system health, reaching into the demanding world of high-impact athletes, such as Mixed Martial Arts (MMA) fighters and other top-level competitors. His work on the practical applications of nitric oxide through nutrition and supplementation has unveiled significant benefits for athletes, particularly in areas critical to their performance and recovery.

Athletes, especially those engaged in high-intensity sports are constantly seeking ways to enhance their recovery from the rigorous demands of training and competition. The physical toll of intense workouts, fights, and the inevitable injuries that accompany high-level athletic endeavours necessitates a comprehensive approach to recovery. UFC emerged as the primary arena for me to put my theories to the test. Dr. Bryan’s research into nitric oxide becomes particularly relevant in this arena.

I give you a small taste of what is to come. Nitric oxide plays a pivotal role in several physiological processes vital to athletes, including blood flow regulation, oxygen delivery, nutrient transport, and muscle recovery. By enhancing the body’s natural production of NO through specific dietary choices and supplementation, athletes can experience improved blood flow. This, in turn, facilitates more efficient delivery of oxygen and essential nutrients to stressed or injured tissues, accelerating the recovery process. Improved blood flow also helps in the removal of metabolic waste products, which can reduce muscle soreness and decrease recovery time between intense training sessions and competitions.

Furthermore, Dr. Bryan’s advocacy for lifestyle interventions to boost nitric oxide levels introduces a holistic approach to athlete health and performance enhancement. Through dietary strategies that increase NO production, such as the consumption of nitrate-rich vegetables (e.g., beets, spinach, and arugula) and cured products like bacon and ham and supplementation with NO-boosting compounds, athletes can support their body’s recovery processes naturally and effectively. This nutritional strategy not only aids in the immediate recovery from intense physical exertion but also contributes to the long-term management and prevention of chronic conditions that can impede athletic performance, such as metabolic syndrome, obesity, and diabetes.

UFC as a Prime Example of High-Impact Sport

The Ultimate Fighting Championship (UFC), established in 1993 by Art Davie, Rorion Gracie, and their associates, exemplifies the zenith of high-impact sport, intertwining diverse martial arts disciplines into a singular, unparalleled competition. Rorion Gracie, bringing his profound Brazilian Jiu-Jitsu (BJJ) training—a martial art refined by the Gracie family from its Judo and Japanese Jiu-Jitsu roots—aimed to demonstrate BJJ’s superiority in real combat. The success of Royce Gracie, Rorion’s brother, in the inaugural UFC tournament, winning against opponents of various fighting backgrounds, solidified BJJ’s efficacy and UFC’s foundational premise: to determine the most effective martial art in situations resembling real combat.

Over the years, UFC has introduced the world to fighters of legendary status like Conor McGregor, Khabib Nurmagomedov, and Amanda Nunes, whose names have become synonymous with the sport itself. Moreover, the UFC has seen athletes from other high-contact disciplines step into the octagon, with varying degrees of success, further testament to MMA’s demanding and inclusive nature.

Conclusion

The use of UFC as a prime application of my work is natural and one I like. This rigorous and all-encompassing fighting platform perfectly aligns with the principles of meat science, particularly regarding the role of nutrition in athlete performance and recovery. I am a pragmatic food scientist with nearly two decades of research and study, who navigates through the intertwined realms of food science and athletic performance with unmatched expertise. My narrative, devoid of commercial bias, underscores the profound impact of meat science on athletic recovery and performance, offering a fact-based exploration into optimal nutrition. I did not arrive at my conclusions because someone paid me. I came to my convictions through the rigour of science!

Learning from and interacting with people like Dr Nathan Bryan, who with him brings groundbreaking discoveries by Nobel Laureates such as Dr Ferid Murad, Dr Robert F. Furchgott, and Dr Louis J. Ignarro regarding nitric oxide, serves as a cornerstone for understanding the nuanced relationship between nutrition and peak athletic performance. The UFC’s high-stakes environment underscores the critical role of scientifically grounded nutrition strategies, emphasizing how a diet rich in meats and complemented by specific plant-based foods can propel athletes to superior recovery and performance levels. My insightful journey, drawing from esteemed research and practical applications, showcases the undeniable truth: optimal athletic performance is intricately linked to the principles of meat science, a field that continues to provide vital insights into health and human potential.

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