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<p><b>New page</b></p><div>[[File:L-Citrullin2.svg|L-Citrullin2|thumb]] '''Citrulline''' is an [[amino acid]] that plays a significant role in the [[urea cycle]], which is the process by which mammals excrete [[ammonia]] by converting it into [[urea]]. Citrulline is not coded for by [[DNA]] directly in [[protein]] synthesis, making it a non-proteinogenic amino acid. It is, however, crucial in the body for maintaining the [[amino acid]] balance, facilitating the removal of ammonia from the body, and participating in the production of certain proteins and [[enzymes]]. It is also involved in the synthesis of [[nitric oxide]], which plays a vital role in [[vascular]] health and [[blood flow]].<br />
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== Biosynthesis and Function ==<br />
Citrulline is primarily synthesized in the [[intestines]] and [[liver]] from [[glutamine]], [[glutamic acid]], and [[proline]] through the ornithine cycle (also known as the urea cycle). In this cycle, citrulline combines with aspartic acid to form [[argininosuccinate]], which is then split into [[arginine]] and [[fumarate]]. Arginine can be further metabolized to produce nitric oxide, a critical regulator of blood vessel dilation.<br />
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The presence of citrulline is also indicative of the body's process of synthesizing proteins and removing toxins. Its role in the production of nitric oxide suggests its importance in cardiovascular health, including reducing [[hypertension]] and improving blood flow. Additionally, citrulline supplementation has been explored for its potential benefits in [[exercise performance]] and recovery, as it may help increase blood flow to tissues and enhance the removal of ammonia, a byproduct of intense muscle exertion.<br />
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== Health Benefits and Uses ==<br />
Citrulline is often marketed as a dietary supplement with various claimed health benefits. These include enhancing athletic performance, improving cardiovascular health, and supporting erectile function by increasing nitric oxide production. While some studies support these benefits, particularly in the context of exercise performance and cardiovascular health, more research is needed to fully understand its efficacy and mechanisms.<br />
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== Dietary Sources ==<br />
Citrulline is found in some foods, with watermelon being a particularly rich source. Other sources include cucumbers, melons, pumpkins, and squashes. Despite its presence in these foods, the concentrations are generally lower than those typically used in dietary supplements.<br />
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== Citrulline Supplementation ==<br />
Supplementation with citrulline is popular among athletes and those seeking to improve cardiovascular health or exercise performance. It is available in various forms, including citrulline malate, a compound that combines citrulline with malic acid to potentially enhance its absorption and efficacy. When considering supplementation, it is important to consult with a healthcare provider to understand the appropriate dosage and potential interactions with other medications or conditions.<br />
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== Conclusion ==<br />
Citrulline plays a crucial role in the urea cycle and nitric oxide production, impacting protein synthesis, toxin removal, and vascular health. While naturally present in some foods, supplementation is often sought for its potential health benefits, particularly in exercise performance and cardiovascular health. Ongoing research continues to explore the full range of its effects and applications in medicine and health.<br />
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[[Category:Amino Acids]]<br />
[[Category:Biochemistry]]<br />
[[Category:Nutritional Supplements]]<br />
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