Most women who take their workouts seriously and want to build muscle have heard of or tried creatine. Of all the supplements on the market today, creatine is still by far the most researched and clinically validated. In fact, it has 100’s of studies that back its efficacy. Creatine is also one of the first sports supplements. It gained significant popularity after the 1992 Olympics, as it was used by some of the gold medal winners! It was first put on shelves by EAS as ‘Phosphagen’! Although it has a proven track record, there are still many myths and untruths about it – especially when it comes to female users. This article answers some of the most common questions that surround this popular muscle-building supplement.
What is Creatine?
Creatine is a naturally occurring amino acid found in meat and fish. Creatine is also found naturally present in the body. But despite these facts, it is impossible to get enough creatine from our body or from the food we eat to elicit its positive performance-enhancing effects without supplementing.
How Does Creatine Work?
Creatine provides a phosphate to the ADP molecule to produce ATP, which is the primary source of energy in muscle cells. Supplementing increases the body’s creatine stores. As a result more phosphocreatine is readily available to replenish ATP for use by the muscles when you’re lifting weights or performing a high intensity workout.
What Are the Benefits of Creatine?
Supplementing with creatine has shown some pretty impressive results including increased strength and power, gains in lean muscle mass, reduced fatigue, improved recovery and endurance, and greater muscle hydration.
How Do you Take Creatine? Must it be Combined with Sugar for Absorption?
Early research indicated that it was necessary to combine creatine with 75g of dextrose or sugar (causing an insulin spike) to help muscles absorb the supplement. This is because insulin helps shuttle nutrients to the muscles for use. This turned off many fitness ladies from using this supplement. However, new research suggests that absorption can be accomplished without the use of a high-glycemic sugar. A dose of 5g of creatine daily for at least 8-weeks will increase muscle creatine.
Do You Need to Load Creatine?
Traditionally, it was recommended to load creatine (25g daily, in divided doses) to quickly super-saturate your muscles for up to one week. Then, one would follow up the load with a maintenance dose of 5g per day. However, this is not necessary. By taking a 5g dose per day, your muscles will actually end up just as saturated in nearly the same amount of time! Don’t waste your money on extra product you don’t need.
Can You Take Creatine with Caffeine?
One study a long time ago suggested that caffeine hurt the results of creatine. However, no other studies have been able to replicate that fact. A similar follow-up study investigated an alternative strategy to optimize the independent effects of creatine and caffeine. Subjects abstained from caffeine during the loading period for 6 days. Then, they ingested a single dose of caffeine prior to exercise. They proved that acute ingestion of caffeine has ergogenic (i.e. performance enhancing) effects on short-term, high-intensity exercise regardless of whether creatine supplementation precedes the caffeine ingestion or not.
What Are the Side Effects of Creatine?
You may have heard that creatine can harm your kidneys or cause muscle cramping. Despite what you may have heard, there is no substantial research to support these claims. What’s more, creatine can actually reduce cramping since it improves muscle hydration and, even better, has been shown to have health benefits outside of sports performance (e.g., decreasing muscle pain, firming skin, managing cholesterol, improving cognition).
Can Creatine Be Stacked With Other Supplements?
Yes, creatine is often combined with other muscle building supplements. You can find it in protein powders, pre-workouts and mass gainers, to help increase muscle mass, strength and performance. If you prefer to supplement it with a few individual supplements, consider stacking it with beta-alanine. When creatine supplementation was combined with beta-alanine, it has been shown to increase lean muscle and decrease body fat composition more effectively than when taken separately.
Will You Lose Your Results When You Stop Taking Creatine?
No, you have put on muscle through your intense training and your body’s adaptive response to it. Creatine just helped fuel the training and muscles at work. If you choose to stop taking this supplement, you will no doubt lose water weight, but that muscle you put on will remain if you continue to eat clean and train consistently.
Should Women Take Creatine?
Absolutely. There is lots of evidence to support creatine’s effectiveness in women. Just like men, our bodies utilize this muscle builder in the same manner, and we can expect to see similar results. While creatine can cause some water retention, most of the additional water is retained within the muscle, which will facilitate one looking more defined. However, there are a number of factors (sodium, carbohydrate intake, etc.) that impact water retention. Not everyone has the same experience. In addition, it has been shown that women tend to hold more creatine stores naturally versus men who tend to hold less. That means we can supplement with less and get the same results. Supplement with 3 to 5 g daily for at least 8-weeks for maximum results.
References:
- Kreider. 2003. Mol and Cellular Biochemistry. 244:89-92
2. Maughan. 1995. Int J Sport Nutr. 5(2):94-101.
3. Harris et al. 1992. Clin Sci. 83: 367-374
4. Greehnaff et al.1993. Clin Sci 84; 564-571
5. Juhn and Tarnopolsky. 1998. Clin J Sports Med. 8:286-287
6. Terjung et al. 2000. Med Sci Sports Sci. 32:706-717
7. Vandenberge et al. 1996. J Apply Physiol 80: 452-457
8. Vandenberge et al. 1997. J Apply Physiol. 83: 2055-2063
9. Vandebuerie et al. 1998. Int J Sports Med. 19: 490-495
10. Kreider et al. 1998. Med Sci Sports Sci. 30: 73-82
11. Conway et al. 2003. J Appl Physiol 94:1557-1562
12. Hoffman et al. 2005. J of Strength and Cond Res. 19(2):260-264
13. Willoughby DA & Rosene J. (2001). Med Sci Sports Sci. 33(10): 1674-1681.
14. Robinson et al. 1999. J Appl Physiol. 87: 598-604
15. Pearson et al. 1999. J Strength Cond. Res. 13:187-192.
16. Jager et al. 2008. JISSN. Pg 1-2
17. Taylor et al. 2011. J Sport Sci Med. 10:254-260
18. Deldicque et al. 2008. Eur J Appl Physiol. 102(2):133-143
19. Jager et al. 2011. Amino Acids. 40:1369-1383
20. Child & Tallon. 2007. ISSN 4th Meeting Juen 12, 2007
23. Doherty et al. 2002. Med Sci Sports Exerc. 34(11)1785-1792
24. Giese & Lecher. 2009. Biochem Biophys Res Commun. 388(2): 252-255
25. Spillane et al. 2009. J Int Soc Sports Nutr. 6:6
26. Dash AK & Sawhney A.(2002) 29:939-945
27. Kim et al. 2011. Amino Acids. 40:1409-1418
28. Buford et al. 2007. JISSN. 4:6
29. Kreider et al. 2010. JISSN 7:7
30. Hoffman et al. 2006. Int J Sport Nutr Exer Metab. 16(4): 430-46