Whey protein products have been known to be effective for men, but now it appears that it is useful for women. A study conducted by Purdue University revealed that women can benefit from Whey. Nutrition experts also contributed to the study. There has been more attention directed at how supplements react in a woman’s body. Most exercise physiology and nutrition or fitness related studies are done with men. Seeing as women are more active in sports and fitness it is important to do such studies that take into account biological and physiological differences. According to Wayne Campbell professor of nutrition science : “”There is a public perception that whey protein supplementation will lead to bulkiness in women, and these findings show that is not the case. “Simply taking a supplement would not increase muscle mass without a particular exercise regimen. However Whey can as the study discovered can allow for modest gains while not influencing fat mass. The study like any scientific investigation should be questioned, but it becomes more suspicious when the Whey Research Consortium financed the study. Robert Bergia a Perdue graduate research assistant led the study. Joshua Hudson a Purdue postdoctoral research associate who also contributed to this examination.
Whey protein is used as a supplement to contribute to muscle protein synthesis. It consists of beta-lactoglobulin, alpha lactalbumin, bovine serum albumin, and immunoglobins. Using too much can cause headaches or nausea if not consumed in the recommended amounts. These are the only side effects and it does not pose a serious health risk. Some may experience cramps, fatigue, stomach pains, or reduced appetite. There are several different types of Whey protein. This includes concentrate, isolate, and hydrolsate. Whey may have health benefits. It could possibly help with lowering cholesterol. Oddly enough, it may also be a method in combating asthma. Whey protein may have the ability to improve immune response in children with asthma. Other studies suggest Whey may also be a way to manage blood pressure and prevent cardiovascular disease. Whey is not the only protein supplement, yet it has gained popularity in fitness circles. There has yet to be a massive comprehensive study that compares various protein supplements and powders. There must be one that is better than the other . There is no scientific literature that proves which supplements compared to Whey are better, so consumers have to do their own research. It becomes more confusing when one is a neophyte reading fitness materials.
The need to study women and supplement effects is necessary. More women are becoming active in fitness and this also has business potential related to expansion of new consumers. Most importantly female athletes need supplements and training methods that are suited to their physiology. Taking this into account it can maximize athletic performance. Women are underrepresented in studies related to Whey protein supplementation. A majority of studies focused on men with 68% in total. Women are different in terms of biology and endocrine function which have an effect on physical fitness capacity. Knowing this training regimens and supplements can be designed to be more efficient. Otherwise women could be using methods that may not work for them. The reason why there is this underrepresented statistic is for a long period of time women were excluded from sports and discouraged form physical activity. Supplements were once seen as a male only consumer product. The only exception to this was diet pills marketed to women.
The fitness industry still markets weight loss and weight management to women, when there is a increasing interest for women who want to gain musculoskeletal mass. Women are no longer afraid to use weights despite persistent traditional gender expectations. This phase of study is still in a state of infancy. There are some issues with the study that can be noted. The method seemed logical, but there may be a problem with replication providing different conclusions. Other variables must be accounted for when conducting an experiment.
The study involved screening about 1,800 articles from journal databases. From these databases 13 studies were identified along with 28 intervention groups that were relevant to the supplement studies. The selection process involved obtaining studies that included healthy women participants , consumption of whey supplements, exercise activity, changes in lean body mass, and a minimum duration of six months of training. The question here is what exactly were the health conditions of participants? Health could simply mean that their is absence of disease from the body. This does not equate to physical fitness. There can be people who are healthy, but not physically fit. Women who may have been part of this study could have altered the results if they were athletes. Depending on what sport they are active in, their body fat levels could be lower than the average woman. This would distort the results of proving effectiveness.
The study if it wants to be precise it would have to use women with no athletic or fitness background as one group. Then take another sample group of physically fit women and give them Whey protein. Doing this for the same duration would produce a true result of Whey’s effectiveness. Then there is also the question of exercise. Which types of exercise were performed in these studies? This is significant due to the fact that other types of exercise is more effective at burning fat. It was once thought that just using a treadmill could be more effective at reducing weight or altering body composition. Although this can improve cardiovascular endurance it will not dramatically reduce weight. Weight training seems to be more efficient in this regard. If all of the participants were either exercising using treadmills, weights, or a combination of both this also may distort results. The six week duration seems like enough time to witness significant change and thus should not be changed in another attempt. Multiple factors matter when conducting a scientific inquiry. The first step would be to get a large sample of women then make detailed observations of progress.
There may be different results depending on a person’s genetic body type. The only way to know for sure would be to document the changes in women with endomorphic and ectomorphic body types. If changes can be seen in them it is at least moderately effective. If there is a change in women of high physical fitness level, then it can be said this is highly useful supplement. Bergia concluded: “Although more research is needed to specifically assess the effects of varying states of energy sufficiency and exercise training, the overall findings support that consuming whey protein supplements may aid women seeking to modestly improve body composition, especially when they are reducing energy intake to lose body weight.”
Whey can work on women. The question remains can women “bulk up” from it. The term bulking up in a colloquial and inaccurate term. The process of building muscle is muscular hypertrophy. The previous statement from Wayne Campbell may be premature. Changes related to the body depend on several factors. Genetics has a powerful influence relative to body type. Women who are naturally mesomorphic will have more potential for muscular hypertrophy. Exercise and training method are also pivotal in this equation. Women who are either using solely a treadmill will not get as strong compared to a woman lifting weights. Fitness goals are also a factor. Some women may merely want to burn fat, rather than build muscle mass gains. Sex has an impact relative to endocrine function. Seeing as women produce more estrogen and progesterone this means they will always have a higher body fat percentage. Hypothetically it is possible for a woman to make muscle mass gains if she does heavy resistance training, supplements with Whey, and eats a specific diet. This regimen must be consistent to produce a changes in muscular strength and size. Male and female muscle does not differ at a cellular level. The difference is in total mass. Supplements are not just for men. Women could probably benefit more from supplements. Whey may not be the sole protein supplement that is best, but this study could encourage more research into female athletic potential.