Creatine supplementation is known to reduce lactic acid during exercise and can aid in muscle recovery after your workouts.
Product Reviewed: Pumped Extreme - Kre-Alkalyn Complex Creatine
Rating: 5 Star
Reviewer: Max Mussello
Out of all the Creatine's I've tried, from powdered monohydrate creatine to fancy sounding pre-made stacks, this Kre-Alkylyn complex called Pumped Extreme is hands down the best ever. The first part of this creatine review will be a Pumped Extreme Review, because it is the best creatine supplement that I have ever tried and it has given me the most muscular gains!
Having a sensitive stomach and an aversion to putting chemicals or anything unnatural in my body, this was like a miracle solution for me! Pumped Extreme comes in a capsule format, and you can avoid all the common side effects associated with traditional creatine use such as cramping, diarrhea, indigestion, anxiety attacks, etc. This was my experience anyway, and I cannot tell you that creatine works like illegal steroids, because it doesn't. I can tell you though that I have used many different brands in the past with minimal results, and now that I have used Pumped Extreme I have actually seen some great gains in strength AND muscle SIZE, and I haven't had any negative side affects! I have used it for over a month and a half to date!
For full details go to http://www.trulyhuge.com/creatine.htm
You can also order Pumped Extreme by calling 800-635-8970 or 503-648-1898, 10 am to 6 pm PST
If you do any type of strenuous exercising you should know about lactic acid in muscles. Without all the scientific minutia (which I will get into) when you feel the burning sensation from exercising, that is lactic acid kicking in. But from the past to the most recent new studies have came to the surface that lactic acid in muscles may indeed have a positive aspect in terms of performance. I was curious about this so I did some digging around as I do to fill my knowledge gaps and found some useful information. I will also address how this correlates well with bodyweight training. So keep reading about lactic acid in muscles, this will help you in the long run on your fitness journey.
As we exercise we begin to increase our breathing and to supply our body and muscles with more oxygen to keep up with the exercise. But as our exercise and intensity continues our body has a hard time getting enough oxygen to the muscles to supply the fuel. So, our body manufactures energy from another source. The muscles grab glucose through a process called glycolysis, which breaks down the glucose which gets transformed into a substance called pyruvate. When oxygen is low, our body converts pryuvate into lactic acid (that is when you feel your muscles burn). Old research use to suggest that this was a bad thing for performance and also was a main reason why msucles fatigued and people would be sore the following days. But research starting back in 2006 shows otherwise.
The most recent research shows that the lactic acid in muscles during intense exercise gets used for fuel by mitochondria (the “energy factories” in muscles). Since the lactic acid is being used as fuel it is actually helping with performance and limiting muscle fatigue. But, the bigger obstacle here is if your mitochondria is limited, the lactic acid will build up and cause muscle fatigue during your exercise. So the main thing to catch here is to increase your mitochondria cells to help use lactic acid for fuel during intense exercise. So how on in the heck do you do that?
If you want to ensure that your lactic acid in muscles is being used due to mitochondria then interval training is the way to go according to a paper in the American Journal of Physiology Endocrinology and Metabolism, published online in January 2006, Brooks and colleagues Takeshi Hashimoto and Rajaa Hussien in UC Berkeley’s Exercise Physiology Laboratory a quote reads "The world's best athletes stay competitive by interval training", Brooks said, referring to repeated short, but intense, bouts of exercise. The intense exercise generates big lactate loads, and the body adapts by building up mitochondria to clear lactic acid quickly. If you use it up, it doesn't accumulate.” The more intense interval and endurance training you do the more "beefier" your mitochondria will become to help use the lactic acid in muscles for fuel versus allow it to fatigue your muscles.
From my experience, since I have been focusing heavily on bodyweigh training the past several years, the build of of lactic acid in muscles throughout my body takes longer than before. The primary way I can gauge this is by how quick the onset is of the feeling of my muscles being on fire during my bodyweight workouts. I still get the burning, however it takes longer now than it use to, and that means my mitochondria is using the lactic acid in muscles for fuel for longer than before. If you do bodyweight workouts intermittently, you will notice that your muscles quickly fatigue. Both interval training and bodyweight training are two great ways to allow your mitochondria to use the lactic acid in muscles far greater than other forms of exercise.
We all feel it and fight through the burning sensation when exercising, especially with bodyweight workouts. I think the lactic acid in muscles and the burning effect can be more mental than physical and people stop prior towards actually reaching muscles fatigue because they can't mentally block out the burning sensation. It actually took me some time to mentally overcome that, but now I can fight through it well after countless workouts and hours of training. Lactic acid in muscles is a good thing if you train correctly and allow your mitochondria to do the work