Why should I take a Creatine Supplement?
Creatine has a limited lifespan. It is degraded into creatinine and cannot be regenerated. It must therefore be continuously replenished. In addition, any new muscle tissue will need its own store of creatine. Therefore, creatine requirements increase as your muscle mass increases. Creatine is a micronutrient as opposed to a vitamin. This means that your body can make its own, but there is a benefit to having it in your diet. If there is not enough creatine in your diet, your body can make it from your dietary amino acids. However, this means that a creatine deficient diet puts a drain on your amino acid pool, something that should be avoided if your goal is to increase your muscle mass.
While there is plenty of creatine in animal protein, it has difficulty getting into the body intact. Creatine is unstable in acidic conditions and will therefore have a poor half-life while passing through the stomach. It is no surprise then that clinical studies have shown that creatine supplementation does have measurable benefits. Research suggests that it helps healthy adults in weight training by enhancing quantifiable attributes such as work capacity and recovery time.
Additionally, creatine supplementation appears to benefit patients with neurologic conditions such as Parkinson’s disease by slowing down the deterioration of brain function. It appears to mitigate against sarcopenia. Sarcopenia is the normal loss of muscle mass and strength as we age that can begin as early as age 35. We see strength losses between ages 50 and 60 of about 1.5% per year and those losses will increase after the age of 60 by up to 3% per year. So, creatine supplementation can actually help you to maintain strength and stay active.
https://www.youtube.com/watch?v=kZANoMfP25I
Why Creatine is Important for Building Muscle
Why Creatine is Important for Building Muscle
Creatine Monohydrate is an extremely popular and also an efficient muscle building supplement around. Creatine is naturally found in the body and it can be found in many foods.
To start with, what is really creatine?
Creatine is created normally in our bodies to help provide energy to the muscular tissues. Creatine is moved in the blood to our muscular tissues and is generally generated in the liver as well as kidneys. It is then converted into phosphocreatine to replenish the muscles' ATP (which is the source of energy). For that reason, creatine can rapidly raise muscular tissue mass, boost efficiency, elevate energy levels and quicken your recovery.
https://www.youtube.com/watch?v=kZANoMfP25I
Creatine Monohydrate: Facts about Creatine & Side Effects by Dr Anthony & Team
Creatine Monohydrate: Facts about Creatine & Side Effects by Dr Anthony & Team
My name is Dr Edwin Anthony. I am a Founder & Director of EA Clinic. I specialise in body contouring, practising from my private clinic on 99 Harley Street, London.
I was born in London and trained in Medicine and Surgery at the prestigious Trinity College Dublin, qualifying in 1999. I am a Cosmetic Doctor and a Hair Transplant Surgeon. Additionally, I completed my advanced training in Aesthetic Medicine in 2009. However, I am not here to talk about cosmetic surgery today.
What is Creatine?
Creatine is a special kind of amino acid made from two common amino acids found in the protein you eat. Creatine serves as a short-lived emergency backup to your cells energy storage molecule, ATP (adenosine triphosphate). The vast majority of energy-requiring processes inside the cell, require ATP. When cells and the tissues they form do anything energetic (e.g. muscle contraction), this also requires ATP. When you burn calories, you are doing so to regenerate your ATP pool.
CREATINE - BEST SUPPLEMENT IN THE WORLD
What is Creatine?
Creatine is an unique type of amino acid made from 2 typical amino acids located in the healthy protein you consume. Creatine works as a short-term emergency situation back-up to your cells power storage space particle, ATP (adenosine triphosphate).
When your cells are striving as well as ATP degrees are reduced, creatine work as a mobile battery charger, restoring ATP at its very own cost. This allows your skeletal muscular tissues to do effort such as sprinting or resistance training a bit much longer, which is something that a professional athlete in training is clearly seeking to do.
Burning calories to regrow ATP creates natural acids- a little carbonic acid in cardiovascular problems and also a whole lot of lactic acid in anaerobic problems. Creatine neutralises acid, once more at its very own expenditure, to assist buffer cells versus reduced pH.
Pre Workout - What is the Best Pre Workout
Pre Workout - What is the Best Pre Workout
Natural sources of Nitrates include foods such as Beetroot and leafy green vegetables. In human bodies, Nitrates breakdown to form the nitrites which are circulated within our systems. Our bodies convert the stored nitrites into nitric oxide (NO) when needed.
Physically active people can gain numerous benefits from elevated levels of NO in their system; however, Nitrates are not commercially sold as dietary supplements.
This is due to the regulatory restrictions that prevent the use of high amounts of sodium nitrates as food additives used for meat products.
Benefits:
• Enhances the production of ATP
• Improves blood circulation
• Improves anaerobic and aerobic endurance
• Enhances muscles & Boost work output.
The optimal dose is based on your weight; however, to get the desired benefits, you should consume about 600mg to 800mg at least two hours before your workout, ONLY to be taken on training days.
BCAA - What You Need To Know ...
BCAA - What You Need To Know
Branched Chained Amino Acids (BCAAs) are very popular with bodybuilders and powerlifters. There are 3 types of BCAAs are; leucine, isoleucine, and also valine which make up as much as 33% of muscle mass cells.
They're called "branched chained amino acids" just as a result of their chemical framework-- we get the BCAA's from our diet as the body cant produce them!
Studies have shown that supplementation with BCAA’s during athletic performance may reduce fatigue and prolong exercise endurance by increasing the lactic threshold of your body. When we work out, lactic acid is produced which makes you “feel the burn” and eventually forces you to finish your workout.
By supplementing with BCAA’s you can ensure there are always enough free amino acids available to aid in the recovery process and reduce overall catabolism (the breakdown of muscle tissue).
BCAA - What are the benefits and are BCAAs Anti-Catabolic?
BCAA - What are the benefits and are BCAAs Anti-Catabolic?
There is a lot more research that supports the usage of BCAAs than most other supplements currently available.
Calorie Deficit will make you look awesome onstage, on the beach, and to your friends, but it can also reduce your muscle mass.
While BCAA supplementation may be beneficial for gaining muscle, BCAAs are especially helpful for maintaining mass while on a calorie-deficit diet. They're particularly useful for bodybuilding competitors who take their physiques to the lean extreme.
The phrase BCAAs knowns as to three amino acids, isoleucine, valine and leucine, which are differentiated by their distinct branched structure. In addition to serving as three of the 20 building blocks for proteins (such as those found in muscle fibres), BCAAs are also used as fuel during intense exercise.