Anatomy/Physiology - Application and Math for weightlifting and barbell sports

In summary, the National Institutes of Health (NIH) maintains a vast database of scientific papers and publications related to exercise physiology, resistance training, and other topics of interest to weightlifters. This resource is free of bias and provides information from peer-reviewed journals. Other useful websites include WebMD.com and the Mayo Clinic website for general health information, and Drugs.com for information on contraindications for supplements commonly used in weightlifting, such as creatine. When searching for information, it is important to avoid commercial sites and instead use search prefixes like "nih" or "webmd" to access more reliable sources.
  • #1
MAAntonius
4
1
Hey all,

This seems like a better venue than almost any to make this inquiry. I adore weightlifting and barbell sport, and find anatomy and the applied use of ergonomics very interesting as a rather serious recreational musician as well. I love to discover the "why" behind certain postures being optimal and how different movement patterns stress different soft tissues and what's optimal.

Do any of you know any good resources for this kind of work? My introduction to barbell technique was "Starting Strength, 3rd edition" and a great anatomy resource for gym knuckleheads is "Anatomy without a Scalpel." They're both great resources for someone with little background, but from a more medical and med.-related science background, are there any texts out there that would encompass this field yet do so in a more mature, serious manner?

Thanks for any hints and suggestions!
-MAA
 
Biology news on Phys.org
  • #2
The National Institutes of Health - NIH - maintains a huge database of scientific papers, white papers with lesser complex science, and loads of publications for people who can barely spell 'science'. It is part of a mandate for the organization. I do not think you really want textbooks, but exercise physiology, resistance training, effects and side effects of supplements (by name like: ursolic acid, soy protein isolate...). And other topics. Like motor neurons and resistance training

Anyway two VERY important points
1. NIH and others is not trying to peddle supplements or videos or whatever, like most of what you get from google searches.
2. The science there is largely from peer-reviewed journals. This means you won't get Fred Smith's crackpot analysis of something you find that appears real but is on some site like "fredsmith.com"

WebMD.com and the Mayo Clinic website are okay, but not scientific, mostly aimed for Mary Smith and her problem with ulcers. Drugs.com is also useful for contraindications for meds you may be taking and supplements often used by the weightlifting community - example: creatine.

I just entered 'creatine' in google search and got 10 google ads, Wikipedia, and some screwball sites. Contraindications are nowhere to be found with that simple search. You will find lots of commercial sites that tell you how wonderful the stuff is and cite some papers to that effect. They somehow 'overlook' the papers that do not praise the product.

So, a direct answer to your question. Do your google search like these examples, with a prefix:
Code:
   nih: resistance training heart disease
  WebMD: creatine side effects
You may get several hundred items returned, but you can figure out from the title page whether the object you are looking at will be something useful; there is usually an abstract there. Abstracts are a few sentences that give you the general drift of the paper.

Just avoid commercial sites.
 
Last edited:
  • Like
Likes berkeman

Related to Anatomy/Physiology - Application and Math for weightlifting and barbell sports

1. What is the importance of understanding anatomy and physiology in weightlifting and barbell sports?

Understanding anatomy and physiology is crucial in weightlifting and barbell sports as it helps individuals to properly execute exercises, prevent injuries, and improve performance. Knowing the structure and function of muscles, bones, and joints allows athletes to target specific muscle groups and optimize their training. Additionally, knowledge of the body's physiological responses to exercise can help athletes design effective training programs and understand how their bodies adapt to different types of training.

2. How can understanding the mechanics of the body improve lifting technique?

Knowing the mechanics of the body, such as lever systems and joint angles, can help individuals improve their lifting technique. By understanding how joints move and how muscles work together to produce movement, athletes can make adjustments to their form to lift more efficiently and safely. For example, understanding the role of the core in stabilizing the spine can help athletes maintain proper form and prevent injury while lifting heavy weights.

3. How does understanding the energy systems of the body impact weightlifting performance?

The body relies on different energy systems during physical activity, and understanding these systems can help athletes optimize their performance in weightlifting and barbell sports. The ATP-PCr system is responsible for short, explosive movements like lifting heavy weights, while the aerobic system is used during longer duration activities. By understanding how these systems work, athletes can train accordingly and improve their performance in specific types of exercises.

4. How does nutrition play a role in weightlifting and barbell sports?

Nutrition is a critical aspect of weightlifting and barbell sports as it provides the body with the necessary nutrients to fuel performance, support muscle growth and repair, and aid in recovery. Adequate protein intake is essential for muscle growth and repair, while carbohydrates provide the energy needed for intense workouts. Additionally, proper hydration is crucial for maintaining performance and preventing dehydration, which can negatively impact strength and endurance.

5. How can mathematical calculations be used in weightlifting and barbell sports?

Mathematical calculations can be used in weightlifting and barbell sports to track progress and plan training. For example, individuals can use calculations such as one-rep max and percentage of one-rep max to determine the appropriate weight to use for a certain number of reps. Additionally, tracking the volume and intensity of workouts using mathematical formulas can help athletes monitor their progress and make adjustments to their training as needed.

Similar threads

Replies
3
Views
4K
Back
Top