Replenish Electrolytes After Exercise for Optimal Performance
Understanding Electrolytes
Electrolyte natural is an essential mineral that helps regulate various bodily functions, including fluid balance, muscle contraction, and nerve signaling. They include sodium, potassium, calcium, magnesium, chloride, and bicarbonate. During exercise, the body loses electrolytes through sweat, and an imbalance can lead to cramping, fatigue, and reduced performance.
Hydrate with Electrolyte-Enhanced Fluids
Staying hydrated during exercise is crucial for maintaining electrolyte balance. However, not all fluids are created equal. Electrolyte-enhanced drinks, such as sports drinks or coconut water, can help replenish lost electrolytes and provide a quick source of energy. These drinks are especially important for high-intensity or endurance activities that last longer than an hour.
Refuel with Electrolyte-Rich Foods
In addition to hydrating with fluids, eating electrolyte-rich foods can help replenish lost minerals. Foods such as bananas, avocados, nuts, and leafy greens are rich in potassium, while dairy products and fortified foods are good sources of calcium. Magnesium can be found in seeds, nuts, and whole grains, while sodium can be obtained from salt or electrolyte-enhanced sports drinks.
Suggesting Supplements
If you are unable to obtain enough electrolytes through food or drinks, an electrolyte supplement can be a useful option. However, it is important to consult a healthcare provider before taking any supplements to ensure proper dosing and safety.
Conclusion
In conclusion, replenishing electrolytes after exercise is crucial for optimal performance and preventing electrolyte imbalances. Staying hydrated with electrolyte-enhanced fluids, eating electrolyte-rich foods, and taking the best electrolyte supplement if necessary can help ensure that your body has the essential minerals it needs to function properly. By sweat-smart and replenishing your electrolytes, you can help maximize your performance, prevent cramping, and improve your overall health and well-being.
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Understanding Bioengineering
By Arjuwan Lakkdawala
Ink in the Internet
Bioengineering is a massive field where engineering knowledge is converted to assist biological means.
This is done in many different ways and is currently a developing branch of science that incorporates many other scientific disciplines in chemistry, biology, botanics, and of course sophisticated cutting-edge technology.
The conversion of engineering methods to biological assistance, and the conversion of natural mechanisms into mechanical engineering feats is the frontier of the new age of science.
Thousands of scientists are learning, experimenting and improving this special method of scientific advancement.
To understand bioengineering conversion let us take the simplest of examples:
Chemical reaction of electrolytes.
Salt is made of sodium and chlorine atoms. When dissolved in water they break apart from each other. Sodium atoms have a positive charge (cations) and chlorine atoms negative charge (anions).
That they are flowing freely in the water makes them a good conductor of electricity.
If you take an electric resistance measuring meter (ohmmeter - electrical resistance is measured in ohms) and put it in a glass of water that doesn't have salt in it, you will find the resistance to be 900,000 ohms as was reported in Britannica Encyclopedia.
When salt was added the resistance read less than 80,000 ohms.
Water does conduct electricity, but if you add salt the electrical flow will be even stronger.
So this is a basic chemical reaction in chemistry and physics.
Our body is 60% water and we need electrolytes to generate electrical signals for the movement of our muscles and electrolytes are also needed to maintain the balance of fluids in our body.
So in the above example we can see how an electrical test to conduct electricity (do not try to touch electricity - you could get electrocuted and die. It will be painful.
In the biological conversion of the same phenomena we see electricity generated in the body to power muscles movement. The electricity in our body doesn't kill us because it is sufficient for its task in the body but not strong enough to electrocute us.
Another example of the many fields of bioengineering is using plants and animals biological/botanic. A team from WPI in 2017 used spinach leaves to grow human heart tissue.
"In a series of experiments, the team cultured beating human heart cells on spinach leaves that were stripped of plant cells. They flowed fluids and microbeads similar in size to human blood cells through the spinach vasculature, and they seeded the spinach veins with human cells that line blood vessels. These proof-of-concept studies open the door to using multiple spinach leaves to grow layers of healthy heart muscle to treat heart attack patients. " - WPI Beyond These Towers
One more example of the types of bioengineering is the progress being made in using 3D printers to mimic organ functions that can be used to test medicine safety and efficacy. And in the future bioengineers hope to be able to print functioning replica organs that can be planted in patients with defective organs.
"In a paper published in Nature Materials, researchers from Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) and the Wyss Institute for Biologically Inspired Engineering at Harvard University report the development of a new hydrogel ink infused with gelatin fibers that enables 3D printing of a functional heart ventricle that mimics beating like a human heart. They discovered the fiber-infused gel (FIG) ink allows heart muscle cells printed in the shape of a ventricle to align and beat in coordination like a human heart chamber." - WYSS Institute|By Kat J. McAlpine / SEAS
The methods being developed to use metal based nanoparticles as an alternative to antibiotics against microbial resistance is another form of bioengineering.
A simple example of how metals destroy viruses on the surface when in direct contact is copper for example, it has electrically charged atoms (ions) these blast through the membrane of bacteria and viruses when they come into contact. In fact there are medical devices made with coating of metals that destroy viruses and bacteria to stop their spreading.
But on the cellular level it is not possible to use this form of treatment, so it is where bioengineering comes in.
There are many ways to perform synthesis of metals from inorganic materials to extract metal based nanoparticles. Green synthesis is the most preferred.
A metal nanoparticle when administered as treatment for an infection can attract the bacteria to it (Gram-positive and Gram-negative bacteria both have negative electrical charges) the nanoparticle can destroy or disrupt the function of the bacteria, in addition it will be effective against all types of bacteria, giving no chance for bacterial resistance as this metal based mechanism is completely unknown to the bacteria.
These experiments and studies are in development, as deaths from anti bacterial resistance has reached pre-antibiotic era rates.
Biophotonics also comes under the umbrella of bioengineering. It is very fascinating as it incorporates the science of photonics which deals with light energy and information.
In the treatment of cancer tumors lasers are used to damage the tumors. And there are many other delicate surgeries in which laser can be used.
Many different sciences are applied and mixed in bioengineering. Perhaps I'll write about them in future articles.
Arjuwan Lakkdawala is an author and independent journalist.
Copyright ©️ Arjuwan Lakkdawala 2023
Sources:
www.indeed.com - What Is Photonics Engineering? Definition and Requirements
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doi: 10.21037/atm.2016.11.51
PMCID: PMC5220034
PMID: 28090508
Laser applications in surgery
Beina Azadgoli and Regina Y. Baker
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Springer Link - Applications of Green Synthesized Metal Nanoparticles — a Review
Seerengaraj Vijayaram,
Hary Razafindralambo,
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Mahdieh Raeeszadeh
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National Library of Medicine - Nanomaterials (Basel). 2020 Feb; 10(2): 292.
Published online 2020 Feb 9. doi: 10.3390/nano10020292
PMCID: PMC7075170
PMID: 32050443
Metal-Based Nanoparticles as Antimicrobial Agents: An Overview
Elena Sánchez-López,1,2,3,* Daniela Gomes,4 Gerard Esteruelas,1 Lorena Bonilla,1 Ana Laura Lopez-Machado,1,3 Ruth Galindo,1,2 Amanda Cano,1,2,3 Marta Espina,1,2 Miren Ettcheto,3,5 Antoni Camins,3,5 Amélia M. Silva,6,7 Alessandra Durazzo,8 Antonello Santini,9 Maria L. Garcia,1,2,3 and Eliana B. Souto4,10,*
Author information Article notes Copyright and License information PMC Disclaimer
Science Direct - Current Opinion in Microbiology - Recent advances in the development of metal complexes as antibacterial agents with metal-specific modes of action
Author links open overlay panelJessica E Waters 1 2, Lars Stevens-Cullinane 1 2, Lukas Siebenmann 1 2, Jeannine Hess 1 2
Manhattan Gold and Silver - How metals like silver and copper kill germs
The University of Queenland - Australia - Metals could be the new link to antibiotics
Britannica - The ionic bases of electrical signals
Cleveland Clinic - Electrolytes
Britannica - Bioengineering
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What is Chromium?
Chromium is a mineral that serves a few important functions in the body. It plays a part in the breakdown of proteins, fats and carbohydrates. However, it's most known for its impact on insulin. The mineral enhances the action of the insulin hormone, affecting how the body regulates glucose levels.
The body doesn't need a ton of chromium. While it is essential, it's a trace mineral. That said, deficiencies can be detrimental to your health.
The Effects of Chromium Deficiencies
When your body doesn't get enough chromium, you may experience increased blood glucose. The effect of insulin wanes, and your body may become more sensitive to the hormone.
There are many wide-ranging effects of deficiencies. Many people experience a higher risk of diabetes and heart disease. Some will also suffer from confusion, unwanted weight loss and other debilitating symptoms.
How to Ensure You're Getting Enough Chromium
There are many ways to get more chromium into your body. However, staying on top of your chromium intake can be tricky. Unlike other minerals, tracking chromium content isn't easy because natural food products vary based on the growing environment. For example, one helping of broccoli can be high in chromium while another is lacking.
The best approach is to improve your diet and focus on chromium-rich foods. Remember, you don't need much chromium to stay healthy. By prioritizing healthy sources, you have a better chance of getting what you need.
Good sources of chromium include:
Whole grains
Beef
Fish
Broccoli
Green beans
Potatoes
Apples
Bananas
Coffee
Another option is to take a chromium vitamin. Taking vitamins is the best way to know you get what you need. With how much chromium levels vary, taking daily vitamins eliminates all doubt that you're getting the fuel to stay healthy.
How Much Chromium Do You Need?
There are no official figures for the recommended daily allowance for chromium. However, "adequate intake" estimations do exist.
Healthy adult males under 50 need about 35 micrograms daily. Females in the same age range require 25 micrograms daily. Once you pass 50, daily recommendations for men and women fall to 30 and 20 micrograms, respectively. Most chromium vitamin products meet or exceed those recommendations.
Read a similar article about mental clarity vitamin here at this page.
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Unleashing the Power of CocoAmrit Coconut Water: Reap the Amazing Benefits!
CocoAmrit coconut water has emerged as a popular choice among health-conscious individuals, offering a range of benefits that go beyond mere refreshment. Packed with natural goodness, CocoAmrit provides a delightful way to hydrate your body and indulge in the myriad advantages offered by this tropical elixir. Join us as we dive into the extraordinary benefits of CocoAmrit coconut water and explore why it has become a go-to beverage for health enthusiasts everywhere.
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Conclusion: CocoAmrit coconut water has rightfully earned its place as a beloved health drink, offering a multitude of benefits that range from hydration and electrolyte replenishment to antioxidant support and natural energy. By incorporating CocoAmrit into your daily routine, you can not only enjoy a refreshing and delicious beverage but also reap the rewards of its numerous health advantages. Join the CocoAmrit movement today and unlock the true power of coconuts for your well-being.
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