“We should be aware of the importance of our liver, one of the vital organs I like to call them our body’s engines.“
Let’s support our liver’s health instead of overloading it, which can lead to disease.
The liver is a vital organ, one of the body’s key ‘engines’, and It’s a complex and unique organ, second only to the brain in its intricacy.
Let’s make our own liver healthy instead of increasing its workload to lead towards diseases. The liver is the only internal organ that can regenerate itself. In fact, we can lose up to 75% of our liver, and the remaining parts can regenerate into a whole liver again. Amazing stuff! ( If only hair worked the same way,” says the bald man…)
If part of the liver is lost due to disease or injury, the liver grows back to its original size, although not its original shape. Hepatocytes, the liver cells responsible for regeneration, act like stem cells, reforming liver tissue. However, this regeneration is only possible if the liver is still healthy enough to do so.
The liver’s regenerative capacity is fascinating, with hepatocytes exhibiting stem cell-like properties to replace damaged or lost tissue. However, this ability depends on the liver’s overall health and can be influenced by factors like age, underlying disease, and medical conditions. Understanding liver regeneration has implications for transplantation, surgery, and potential therapeutic approaches.
“Do you know the story of Prometheus? This poor fellow gave fire to humans, and his punishment from the gods was to be chained to a rock where a vulture would peck out his liver, only for it to regenerate overnight. It’s intriguing to think about how the ancient Greeks knew about the liver’s regenerative power. Perhaps it was due to observing survivors of battle injuries to the organ. While the Greeks had some insight, it’s clear that modern science has greatly expanded our understanding of the liver’s remarkable abilities.”
Awareness about our one of four vital engine livers –
Awareness about our liver, one of the four vital ‘engines’ – While digestion is a complex process involving multiple organs, the liver plays a crucial role. Think of the liver as a filter and a factory: it produces bile to break down fats, removes toxins like a detox center, and stores certain vitamins and minerals. Meanwhile, the pancreas produces enzymes to digest proteins, fats, and carbohydrates, and the gallbladder stores the bile produced by the liver. In simple terms, these organs work together to break down food, absorb nutrients, and eliminate waste.
So,
What does the liver do?
It’s our workhorse, vital to keeping us running. Think of the liver as a filter, a factory, and a regulator all in one. It handles over 500-600 known metabolic functions, which means it helps process nutrients, hormones, and chemicals to keep our body working properly. Imagine every bite you eat, every medicine you take, and every hormone in your body needs to be processed and balanced – that’s what the liver does. As the first stop for compounds absorbed by the intestine, the liver regulates the level of many substances in the blood. When the liver gets inflamed (hepatitis), it can disrupt these crucial functions, leading to poor health.
Fortunately, the liver is extremely resilient, and most cases of liver inflammation don’t even come to medical attention. However, in cases of severe liver disease, there can be a serious interruption of these essential liver functions, leading to significant health issues.
Some of the functions of liver below ,
Function of Liver –
1. Filters Blood : Removes toxins, byproducts, and harmful substances from blood leaving the stomach and intestines.
2. Nutrient Processing : Breaks down, balances, and creates nutrients, metabolizing fats, proteins, and carbohydrates.
3. Bile Production : Helps carry away waste and break down fats during digestion.
4. Protein Production : Creates proteins for blood plasma and regulates blood levels of amino acids.
5. Hormone Regulation : Activates and regulates important hormones.
6. Immune Function : Creates immune factors to fight infection.
7. Digestive Biochemicals : Produces digestive enzymes.
8. Cholesterol Production : Produces cholesterol and special proteins to transport fats.
9. Hemoglobin Processing : Processes hemoglobin for iron content and stores iron.
10. Blood Clotting : Regulates blood clotting using vitamin K.
11. Infection Resistance: Removes bacteria from the bloodstream.
12. Vitamin and Mineral Storage: Stores vitamins A, D, E, K, B12, iron, and copper.
13. Glucose Regulations: Stores and releases glucose as needed, converting it to glycogen for energy.
14. Detoxification : Removes harmful substances like medications, alcohol, and environmental toxins from the body.
Liver a metabolic hub –
The liver is like a power plant for our body. It processes nutrients and energy, supplying it to all our organs, like the brain, heart, and muscles, so they can function properly. Without the liver’s hard work, our body wouldn’t have the energy it needs to work right. In the human body, our liver is an organism’s metabolic hub. Its metabolic activities are essential to supply fuel to all our organ systems, the brain, heart, lungs, kidneys, musculoskeletal system, and other peripheral organs, etc.
The Liver: A Hardworking Organ –
The Liver: A Hardworking Organ
The liver is a highly regenerative organ, but only if its tissues are healthy and elastic enough. Think of the body as a vehicle, with the liver as a vital engine working hard to keep everything running smoothly. It consumes about 20% of the body’s oxygen at rest, requiring a high blood flow of around 1-2 liters per minute, roughly a quarter of the heart’s output. However, during intense physical exercise, blood flow to the liver can decrease significantly, dropping to as low as 20% of its resting value.
This is particularly relevant in today’s fast-paced world, where people often prioritize busy schedules, work, physical activities, and social entertainment, potentially putting extra strain on their liver.
Wear and tear of organs –
Repeated physical and mental stress, physical activity, viral infections, and even vaccination can cause cumulative wear and tear on organs like the liver, kidneys, heart, and lungs. This highlights the importance of managing physical and mental stress, maintaining a healthy lifestyle, and giving your body time to rest and recover.
A physiological reaction in response to any physical activity or even mental stress is associated with an increase in heart and breathing rate, blood pressure, elevation of glucose levels in the blood, and redistribution of blood from the digestive tract to the muscles. This provides the body with a burst of energy so that it can respond to any perceived dangers. But in this process, both liver and kidney (both vital engines) get less blood flow, along with an increased workload of other two engines, i.e., heart and lungs. Imagine the amount of wear and tear these organs go through on a day to day basis!!
Exercise exerts load on organ systems where accumulation of lactic acid increases.
Exercise and Lactic Acid Buildup –
During intense exercise and physical stress, repetitive contraction of muscles leads to lactic acid buildup due to insufficient oxygen. As the body converts glucose into energy, lactic acid accumulates, causing muscle pain, cramps, and fatigue. The liver plays a crucial role in processing lactic acid after exercise. Thus, understanding muscle expansion and contraction dynamics is key to managing lactic acid buildup and optimizing exercise routines. After exercise, the body needs time to remove lactic acid and repay the oxygen debt, which can take hours or even days. It’s essential to listen to your body and be aware of its signs and signals, observing and correlating them to maintain your health, which is your own responsibility.
Listening to our Body
Any pain is the body’s way of letting us know that something is not right. It can prevent further injuries and lead to stiffness and hardness in soft tissues. Ignoring these signs can be harmful, as soft tissues can become mineralized or calcified, affecting organ function. Conscious expansion of muscles in their natural sequential order and specific direction is key to improving and enhancing organ mechanisms. This targeted movement helps maintain soft tissue health and optimizes physiological function. Notably, liver tissue pain often takes longer to manifest and be felt compared to muscle pain, making it crucial to be attentive to subtle changes in the body.Notably, liver issues like fatty liver or vitamin deficiencies (e.g., B12) often take longer to show up in medical investigations, highlighting the importance of proactive health monitoring and awareness
This is a continuous process that has an effect on the physiological function of our organ systems.Therefore, the movement of soft tissues ( with the conscious movement of voluntary musculature ) is essential to work within.
Let’s be aware of our liver :
Our liver is a reddish-brown, rubbery organ protected by the rib cage, making it hard to feel normally. Since the liver itself lacks pain receptors, damage can go unnoticed until it’s advanced. Pain related to the liver often arises when the protective membrane surrounding it becomes inflamed due to illness or injury. This pain can be tricky to pinpoint, sometimes manifesting in the right or front center of the belly, back, or even shoulders. Given the liver’s immense workload—over 600 functions—it’s crucial not to ignore any related pain, as it can reveal important insights into our body’s state.
This is the reason why it’s always late to know of any damage caused to the liver. Usually, the pain occurs because the protective membrane that surrounds the liver is inflamed from physical compression within the cavity due to any illness or injury.
It’s easy to confuse it with pain from our stomach, which is to the left of the liver. Depending on the cause, a liver that hurts may show up as pain in the right or the front centre of our belly, in our back, or even our shoulders. Therefore, never ever ignore this pain, which helps us understand the state of our body.
We have seen that the liver has a complex role in the functioning of our body, more than 600 functions. Can you imagine its workload?
Liver health awareness –
Any pain is the body’s way of letting us know that something is not right. It can prevent further injuries and lead to stiffness and hardness in soft tissues. Ignoring these signs can be harmful, as soft tissues can become mineralized or calcified, affecting organ function. Conscious expansion of muscles in their natural sequential order and specific direction is key to improving and enhancing organ mechanisms. This targeted movement helps maintain soft tissue health and optimizes physiological function. Notably, liver tissue pain often takes longer to manifest and be felt compared to muscle pain, making it crucial to be attentive to subtle changes in the body. Notably, liver issues like fatty liver or vitamin deficiencies (e.g., B12) often take longer to show up in medical investigations, highlighting the importance of proactive health monitoring and awareness.
Maintaining Liver Health –
Regular check-ups can help prevent liver tissue from becoming fatty and dense. By promoting expansion of body cavities and maintaining ideal space and environment, we can support smooth movement of voluntary muscles. This, in turn, helps restore tissues to their natural state, improving overall mechanisms and promoting optimal health.
Importance of Soft Tissue Health –
Our liver consumes 20% of the body’s blood supply even at rest, highlighting its critical role. Soft tissues, known for their high elasticity, flexibility, and soft mechanical properties, differ significantly from mineralized tissues like bones. Maintaining the elasticity of voluntary musculature, which has the highest elastic property, is crucial. Our goal should be to prevent mineralization of our muscular architecture, where vital organs reside, and instead enhance and maintain elasticity.
Pressure difference –
Increased pressure, positive pressure within body cavities which occurs due to stiffness and hardness of Muscular architecture where smooth movement of muscles get restricted which obstruct connective tissues that are fascia around . Stiffness of muscles and joints – that brings disturbance and restricted space and movement of mechanism of organ systems ( organs – blood vessels big small – lymph vessels – nerves )
Increased pressure within body cavities can indeed have a cascading effect on the body, leading to:
1. Disturbance in physical mechanisms : Altering the normal functioning of organ systems.
2. Anatomical distortion : Changing the shape and structure of tissues.
3. Slowed physiological function : Reducing the efficiency of organ systems.
4. Pathological changes : Potentially leading to permanent damage or disease in the tissues.
This sequence highlights the importance of maintaining healthy pressure dynamics within the body to prevent or mitigate various health issues.
The relationship between increased pressure within body cavities and liver health is an interesting one. Elevated pressure can potentially impede blood flow and lymphatic drainage, contributing to inflammation and damage in the liver and other organs.
Soft tissues are widespread throughout the body that can contribute to increased pressure within body cavities include: include various types such as:
– Fat
– Muscle
– Organs
– Tendons
– Ligaments
– Fasciae
– Synovial membranes
– Fibrous tissue
– Blood vessels
– Lymph vessels
– Nerves
These tissues surround, support, and connect organs, giving shape and structure to the body while protecting organs. They facilitate movement of fluids like blood and store energy. The rubbery texture and elastic properties of soft tissues are essential for their function.
The physical state of soft tissues significantly impacts both physiological and psychological function. Maintaining their health is vital for overall well-being.
Understanding Soft Tissue Health in Modern Life :
In today’s lifestyle, it’s crucial to understand the importance of soft tissue health and take proactive steps. Unlike broken bones, which can be diagnosed with X-rays, soft tissue damage often goes undetected by conventional diagnostic tools until diseases have progressed. Overuse or injury to joint areas can lead to incorrect posture and distorted internal spaces, even if not visible externally. This can cause stress not only on joints and bones but also on soft tissues.
Many soft tissue conditions result from overuse, and resting the affected area or avoiding certain activities can facilitate healing. Adopting restorative postures that create space within body cavities can be particularly beneficial, as it helps reduce inflammation and promotes lymphatic movement.
The Cost of Ignoring Rest and Balance :
In our fast-paced lives, we often overlook the importance of rest, pushing our tired and diseased bodies to keep up. We tend to ignore damage to soft tissues, especially in inner organs, in the name of fitness. This often leads to physical mimicry prone to overuse, misuse, and abuse, without any real improvement or enhancement.
The abundance of enjoyable physical activities can sometimes lead to overuse or improper use, causing damage to our bodies. Repetitive movements can cause systematic hardening of soft tissues, which we often aren’t aware of because we’re consistently and systematically increasing the load on our sympathetic nervous system. Our daily activities and professional workload add to this stress, physically, physiologically, and psychologically. As a result, our parasympathetic nervous system, which controls inhibitory rest and repose reactions, is unable to cope and slow down this stress.
As a result,this imbalance damages our homeostasis,leading to a steady increase in health
Lack of oxygen at the cellular level can contribute to acidity, affecting not just digestion but overall cellular function. We’re seeing a rise in issues like:
– Heart problems
– Digestive issues (bloating, constipation, acidity, inflammation)
– Metabolic disorders (diabetes, fatty liver)
– Gallbladder and kidney stones
– Organ transplants
– Cancer
The Importance of Restorative Sleep and Movement :
Sleep and rest play a crucial role in physiological and psychological recovery. During rest, the parasympathetic nervous system (“rest and digest”) dominates, reducing activation levels and promoting recovery. A good night’s sleep is characterized by parasympathetic dominance, which balances daily stress responses and replenishes resources for the next day.
However, stiffness and hardness in musculature can impede parasympathetic function. To achieve balance between the sympathetic (“fight or flight”) and parasympathetic nervous systems, conscious movement of voluntary musculature is essential. In the body’s natural response to danger, the mechanism is designed to fight, not defend. Similarly, our approach to movement should focus on harnessing the body’s innate potential. By tapping into the ancient memory of muscles, where the quality of expansion and elasticity is the key factor, we can optimize physiological function and promote overall well-being.
Limitations of Conventional Stretching and Relaxation :
Traditional stretching methods often involve contracting one muscle group while stretching another, which doesn’t truly address the need for balance. To achieve equilibrium, Because of exertion, even though our body adapts to a disturbed sleep pattern from an early age, we do not bother. But after some age, the amount of restorative sleep is probably low, and there has been a stress response going on in your body despite being asleep because in our daily routine, we constantly overload our sympathetic activities. Therefore, so-called relaxation won’t prevent you from destroying diseases in today’s century.
“Learn more about liver health benefits”
Expanding muscular architecture that involves a sequential and directional flow of movement, much like a relay race. By harnessing this natural sequence and direction, we can promote optimal movement patterns, reduce stiffness, and enhance overall physiological function.
This approach focuses on:
1. Sequential order: Movement unfolds in a specific order, mirroring the body’s natural mechanics.
2. Specific direction: Movement flows in a particular direction, respecting the body’s anatomical design.
By embracing this approach, we can:
1. Enhance muscular elasticity
2. Improve joint mobility
3. Promote efficient movement patterns.
The Challenge of Relaxation and Importance of Physical Expansion :
Relaxation is often misunderstood as solely a psychological technique. However, it’s deeply rooted in the physical and physiological state of our body tissues. The hardening of tissues poses a significant obstacle to true relaxation.
The key lies not in conscious contraction, but in conscious movement that promotes physical expansion of soft tissues. This expansion spreads energy into matter, fostering a deeper state of relaxation and well-being.
When we expand our muscular architecture in the right direction, several benefits follow:
1. Creation of spaces : Expansion creates spaces between joints, body cavities, and organs.
2. Relief of pressure : This expansion removes pressure on nerves, vessels (blood and lymph), allowing for smooth movement.
3. Improved circulation : Expansion reduces stiffness in soft tissues, veins, and arteries, resulting in less resistance to blood flow.
4. Enhanced organ function : With improved circulation, organs and muscles receive optimal nourishment.
Understanding this concept early on can help us work in the correct direction, promoting long-term health and well-being.
The Liver – Diabetis connection :
Liver dysfunction has far-reaching consequences, including an increased risk of developing diabetes. When the liver is impaired, it can’t regulate blood sugar levels effectively, leading to insulin resistance and potentially diabetes.
Reversing Fatty Liver and Promoting Overall Health :
Fatty liver is reversible due to the liver’s high regenerative capacity. However, once fibrosis sets in, forming excessive scar tissue, the liver’s ability to repair itself is compromised. Prolonged fibrosis can lead to cirrhosis, severe liver scarring that limits regeneration and can’t be reversed in most cases.
Prioritising Physiological balance:
Our physiological state is deeply rooted in our physical state, which in turn affects our psychological well-being. There’s no shortcut to achieving health through physical exertion or mimicry. Instead, efforts in the right direction are crucial for physiological and psychological balance.
1. Early intervention : Addressing fatty liver and fibrosis early on is critical.
2. Physical state matters : Our physical state has a profound impact on our physiological and psychological health.
3. Mindful approach : A thoughtful and intentional approach to physical health is essential.
Vitamin D Production : Liver dysfunction can lead to vitamin D deficiency, even with adequate sun exposure. This is because the liver plays a crucial role in converting vitamin D3 into its active form.
When skin is exposed to UVB radiation, a cholesterol derivative is converted into vitamin D3. The liver then converts vitamin D3 into 25-hydroxyvitamin D (25(OH)D), essential for overall health. However, excessive vitamin D supplementation can potentially harm the liver.
Hydration and Liver Health :
Adequate hydration supports liver detoxification. However, drinking less water doesn’t necessarily mean dehydration, but it increases the risk. Dehydration occurs when fluid loss exceeds intake.
Be cautious:
1. Be cautious with supplements. : Some herbal supplements and artificial supplements, high-dose vitamins can cause liver inflammation.
2. Avoid household toxins : Opt for natural alternatives to cleaning products, pesticides, and cosmetics.
3. Respect your liver’s clock : Circadian rhythm matters; disturbed cycles can increase fat accumulation.
4. Prioritize sleep quality : Poor sleep disrupts liver metabolism and toxin clearance. Musculoskeletal stiffness affects sleep quality, even at rest. Voluntary muscles can’t relax, leading to morning stiffness that impacts liver function and overall well-being.
5. Medication awareness : Over-the-counter painkillers like acetaminophen can cause liver damage; confirm correct dosages with your doctor.
6. Liver regeneration : While it can regrow damaged cells, dysfunction, fatty liver , chronic injury leads to irreversible scarring.
Vitamin D Production :
When skin is exposed to UVB radiation, a cholesterol derivative is converted into vitamin D3. The liver then converts vitamin D3 into 25-hydroxyvitamin D (25(OH)D), essential for overall health.
Hydration and Liver Health:
Adequate hydration supports liver detoxification. However, drinking less water doesn’t necessarily mean dehydration, but it increases the risk. Dehydration occurs when fluid loss exceeds intake.
“Our body is capable of amazing things. Treat it with kindness, respect its design, work accordingly and it will reward you with vitality and well-being.”
Swati Joshi
Swati Yoga Shalaa
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