LMBTM - Liposomal Methyele Blue Supplement

Table of Contents

1. Overview

2. How does Methylene Blue work in the brain?

3. How Aging Kills Us

4. Methylene Blue benefits

  • Methylene Blue boosts acetylcholine
  • Methylene Blue is an antidepressant
  • Methylene Blue resists Alzheimer’s Disease
  • Methylene Blue is anti-aging
  • Methylene Blue improves memory

5. How does Methylene Blue feel?

6. Methylene Blue Clinical Research

  • Methylene Blue Improves Memory
  • Methylene Blue helps with Bipolar Disorder

7. Methylene Blue Recommended Dosage

8. Methylene Blue Side Effects

9. What Are Liposomal Supplements

10. Liposomal Supplements Manufacturing Process

11. Liposomal Supplements Production Overview

Overview

Methylene blue was synthesized in 1876 by a German chemist named Heinrich Caro. This is when it became a fabric dye used in the textile industry. Additionally, it also became popular as a bacteriologic stain, a cellular stain, an indicator dye, and for surgical and medical marking.  But even back then, people started to use it to treat medical conditions like malaria. Later in the early 20th century, scientists realized some of its potential and started to use it experimentally – to treat symptoms of schizophrenia. Nowadays, we are studying the potential of using methylene blue to treat many other neurodegenerative disorders like Alzheimer’s and Parkinson’s disease. These studies have shown methylene blue to be a potential therapy for mild cognitive impairment. The diseases that seem to show a response to methylene blue are often linked with mitochondrial dysfunction. This is said to be because brain cells and neurons depend almost completely on mitochondrial-based energy. Of course, mitochondrial failure can affect the rest of your body too but the effects are the most prominent on the brain tissue.

Methylene Blue (methyl thioninium chloride) is basically a synthetic compound manufactured in a lab and classified as a nootropic. This means it's linked to improvement in mood, longevity, and memory. Some research has also shown that has anti-aging properties. Consequently, Methylene Blue is dubbed to be one of the most critical nootropics to be effective against aging and neurological diseases available today. Nootropics have a special structure that allows them to cross the blood-brain barrier quickly and efficiently. Once the barrier is crossed it acts directly on the mitochondria to improve the efficiency of respiration – acting as an antioxidant. This in turn increases the brain lifespan.

How Does Methylene Blue Work in the brain?

Methylene Blue is a unique compound, even unique amongst its class of Nootropics. Unlike other nootropics which act by increasing the synthesis of neurotransmitters and in turn neural signaling, methylene blue improves brain function, in particular memory, by increasing cerebral blood flow and therefore increasing respiration.

Studies show dramatic increases in cellular oxygen consumption and glucose uptake when using Methylene Blue. MB increases CMRO2 (cerebral metabolic rate) through increased activity in the mitochondrial electron transport chain.

Numerous research articles have documented the dramatic increase in oxygen consumption and consequently glucose intake through the use of Methylene Blue. These articles have deduced that Methylene Blue increases oxygen availability simply by increasing cerebral metabolic rate through the process of increased mitochondrial activity.

Specifically, it increases the process of the electron transport chain within the mitochondria. It does this by functioning as an alternative electron carrier. This unique process allows it to transfer electrons from one compound to another (from NADH to cytochrome c).

Another property of methylene blue is that it also stimulates glucose uptake. This additive factor along with increased cerebral oxygen flow is what helps it increase glucose turnover and in turn ATP production.

Increased ATP production has several benefits, but broadly, more ATP means more cellular energy. More cellular energy is what betters the overall brain functioning, including functions like cognition, mood, and even memory.

Another unique property gives Methylene Blue a neuroprotective effect. Methylene Blue is an effective antioxidant compound. There is a great need for antioxidants in the brain as the byproduct of mitochondrial reaction includes reactive oxygen species. The free radicals are usually formed inside the cell and are termed ‘Superoxide’. Methylene Blue acts by simply attaching to these free radicals and forming water, which is a completely harmless compound. Superoxide free radicals are produced during the first stage of mitochondrial reactions which means methylene blue stops the oxidative cascade before it gets a chance to commit damage.

Therefore, it can be said that methylene blue has dual properties – it increases energy reserves within the cell and eliminates the oxidative stress caused by the energy turnover system. It’s a metabolic enhancer as well as an antioxidant.

Before methylene blue was used for neurodegenerative disorders researchers used a compound called rotenone. Rotenone is a potent pesticide, it worked on neurodegenerative disorders by causing severe dopamine depletion in areas of the brain that caused Parkinson's Disease.

Of course, when methylene Blue was discovered, it quickly took over Rotenone’s place as it protected the mitochondria from the damaging effect of Rotenone. It did this by acting as an alternative electron carrier and also countering cerebral ischemia and in turn reperfusion damage. Reperfusion damage is the destruction of tissue when oxygenated blood returns to a previously ischemic area. This usually occurs during an ischemic stroke or traumatic brain injury. Methylene blue successfully counteracts the neuropathological, behavioral, and neurochemical symptoms caused by Parkinson's disease.

 

Methylene Blue helps:

Neurotransmitters: Some important neurotransmitters in the brain include catecholamines and acetylcholine. Certain enzymes, namely monoamine oxidase, and acetylcholinesterase inhibit the production of these neurotransmitters. Methylene Blue stops this action and consequently increases the catecholamines and acetylcholine. It is also linked to an increase in serotonin and norepinephrine which usually affect levels of anxiety, depression, and memory.

Mitochondrial Energy: Methylene Blue increases the rate of respiration in the brain by increasing oxygen availability. It also encourages a process that donates electrons to an electron transport chain within the mitochondria. The same process takes place to derive energy from the food you eat. Therefore, methylene blue becomes responsible for the energy production process in the brain. It basically takes over as a source of energy that was previously supplied by nutrients from food. Of course, increasing cellular energy has an exponential effect on mood and memory.

Methylene Blue Structure

Paul Ehrlich, a German Physician who was also a Nobel Prize recipient was the first scientist to use Methylene Blue to treat human conditions. He used it to treat an infection called Malaria.

During his research trials, Ehlirich discovered many properties of methylene blue. He observed that it tends to concentrate in the brain and selectively targets diseased tissue anywhere in the body. His findings are what drove him to dub methylene blue as the ‘Magic Bullet’, a term used up to this day to describe this compound.

Many years have passed since his experimentation and discovery. Nowadays, Methylene Blue is used to treat many diseases like dementia, urinary tract infections, malaria, methemoglobinemia, cyanide, and carbon monoxide poisoning. It is even used as an agent in chemotherapy. New research has shown that methylene blue is responsible for enhancing mitochondrial function, as previously mentioned. It does this by increasing cerebral blood flow and through this process, it has the potential to act as an antidepressant.

How Aging Kills Us

As we age, so does our brain, the brain ages through chemical and metabolic changes. For example, with time decrease in mitochondrial energy causes a decrease in attention, memory, and mental agility. Additionally, some compounds, namely Tau proteins and Amyloid,  accumulate to form plaques that cause clogging of the brain tissue. Oxidative stress from this clogging causes an increase in free radical damage as well as a decline in cerebral blood flow.

These changes most commonly occur in the elderly, but they can also occur at any age. They can be altered by the food we eat, what we drink, how much we drink, lifestyle habits, and even the air we breathe.

Since methylene Blue is an active inhibitor of oxidative stress and it also increases cerebral blood flow it can help decrease the rate of cognitive decline.

 

Methylene Blue benefits

Research has shown that low-dose Methylene Blue supplementation causes memory-enhancing effects in both animals and humans. It basically functions as an anti-depressant, anti-aging formula that is helpful in diseases like dementia, Huntington's, and Alzheimer's.

Other effects of methylene blue supplementation include lowering blood pressure, improving cognition in young and healthy people, boosting mitochondrial function, anti-microbial properties, relieving anxiety, and anti-aging properties on the skin.

 

Methylene Blue Boosts Acetylcholine

Methylene Blue is an active inhibiter of the enzyme acetylcholinesterase, specifically muscarinic acetylcholine. Acetylcholine is a commonly used neurotransmitter in the brain as well as the spine. Methylene Blue makes sure it is more available in the brain.

 

Methylene Blue Is An Antidepressant

Methylene Blue is also a monoamine oxidase inhibitor (MAOI). However, it inhibits MAO-A more than MAO-B. But some trials have discovered that it inhibits both at large doses. This property makes it useful in the treatment of psychiatric conditions like Bipolar Disorder and Methylene Blue.

A study conducted in 1987 showed that 15 mg per day of Methylene Blue was a powerful antidepressant in patients that suffered from severe depression.

Another study with 31 Bipolar Disorder trail subjects compared 300 mg per day of Methylene Blue with 15 mg per day. These patients were concurrently on lithium treatment. Lithium is an antipsychotic medication commonly used in the treatment of Bipolar disorder. The results of the study showed that the 300 mg dose of Methylene Blue was a “useful addition to lithium in the long-term treatment of manic-depressive psychosis”. Which can be one of the symptoms of Bipolar Disorder. It was also noted that patients were significantly less depressed.

 

Methylene Blue resists Alzheimer’s Disease

Alzheimer's is a neurodegenerative disorder that results in dementia because of a buildup in Taue proteins. Some clinical studies have shown that Methylene Blue is a potent inhibitor of Tau protein buildup. This is why it is under consideration for being listed as a drug to treat Alzheimer's Disease.

Here are some of the ways that Methylene Blue is linked with treating Alzheimer's symptoms:

  • Methylene blue is an inhibitory action on the cGMP pathway, this pathway is closely related to the progression of Alzheimer's disease.
  • Methylene blue allows neurons to actively resist the formation of tau protein plaques as well as the neurofibrillary tangle.
  • Methylene enhances cellular metabolism and increases cerebral perfusion.
  • Methylene Blue mediates certain chemical pathways, namely cholinergic, serotonergic, and glutamatergic, which play a critical role in the development of Alzheimer's disease.

Consequently, Methylene Blue not prevents the disease from occurring but also delays the effect after the diagnosis of Alzheimer's is made. This is a significant milestone in the treatment of Alzheimer's disease since previously all the treatments were only focused on the prevention of the disease.

 

Methylene Blue Is Anti-Aging

Some reliable studies have proven that the Nootropic compound- Methylene Blue does in fact have effective antiaging properties. Some of those properties are listed below:

  • As previously mentioned, Methylene Blue is an active participator in the electron transfer chain, compounds that can carry electrons from one compound to another are also known as redox agents. This transfer or cycling of electrons is what helps it block oxidant production in the mitochondria. An enzyme involved in this reaction is called Mitochondrial complex IV and it is the last enzyme in the electron transport chain within the mitochondria. Methylene blue increases the production of this complex by 30%, which means 30% more energy.
  • Methylene Blue also increases heme synthesis. Heme is a compound containing iron which is vital for the transport of oxygen from one place to another inside the body. Heme is even used during DNA synthesis. Both of these processes are vital for the healthy turnover of skin cells.
  • Another property of Methylene Blue includes reversing premature senescence caused by H2O2 or cadmium. Senescence is basically biological aging or the gradual deterioration of cellular function. It triggers the shortening of DNA in response to oxidative species like the ones mentioned above.

 

Methylene Blue Improves Memory

Studies carried out on animals have proven that a low dose of methylene blue improves contextual memory. Contextual memory is the term given to the type of memory used to consciously recall a source or circumstance for a specific reason.

Further studies showed that methylene blue is even helpful in memory retention. This means how efficiently you can remember a certain thing or event. This study was conducted on rats. The reason for the increased memory retention was an increase in metabolic energy which is an aforementioned quality of methylene blue. Furthermore, this increase in metabolic energy was useful in areas of the brain that required more energy during discrimination learning which is what distinguished a high-quality memory from a low-quality one. These results occurred from repeated post-training supplementation.

 

Methylene Blue is a Redox Agent

A redox agent is any compound or element that has the ability to lose and gain electrons. Since methylene Blur acts as an electron donor it can be classified as a redox agent, but more specifically an antioxidant. This property allows it to treat diseases like methemoglobinemia. Its electron losing property allows it to turn the harmful form of hemoglobin- methemoglobin, back into hemoglobin. Methemoglobin is harmful because it loses its ability to carry oxygen, only hemoglobin can carry oxygen which is vital for the functioning of all the cells in our body.

 

Methylene Blue potently Inhibits Nitric Oxide

Methylene blue inhibits nitric oxide primarily in four ways:

  • Displaces the nitric oxide within the mitochondria-when methylene blue attaches to a certain enzyme it allows the displacement of nitric oxide and makes room for the attachment of carbon dioxide.
  • Methylene blue acts as a redox agent- the antioxidant properties of methylene blue allow it to absorb the free radicals produced by nitric oxide because of its rapid degradation. Through this action, methylene blue avoids further oxidative stress on the cell.
  • Inhibits nitric oxide synthase- methylene blue is also linked to directly inhibiting the production of nitric oxide by inhibiting the enzyme nitric oxide synthase, which is directly involved in the production of nitric oxide.
  • It is a monoamine Oxidase Inhibitor (MAOI)- Methylene blue also inhibits the production of nitric oxide through an alternative pathway. In this pathway the enzyme monamine oxidase breaks down neurotransmitters, which also produces nitric oxide, methylene blue inhibits this enzyme consequently decreasing the production of nitric oxide and even contributing to an antidepressant effect as it increases the availability of neurotransmitters through this action.

 

Methylene Blue exhibits An Antibacterial Effect

Methylene Blue has also been known for its anti-bacterial properties since its discovery. Methylene blue was also used effectively as an antifungal, antiviral, and antibacterial agent before prescription antimicrobials became widely available in the 1950s. Initially, it was used in the treatment of malaria but nowadays its usually used as an alternative treatment for infections of the gut or urine. It’s even used to keep the ecosystem of fish tanks under control with its antifungal properties. However, to exert this antibacterial property in humans it has to be given in an injectable form rather than an oral form, especially when combined with certain frequencies of light.

 

How Does Methylene Blue Feel?

Even though methylene blue is a nootropic it is unlikely that it will feel different from any other supplementation you have taken before. However, after some time you may start to notice its effects on your brain. The most commonly experienced effect is termed “after the fact learning”. This is meant to feel like your brain automatically sorts through material from your daily life in such an order that you have easy access to it later. Basically, it gives you better recall power.

Furthermore, people taking methylene blue have stated that they tend to forget about negative associations with great ease and only retain positive memories. These people have also said that through this effect they have overcome their social anxiety. Consequently, it has given them a new youth, a new vigor. They tend to feel more focused and confident too.

Additionally, a healthy lifestyle was easier to maintain as Methylene Blue takers have also reported that workouts were easier due to having more energy which is exactly the effect methylene blue has on the powerhouse of the cell- the mitochondria.

 

Methylene Blue Clinical Research

Methylene Blue has been around for more than a century, which is why it has been the topic of vast research. However, it was only in the last couple of decades that scientists truly figured out how exactly methylene blue alters brain tissue, all the way down to the molecular level in the mitochondria.

Although the main reason behind the occurrence of Alzheimer’s disease is said to be an accumulation of Tau protein plaques, a study published in 2017 investigated other components that could possibly be linked to the diagnosis of Alzheimer’s disease.

Namely, it investigated the energy-making system in the neuronal cells. This process is called glycosylation and occurs in the mitochondria of all cells. It produces energy as a result of respiration. This study found that as humans age mitochondrial metabolism in the normal tissue also deteriorates. This results in an overall decrease in the energy molecules produced. This decrease in energy is linked to the development of neurodegenerative diseases such as Alzheimer’s and even Parkinson’s.

Another study conducted at Children’s Hospital Oakland Research Institute has found a simple solution to this problem. As mentioned before, the decline in energy production is linked to the development of Alzheimer’s. Specifically, the decrease of complex IV. This is where methylene blue comes in. Methylene blue actively slows and even prevents the decline of mitochondrial function by increasing the availability of a compound known as complex IV. Consequently, this increases oxygen consumption and even reverses premature cell death.

 

Methylene Blue Improves Memory

Methylene Blue has proven to be a potent enhancer of memory. A clinical trial was conducted with 26 healthy volunteers and the purpose was to determine the effect of methylene blue on memory and sustained attention. The results of the study showed that only a single low dose of this compound was needed to increase short-term memory power. It specifically acted on the part of the brain responsible for sensory and visual processing.

Timothy Duong, PhD, the study author concluded Methylene Blue showed promise "in healthy aging, cognitive impairment, dementia and other conditions that might benefit from drug-induced memory enhancement".

Furthermore, another study published in the American Journal of Psychiatry sought to test the effect of methylene blue on long-term memory.  Specifically, its effect on fear extinction and contextual memory. This was put to test by placing participants of the trial in a dark room after giving them a dose or placebo of methylene blue. The dark room was supposed to help augment their personal fears. The results of this study suggested that after a month of methylene e blue doses participants experienced a decrease in fear retention. Therefore, the study authors concluded, “Methylene Blue enhances memory and the retention of fear extinction”.

 

Methylene Blue helps with Bipolar Disorder

The use of methylene blue in the treatment of psychiatric conditions has been around since the early 1950s. Now we have evergrowing evidence that methylene blue has a positive effect on a well-known psychiatric condition called Bipolar Disorder. However, this study which was conducted at  Dalhousie University in Halifax has only used methylene blue in concurrence with another anti-psychotic medicine called Lamotrigine. In this study subjects with a known case of Bipolar Disorder were given lamotrigine (Lamictal®) along with daily supplementation of either 195 mg or 15 mg of Methylene Blue. At the end of the study, the results concluded that the patients receiving a higher dose of methylene blue along with Lamotrigine had reduced depression and anxiety-induced symptoms. The patients believe it was so effective that they chose to carry on with the methylene blue supplementation even after the trial was over.

 

Methylene Blue nootropic dosage

Although recommended dosages differ from guideline to guideline, most agree on 0.5 – 4 mg/kg. So a 90 kg (200 lb.) body weight translates to 45 – 360 mg of Methylene Blue. This was deduced after a significant amount of animal and human trials.

However, your physician may recommend that you start at the lowest dose of 0.5 mg/kg and see which dosage suits you after seeing best and how your body and mind react to it.

In case you still want to start at high doses to amplify the effects, we recommend a dose of 10mg daily. This should be split up between the morning and night. A good route to consume it would be to take it with juice or milk.

Methylene Blue is a water-soluble compound which means when taken orally, you don’t need to take the supplement in relation to a meal which is a contrast compared to other Nootropics. Methylene blue also has a half-life of about 5 hours which is why it's okay to take up to two doses a day

One thing to keep in mind whilst taking this supplement is that it may turn your urine blue, but it is nothing to worry about as it only happens if your daily dosage exceeds 500 mcg. But if it still bothers you, a hack to avoid blue urine is to take Methylene Blue with Ascorbic acid, commonly known as vitamin C.

Methylene blue supplementations are usually oral however it does come in an injectable form as well. But this can only be prescribed by a physician and is usually only used to treat diseases like malaria or as a part of a chemotherapy regime. . Alternatively, methylene blue can be taken in many forms including orally dissolved in liquid, powder in a capsule and topically applied on your skin.

 

Methylene Blue Side Effects

The side effects of Methylene blue are dose-dependent. This is because it comes under the category that causes hormetic dose-response. This means that at low doses the drug is effective but at high doses, it may be harmful. In the case of methylene blue high doses can cause the compound to steal electrons from the electron transport chain causing a disruption in the fragile redox balance in the mitochondria. It basically means that it turns into a pro-oxidant instead of an antioxidant.

When taken at a high dose the symptoms include stomach pain, chest pain, dizziness, headache, sweating, confusion, high blood pressure, shortness of breath, accelerated heartbeat, tremor, skin turning blue, urine turning blue or green, reduction of red blood cells, or jaundice (only reported in infants).

Other side effects can result from chemical impurities that are sometimes mixed with methylene blue supplements. These can include heavy metals like arsenic, aluminium, cadmium, mercury, and lead. However, it is important to understand that at low doses these contaminants are non-problematic but at high doses, they can accumulate within body cells causing a variety of serious symptoms.

At high doses, Methylene Blue is even listed as drug interaction with medications like using antidepressants or antianxiety medications that affect dopamine or serotonin. This is due to the fact that it’s a Monoamine Oxidase (MAOI) inhibitor. Taking methylene blue with such medications(citalopram, escitalopram, fluoxetine, fluvoxamine, paroxetine, sertraline, zimelidine, bupropion, buspirone, clomipramine, mirtazapine, and venlafaxine.)cause serious symptoms like a hypertensive crisis or Serotonin Syndrome.

Do not use Methylene Blue if you are pregnant or breastfeeding.

What Are Liposomal Supplements?

Liposomal is a result of recent innovation in the health and technology industry. Liposomal supplements are unlike any other type of supplement previously manufactured. They have a special property that allows them to keep compounds with active ingredients fresh. It does this by surrounding the active ingredient particles in a layer of a fat-like substance known as phospholipids. This layer prevents the active ingredient from reacting with air or water on the outside and helps them remain potent for a long time. This kind of therapy has become a gateway to many delivery systems. For example, it can be used when active ingredients need to be kept protected until they reach a certain area of the body, this is called targeted therapy. Additionally, the layer of phospholipids is a safe and healthy replacement for binders, gelatin, or fillers used for the same purpose.

 

Liposomal Supplements Manufacturing Process

The manufacturing process of such an innovational delivery system is indeed very complicated. It involves a highly specific process that needs to be carried out meticulously. Additionally, it takes a long time to produce compared to ordinary supplements, and stabilizing the final product is a whole other task on its own. The process to develop liposomal-based pharmaceuticals has several major steps.

 

Material Dispensing, Dissolution, And Solution Sequencing

This step is often overlooked as it is the one that takes the longest however, it is justified in doing so as it requires great attention to detail. Usually, this phase requires between 5 and 10 rounds of buffers. Thes buffer can come in the form of phosphate salts, amino acids, sucrose, solvents, PEG, saline, and additional chemicals. The dispensing and dissolution phase is used to create a ‘homing’ layer between each layer of raw lipid. The steps to this phase usually include:

1) emulsion preparation and solvent dissolution of the lipids.

2) infusion of the API into the lipid and creation of the homing layer.

3) stabilizing the final solution into a NaCl-based solution and removing all the impurities in the final formulation.

This phase also requires numerous injections of water which may not sound important but it has to be carried out meticulously to reduce time later in the process. All the base materials are usually bought premade/procured to save time in manufacturing.

 

Liposomal Creation

The liposome is created by dissolving the raw lipids in ethanol (generally) and impacting them physically to create a liposome particle between 50 nm and 100 nm. The size range is dependent on the product’s target organ in the body and the physical biology required. The method always begins with a stable emulsion of water, solvents, and dissolved lipids. There are several methods of lipid transformation:

1. Sonication: This is when ultrasound rays are used to irradiate the liquid emulsion created in the previous phase. The energy from these rays shatters the particles to form small spheres containing the active ingredient. However, this method only works with a small sample size.

2. High-shear mixing/high-shear dispersion/homogenization: This method was first introduced by Szoka in 1983,  This method uses careful control of energy levels, temperatures, pressures, and residence time. These parameters are then used to expose the emulsion previously created to energy. This requires stainless-steel vessels to contain the temperature, pressure, and byproduct recycling of the high-shear liquid/foam.

3. Extrusion of the emulsion through a uniform pore-size polycarbonate membrane: This is a more commonly used technique for mass production. This method uses different qualities of filters to extract the dissolve lipid which is then streamed through the same filters multiple times. Of course, this whole process is carried out under specific time, temperature, pressure, and flow rates. This is the most popular method industrially because it requires lower energy and less machinery.

4. Ultra-high pressure/ultra-high-shear micro fluidization: This method uses a pressurized mixing chamber that produces liposomal spheres quickly. However, this is not a popular method as it requires expensive high-pressure equipment with many safety hazards.  Additionally, it required many support systems and skilled personnel to operate the equipment.

5. Micro-chip/microchannel flow systems: This method uses innovational technology in the form of micro-sized chips to direct turbulent collision flow paths. This creates an environment that causes a lot of collisions which successfully makes liposomal spheres from the previously formed emulsions. This is popular since it doesn’t involve high energy or high volumes of solvent like the previous methods. This technique can be used in a lab but it can also be used at an industrial level.

6. Jet injection systems: This technology involves a continuous flow path. Jet injection is used to create a precise and calculates steam that collides with a high-energy environment producing a continuous stream of liposomal spheres. This technique is advantageous industrially because it uses standard equipment that does not need specialized man force to handle it.

Liposomal Filtration

After the previous phase has been completed, we are left with a solution of various sizes and varieties of liposomes as well as byproducts and additives added during the liposome generation. This is why a filtration phase is necessary to sort the liposomes by their different varieties and exclude the byproducts. Usually, a selective filtration method is used by large ultrafiltration skids or tangential flow filtration systems. These methods use a selective membrane to filter out the liposomes. The latter of the two methods is more favorable as it is less time-consuming. It is compounded very well with microchip and jet injection methods in the liposomal generation phase as these methods produce smaller volumes of solvent and tangential flow filtration works best with smaller solvent volumes.

 

Liposomal Stabilization

After the filtration phase, we are usually left with a solution of a specific variety of liposomes in a solution of sodium chloride water. The solution is then further diluted to further eliminate any remaining byproducts. This phase also uses a variety of filters but usually, they are of the disposable kind. This is a tedious process as it usually takes a long time. After it is completed the liposome solution is refrigerated to prevent any form of degradation. Nowadays, products are always refrigerated between different phases of manufacturing.

 

Liposomal Loading

This phase of the manufacturing process is said to be the most chemically complex as we ll a significant step. This is the step that comprises the injection of the active ingredient into the carefully formed liposomes. Traditionally, the previously formed and filtered liposomes were heated at high temperatures to induce a chemical change in the pH so that the aqueous interior of the liposomes is exposed for the insertion of the active ingredient. The active ingredient easily penetrates the bilayer of phospholipids. This is of course carried out under extreme observation to ensure the potency of the end product. Once the active ingredient has melded with the layer the solution is then cooled down again to bring it to its former appearance of the liposomal structure, the only difference now is that the active ingredient is inside the liposomal spheres. After this is done some chemicals, like amino acids, sugars, PEG, and other chemicals used to control biophysical assimilation and stability, are used to attract the liposome to the target area of the body. These chemicals are used to count the outside of the liposomal spheres by rapidly heating and then cooling the solution causing pH changes for integration.

Final Product Stabilization

Depending on the outcome of the solution after the previous stage, it may need to go into further rounds of filtration to yet again purge the solution of impurities, byproducts, or other unreacted materials. This is a quick and easy step as it requires only the machinery previously used in the manufacturing process.

 

Aseptic Fill

Finally, the last step in this manufacturing process is sterilizing filtration and filling. Although the solution is almost the same density as water the fatty nature of the liposomes makes it a slow process when it comes to sterilization. There has been a lot of experimentation in this phase including increasing temperature, increasing pressures, increasing filtration ara=ea and so much more all in the favour of speeding up this phase. Unfortunately, none have been too successful as all of the above-mentioned tweaks tend to deshape or destroy the liposomes decreasing the yield.

Another part of the sterilization process includes ruining it through a bacteria challenge and bacteria retention test.

Liposomal Supplements Production Overview

As you can deduce the liposomal delivery mode includes many steps which require meticulous observation which makes the whole engineering process tricky and complicated. This makes the process arduous and costly since it requires skilled personnel and unique precise machinery. However, it is all worth it when realising the effectiveness of such a delivery system.

 

Discover the Power of Bio-Photonic Frequency Nutrients

Imagine a natural way to boost your health, energy, and well-being. Bio-photonic frequency nutrients make it possible. These 30 powerful nutrients work at a cellular level to promote optimal health and combat the effects of aging. Let's dive into what they can do for you:

  1. Alkali: Kickstart weight loss, detox heavy metals, and reveal radiant, youthful-looking skin. Alkali also supports healthy digestion.
  2. BH4 Supplement: Protect your heart and boost brain power. BH4 is a crucial co-factor for enzymes, including nitric oxide.
  3. DHA: Fuel your brain with this essential omega-3 fatty acid. DHA supports development and function for peak mental performance.
  4. EMF Protection: In today's digital world, EMF protection is vital. These frequencies neutralize harmful electromagnetic fields.
  5. Enzymes: The secret to glowing skin? Enzyme therapy, a popular cosmetic treatment with stunning anti-aging results.
  6. Far Infrared Light: Supercharge your workouts with far infrared light. It enhances endurance, speeds recovery, promotes muscle growth, and boosts metabolism.
  7. Flavonoids (Quercetin): This potent antioxidant shields your body from damaging free radicals.
  8. Glutathione: Meet your body's master antioxidant. Glutathione neutralizes toxins and keeps you healthy.
  9. Growth Factors (Colostrum): Colostrum is like a healthy aging elixir. It strengthens your gut, immunity, and metabolism while preventing allergies and inflammation.
  10. Hydration: Fatigue holding you back? Hydration is your solution. It fuels your muscles, flushes toxins, and keeps your skin and joints healthy.
  11. Hydrogen: Proper hydration starts at the cellular level. Hydrogen helps your cells eliminate toxins and waste products.
  12. Iodine: Iodine is your metabolism's BFF. It regulates your body's metabolic rate and supports hormonal activity.
  13. L-Ascorbic Acid (Vitamin C): This vitamin is a powerhouse. It bolsters immunity, heart health, and skin vitality while supporting collagen production.
  14. Methylene Blue: This former dye has a promising future in anti-depressants. It also improves mild cognitive impairment and memory issues.
  15. Moringa: Moringa is the ultimate superfood. It promotes beautiful skin, hair growth, normalizes blood sugar, and supports healthy vision.
  16. NAC (N-Acetyl Cysteine): NAC is like a bodyguard for your liver and kidneys. It prevents damage and supports immune function.
  17. NADH and NAD: NAD is the anti-aging molecule you need to know. It reduces chronic disease symptoms and keeps your brain healthy.
  18. Oxaloacetate: This natural energy molecule slows aging, regulates blood sugar, and helps your body burn fat.
  19. Oxygen: Oxygen is the key to peak performance. It reduces aging, alleviates headaches, and boosts physical performance by up to 25%.
  20. Pine Needle Oil: Relax, breathe easy, and speed up your metabolism with pine needle oil. It's also a natural remedy for skin issues.
  21. Policosanol (PCN): PCN is like a reset button for your body. It promotes optimal functioning, heart health, and longevity.
  22. Probiotics: Your gut and skin will thank you for these good bacteria and yeast. Probiotics support digestion, immunity, and even produce serotonin.
  23. Red Algae: This iodine and magnesium-rich superfood boosts immunity and provides omega-3 benefits.
  24. Schumann Resonance: These natural earth frequencies promote relaxation, regeneration, and beneficial brain states.
  25. Stem Cells: Stem cells are the fountain of youth. They enhance collagen, reduce nerve damage, and eliminate inflammation.
  26. Undaria Pinnatifida (Fucoidan): This brown seaweed promotes cellular turnover for radiant skin.
  27. VIP (Vasoactive Intestinal Peptide): VIP is your brain and gut's best friend. It regulates hormones, blood sugar, and supports learning and memory.
  28. Vitamin B12: B12 is crucial for healthy blood cells, nerves, brain function, and memory. It keeps your heart strong and your mood lifted.
  29. Vitamin D3: D3 is essential for strong bones and teeth. It also boosts mood, supports cognition, and improves physical performance.
  30. Turmeric (Curcumin): This golden spice is a health powerhouse. It reduces inflammation, acts as an antioxidant, and supports heart and brain health.

The benefits of turmeric and its active compound curcumin are backed by science:

  • Combats inflammation and oxidative damage
  • Supports heart health by improving blood vessel function
  • May prevent or slow age-related cognitive decline
  • Relieves arthritis symptoms
  • Supports mood and may help manage depression

 

References 

 

  1. This blog post also has some great research that is cited and linked at the bottom...https://daveaspreybox.com/methylene-blue/ 
  2. Video from the Lyra Nara Inc. Channel (25:00):https://www.youtube.com/watch?v=ICsEW83VZws 
  3. The Book: There is also a more in-depth overview of Methylene Blue in Mark Sloan's book: The Ultimate Guide To Methylene Blue...Audiobook (3:49:00)
  4. https://www.amazon.com/Ultimate-Guide-Methylene-Blue-Mitochondrial-ebook/dp/B09513NX6G/ref=tmm_kin_swatch_0?_encoding=UTF8&qid=&sr= 
  5. Podcasts/Interviews:
  6. 2 Part Dr. Gonzalez-Lima Interview on the Decoding Superhuman Podcast 
  7. Part 1 (41:32)https://www.youtube.com/watch?v=NNZBljVptLs&t=1359s 
  8. Part 2 (1:01:42)https://www.youtube.com/watch?v=nPLMK7jfP-E  
  9. 2 Part Dr. Gonzalez-Lima Interview on the Evolving Past Alzheimer's Podcast
  10. Part 1 (1:28:29)https://www.youtube.com/watch?v=wDnoxY8vNxM 
  11. Part 2 (48:40)https://www.youtube.com/watch?v=PCyisOdRzrg 
  12. Gonzalez-Lima Interview on the Drive Podcast (2:32:09)https://peterattiamd.com/franciscogonzalezlima/ 
  13. Or on Youtube:https://www.youtube.com/watch?v=zCjMFuFv9Gg 
  14. Scientific Research on MB for Cognitive Enhancement
  15. Methylene blue and its importance in medicinehttps://www.researchgate.net/publication/347993459_Methylene_blue_and_its_importance_in_medicine 
  16. Neurometabolic mechanisms for memory enhancement and neuroprotection of methylene blue
  17. https://www.researchgate.net/publication/51783411_Neurometabolic_mechanisms_for_memory_enhancement_and_neuroprotection_of_methylene_blue 
  18. Methylene blue reduces the incidence of early postoperative cognitive disorders in elderly patients undergoing major non-cardiac surgery: An open-label randomized controlled clinical trial
  19. https://www.researchgate.net/publication/346346895_Methylene_blue_reduces_incidence_of_early_postoperative_cognitive_disorders_in_elderly_patients_undergoing_major_non-cardiac_surgery_An_open-label_randomized_controlled_clinical_trial 
  20. Methylene blue and Alzheimer's disease
  21. https://www.researchgate.net/publication/24418608_Methylene_blue_and_Alzheimer's_disease 
  22. Methylene Blue as a Cerebral Metabolic and Hemodynamic Enhancer
  23. https://www.researchgate.net/publication/232232944_Methylene_Blue_as_a_Cerebral_Metabolic_and_Hemodynamic_Enhancer 
  24. Therapeutic Benefits of Methylene Blue on Cognitive Impairment during Chronic Cerebral Hypoperfusion
  25. https://www.researchgate.net/publication/264390565_Therapeutic_Benefits_of_Methylene_Blue_on_Cognitive_Impairment_during_Chronic_Cerebral_Hypoperfusion 
  26. Methylene Blue Preserves Cytochrome Oxidase Activity and Prevents Neurodegeneration and Memory Impairment in Rats With Chronic Cerebral Hypoperfusion
  27. https://www.researchgate.net/publication/341520043_Methylene_Blue_Preserves_Cytochrome_Oxidase_Activity_and_Prevents_Neurodegeneration_and_Memory_Impairment_in_Rats_With_Chronic_Cerebral_Hypoperfusion 
  28. Enhancing Extinction Learning in Post-traumatic Stress Disorder With Brief Daily Imaginal Exposure and Methylene Blue: A Randomized Controlled Trial
  29. https://www.researchgate.net/publication/318215185_Enhancing_Extinction_Learning_in_Posttraumatic_Stress_Disorder_With_Brief_Daily_Imaginal_Exposure_and_Methylene_Blue_A_Randomized_Controlled_Trial 
  30. Preventing the return of fear using reconsolidation updating and methylene blue is differentially dependent on extinction learning
  31. https://www.researchgate.net/publication/316054747_Preventing_the_return_of_fear_using_reconsolidation_updating_and_methylene_blue_is_differentially_dependent_on_extinction_learning 
  32. Effects of Post-Session Administration of Methylene Blue on Fear Extinction and Contextual Memory in Adults With Claustrophobia
  33. https://www.researchgate.net/publication/263898596_Effects_of_Post-Session_Administration_of_Methylene_Blue_on_Fear_Extinction_and_Contextual_Memory_in_Adults_With_Claustrophobia 
  34. Multimodal Randomized Functional MR Imaging of the Effects of Methylene Blue in the Human Brain
  35. https://www.researchgate.net/publication/304572585_Multimodal_Randomized_Functional_MR_Imaging_of_the_Effects_of_Methylene_Blue_in_the_Human_Brain 
  36. Methylene blue modulates functional connectivity in the human brain
  37. https://www.researchgate.net/publication/297718215_Methylene_blue_modulates_functional_connectivity_in_the_human_brain 
  38. Daily consumption of methylene blue reduces attentional deficits and dopamine reduction in a 6-OHDA model of Parkinson's disease
  39. https://www.researchgate.net/publication/318304888_Daily_consumption_of_methylene_blue_reduces_attentional_deficits_and_dopamine_reduction_in_a_6-OHDA_model_of_Parkinson's_disease 
  40. Cardiac Arrest and Neuroprotection by Methylene Blue
  41. https://www.researchgate.net/publication/351996790_Cardiac_Arrest_and_Neuroprotection_by_Methylene_Blue 
  42. Scientific Research on MB and PBM for Cognitive EnhancementProtection against neurodegeneration with low-dose methylene blue and near-infrared light
  43. https://www.researchgate.net/publication/276464953_Protection_against_neurodegeneration_with_low-dose_methylene_blue_and_near-infrared_light 
  44. Scientific Research on MB and PBM for Photo-antimicrobial benefitSurfactin-methylene blue complex under LED illumination for antibacterial photodynamic therapy: Enhanced methylene blue transcellular accumulation assisted by surfactin
  45. https://www.researchgate.net/publication/353545618_Surfactin-methylene_blue_complex_under_LED_illumination_for_antibacterial_photodynamic_therapy_Enhanced_methylene_blue_transcellular_accumulation_assisted_by_surfactin 
  46. Scientific Research on PBM as a complement to MB for Cognitive EnhancementTranscranial infrared laser stimulation produces beneficial cognitive and emotional effects in humans
  47. https://www.researchgate.net/publication/233827091_Transcranial_infrared_laser_stimulation_produces_beneficial_cognitive_and_emotional_effects_in_humans 
  48. Low-Level Light Therapy Improves Cortical Metabolic Capacity and Memory Retention
  49. https://www.researchgate.net/publication/230591735_Low-Level_Light_Therapy_Improves_Cortical_Metabolic_Capacity_and_Memory_Retention
  50. Transcranial Photobiomodulation: Controlled Evidence for Cerebrovascular and Cognitive Enhancement
  51. https://www.researchgate.net/publication/316593551_Transcranial_Photobiomodulation_Controlled_Evidence_for_Cerebrovascular_and_Cognitive_Enhancement 
  52. Cognitive Enhancement by Transcranial Photobiomodulation Is Associated With Cerebrovascular Oxygenation of the Prefrontal Cortex
  53. https://www.researchgate.net/publication/336646725_Cognitive_Enhancement_by_Transcranial_Photobiomodulation_Is_Associated_With_Cerebrovascular_Oxygenation_of_the_Prefrontal_Cortex 
  54. The interplay between up-regulation of cytochrome-c-oxidase and hemoglobin oxygenation induced by near-infrared laser
  55. https://www.researchgate.net/publication/305826487_Interplay_between_up-regulation_of_cytochrome-c-oxidase_and_hemoglobin_oxygenation_induced_by_near-infrared_laser 
  56. Transcranial Laser Stimulation as Neuroenhancement for Attention Bias Modification in Adults with Elevated Depression Symptoms
  57. https://www.researchgate.net/publication/303511445_Transcranial_Laser_Stimulation_as_Neuroenhancement_for_Attention_Bias_Modification_in_Adults_with_Elevated_Depression_Symptoms 
  58. Selective photobiomodulation for emotion regulation: model-based dosimetry study
  59. https://www.spiedigitallibrary.org/journals/neurophotonics/volume-6/issue-01/015004/Selective-photobiomodulation-for-emotion-regulation-model-based-dosimetry-study/10.1117/1.NPh.6.1.015004.full?SSO=1
  60. An Introduction To Liposome Processing For Drug Delivery
  61. https://www.pharmaceuticalonline.com/doc/an-introduction-to-liposome-processing-for-drug-delivery-0001

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