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Tuesday, November 14, 2023

Nobel Price Winning Organi-metallic Science behind Fuel Factor X Advanced Fuel Treatment

Organometallic compounds are indeed a Nobel Prize-winning area of science, and they play a key role in the Fuel Factor X Advanced Fuel treatment. These compounds act as catalysts, promoting the more complete combustion of fuel, leading to improved fuel efficiency, reduced emissions, and extended engine life.

The specific organometallic compounds used in Fuel Factor X are proprietary, but they are generally classified as "sandwich compounds" due to their unique structure. These compounds contain a metal atom sandwiched between two organic molecules. This structure allows the metal atom to act as a catalyst, lowering the activation energy required for combustion.

When Fuel Factor X is added to fuel, the organometallic compounds disperse throughout the fuel mixture and come into contact with the fuel molecules. As the fuel enters the combustion chamber and is exposed to high temperatures, the organometallic compounds facilitate the breakdown of the fuel molecules into smaller, more reactive fragments. These smaller fragments can then react more readily with oxygen, leading to a more complete and efficient combustion process.

This more complete combustion results in several benefits:

1. Improved Fuel Economy: By burning more of the fuel, Fuel Factor X reduces the amount of unburned fuel that would otherwise be expelled through the exhaust system. This translates to improved fuel economy and lower fuel costs.

2. Reduced Emissions: More complete combustion leads to lower emissions of harmful pollutants, such as carbon monoxide (CO), hydrocarbons (HC), and nitrogen oxides (NOx). These pollutants contribute to air pollution and climate change.

3. Extended Engine Life: The organometallic compounds in Fuel Factor X also help to clean carbon deposits from engine components, reducing friction and wear. This can help to extend the life of the engine and reduce maintenance costs.

Overall, the organometallic compounds in Fuel Factor X play a critical role in enhancing fuel efficiency, reducing emissions, and prolonging engine life. These compounds represent a cutting-edge application of Nobel Prize-winning science in the field of fuel treatment.

https://www.fuelfactorx.com/pmmutiti

TASLY CARDIOTONIC PILL: IMPROVING YOUR HEART AND BLOOD MICROCIRCULATION SYSTEM

Is a Chinese herbal product that is one of the top selling herbal products sold in China for heart health. Dan Shen (Salviae Mitiorrhizae), Cardiotonic Pill main herb, first appeared in China’s “Shen Nong Herbal Classic” and has been clinically used for decades as a blood moving herb in promoting circulation.

Combined with other blood moving and Qi tonifying herbs, Cardiotonic Pill or Danshen Plus Capsule is a convenient, alternative therapy for heart health based on Traditional Chinese Medicine principles and modern day research.

Its droplet pill formulation offers many advantages such as low dosage, rapid and complete absorption, fast onset of action, high potency and convenience.

Tasly Cardiotonic Pill

Main Ingredients:
Dan Shen (Salviae Mitiorrhizae)
San Qi (Panax Notoginseng)
Huang Qi (Astragalus membranaceus)
Jiang Xiang (Dalbergiae Odoriferae)

Suggested Use:

Take 1 pill orally three times per day. The effect was achieved faster when taken under the tongue, let dissolve in mouth and swallow. Improvement for healthy heart function has been seen after only 2-4 weeks.

The Dripping Pill, a Prevalent Dosage Form for Higher Bioavailability:

Innovation in herbal medicine can be found throughout the world these days, and there is no better example of manufacturing and dosage vicissitude than the dripping pill, manufactured by Tasly Pharmaceutical Co., Ltd., one of the top five largest pharmaceutical companies in China.

The Dripping Pill is a rapidly developing form of Chinese herbal medicine, prepared by blending an herbal extract and a matrix under thermal conditions and dripping the mixture into a cooling liquid in which the droplets are insoluble. The process of pill formation results in a solid-dispersoid in a pill shape.

Characteristics of the Dosage Form:

Dripping pills are a promising dosage form. The process of formation is similar to that of preparing a solid dispersoid by melting. Melting herbal extract and matrix together make the botanical molecules disperse evenly throughout the matrix, and when congealed to from a eutectic solution, both herbal extract and the matrix molecules turn into very fine, tiny crystals. These crystals are easily absorbed with a higher bioavailability, rapid biological activity and lower adverse effects compared with conventional dosage forms such as, tablets and capsules. This helps promote stability of the herbal extract. Fine crystals of the herbal molecules are tightly embedded in the matrix, with no herbal powder or dust produced during manufacturing. Each single dose is exact and reproducible due to the even distribution of the herbal extract.

Why Dripping Pills Increase Bioavailability?

Formation of tiny, fine crystals: In the preparation of dripping pills, herbal extract and matrix are melted together to make a solution in which the herbal extract is distributed in molecular form within the matrix. When the solution cools down the solubility decreases and the molecules of the herbal extract are separated out.

Due to rapid cooling, the viscosity of the solution increases rapidly, the solution is solidified, and the botanical molecules separated out cannot conglomerate into large crystals. As a result, micro-crystals are formed. These micro-crystals have a rapidly-dissolvable property within body fluids and a better bioavailability. For example, when Griseofulvin (an antifungal drug) Dripping Pill with PEG 6000 in its matrix is examined under a microscope, it can be seen that crystals at a size between 2-3µ account for only 5.39%, while the remaining is composed of crystals under 2µ.

Dissolubility, solubility and surface activity of the matrix: In dripping pills, the poorly soluble microcrystals of the herbal extract are surrounded tightly by a water-soluble matrix. The matrix dissolves quickly in body fluids, and the herbal extract will form a homogeneous suspension of micro-crystals when agitated slightly, allowing the herbal extract to come in contact with the body fluid closely and increase the dissolution process.

Elimination of aggregation and agglomeration of herbal extract powder: When an herbal extract with low water-solubility in powder form is put into water, some small conglomerations floating on the water surface usually occur during the course of dissolution. They are difficult to disperse, even with strong stirring. In the case of dripping pills, the tiny, fine crystals of the herbal extract are embedded in the water-soluble matrix, and thus no aggregation or agglomeration will occur. The herbal extract will become wet and begin dissolving quickly as the surrounding matrix dissolves.

As you can see, it is an intense and rigorous manufacturing process to create such an innovative new form as the dripping pill. But, when the benefits and effectiveness are so high, it seems essential to have access to such a dosage form. Honso is proud to be working with Tasly, who believes in the task of finding the most effective ways to help patients with herbal medicine, and bringing these products to the forefront of our industry worldwide.