This presentation provides an overview of redox signaling and how it relates to ASEA. Redox signaling involves molecules that help cells communicate and repair damage. It is an important but not well understood area of science. The presentation discusses how redox signaling molecules in ASEA are similar to those naturally found in the body and help support cellular communication and repair. Studies have shown ASEA generates antioxidants and enhances cell function without toxicity. The presentation argues increasing redox signaling through ASEA can significantly benefit health and is a promising area of medical innovation.
The University of Business & Management Hyderabad aims to provide a quality education that encourages learning and the open exchange of ideas. It offers pre-professional, professional, masters, and doctoral programs to recruit highly qualified students, faculty, and staff. The university emphasizes excellence in teaching, research, and service and supports the creation and dissemination of knowledge.
http://www.RedoxSignalingMolecules.ca - Frequently Asked Questions (And Answers)
1. What is ASEA?
ASEA is an immune boosting molecular complex consisting of reactive molecules, all native to the human body and naturally balanced. These molecules include a perfect balance of antioxidant enhancers that are balanced to support the immune system, detoxify the body and protect and fortify healthy tissue.
2. What Are Reactive Molecules?
Reactive molecules are either active electron acceptors (prone to take on electrons) or electron donors (prone to give up electrons). When these two classes of molecules are chemically balanced in our body, our immune systems can function at its optimal level.
3. How Do These Reactive Molecules Work?
There are two major roles for these reactive molecules in the body. First, they pair up with the natural antioxidants already in our body to help detoxify and fortify healthy tissue. Secondly, they supply the raw materials that the immune system needs in order to perform its natural function to detect and destroy harmful invaders and damaged cells.
4. How Much ASEA Should I Take?
ASEA has been proven to be entirely non-toxic at any reasonable dose. It can be taken orally, applied topically or inhaled without causing irritation. The recommended maintenance amount is 4 oz. per day for adults. ASEA is not recommended for pregnant or breastfeeding women. Consult with a physician if you are sensitive to salt intake.
5. Can I Apply ASEA To My Skin, Scrapes, Cuts, Or Burns?
ASEA is a natural disinfectant and antimicrobial and yet is soothing to the touch. ASEA can be used in a spray bottle for use on scrapes, burns and abrasions and can be liberally sprayed on the skin and will not cause irritation. ASEA contains a very small amount of chlorine. If you are allergic to chlorine, it is not recommended for use on the face. As always, consult a physician if there are any concerns.
6. Is ASEA Safe?
Testing has shown ASEA to be entirely safe and non-toxic no matter how it is consumed or applied. It has shown literally zero endotoxicity, cytotoxicity, and genotoxicity (mutagenic properties) in all 16 years of studies that were performed. Consult with a physician if you are sensitive to salt intake.
To order or join ASEA, Visit:
http://www.RedoxSignalingMolecules.ca or Call 1-416-335-4716
Redox signaling molecules are cellular message carriers created within every cell of the body that help protect, rejuvenate, and restore cells. Scientists have known about it since the earlier part of last century, but now this burgeoning area of biological health is beginning to command attention.
METABOLISM & STAMINA: Double-blind, 3rd-party, placebo-controlled human trials at Appalachian State Human Performance Lab, North Carolina Research Campus saw remarkable changes in 43 metabolites ("fingerprints" of bio-chemical reactions), massive release of fat to be used as fuel, and an unheard-of 12% increase in endurance (measured by ventilatory threshold, VO2max, time to "hitting the wall.") In a follow-up study, mice ran 29% farther.
ASEA is a non-toxic mixture of redox signalling molecules similar to what cells produce to communicate with each other. It enhances the body's natural antioxidants and signalling molecules to protect, repair, and replace damaged cells. Typical usage is 2-4 oz per day for general health, up to 8 oz for athletes. ASEA is safe and non-irritating for all tissues, and years of studies show it is non-toxic. It contains a balanced mixture of signalling molecules like those naturally found in cells.
The document discusses network marketing and the importance of duplication for success. It outlines six simple steps for new members, including getting on the product, making a commitment letter, building a prospect list, sharing ASEA within 48 hours, enrolling 2 new associates within 10 days, and teaching others to duplicate the process. It also describes different ways to share ASEA and emphasizes the power of duplication by teaching others to enroll two people who also enroll two each. Express and Super Express tracks are outlined to sponsor certain numbers of people within 30 days and duplicate the process for higher earnings. Responsible sponsoring through teamwork is said to create explosive duplication.
This document provides an overview of the steps and tools involved in starting an ASEA business. It outlines the initial investment required, training materials to purchase and review, presentations to use for introducing prospects to ASEA products and the business opportunity, and ways to engage with and support the ASEA culture and community. Regular practice of skills, attendance on training calls, and helping new business partners get started are emphasized.
The document discusses the DIBANET project which aims to produce diesel miscible biofuels from biomass residues and wastes. It outlines initial goals of producing levulinic acid from sugars and esterifying it with ethanol to make ethyl levulinate. Levulinic acid is described as a platform chemical that can be derived from carbohydrates and used to make numerous fuels, chemicals, and materials. The major components of lignocellulosic biomass are identified as cellulose, hemicellulose, and lignin. Acid hydrolysis is discussed as a purely chemical process to break biomass down into sugars and further into levulinic acid, formic acid, and other products. Conversion rates and
Dr.Ir. Gatot Trimulyadi : The adsorption behavior of chitin and its concerns with various degree of deacetylization. This high adsorption capacity was ascribable primarily to its remarkable hydrophilicity in cooperation with the relatively high amino group content. It is indicate that the importance of hydrophlicity and suggest that, in order to develop adsorbents of high capacity, it is make indicate the importance of hydrophilicity essential to make chitin derivatives highly hydrophylic and yet insoluble in water.
This chapter outline discusses DNA and RNA structure and function, including:
- The discovery that DNA is the genetic material through experiments with viruses.
- The double helix structure of DNA determined by Watson and Crick based on data from Franklin and others.
- DNA replication through semiconservative replication to produce identical copies.
- Transcription of DNA to mRNA and the three types of RNA (mRNA, tRNA, rRNA).
- Translation of mRNA using tRNA to specify amino acid sequence and produce proteins according to the genetic code.
Proteins are composed of amino acids linked together by peptide bonds. There are 20 standard amino acids that make up proteins. Amino acids have different properties depending on their side chains, which can be nonpolar, polar, acidic, or basic. When amino acids join together via peptide bonds, they form the primary structure of proteins. The peptide bond is planar and rigid, giving proteins their distinctive 3D structures.
Proteins are composed of amino acids linked together by peptide bonds to form polypeptide chains. There are 20 standard amino acids that make up proteins. Proteins have four levels of structure - primary, secondary, tertiary, and quaternary. The primary structure is the linear sequence of amino acids. Secondary structures form due to hydrogen bonding between amino acids and include alpha helices and beta sheets. Tertiary structure involves folding of secondary structures into a compact 3D structure. Hydrogen bonds, disulfide bridges, and hydrophobic interactions stabilize tertiary structure.
The document summarizes key concepts from Lecture Seven on alkenes and alkynes. It discusses hydrogenation of alkenes and alkynes using catalysts like Pd/C, including syn and anti addition. It provides an example of the hydrogenation of resiniferatoxin. It also explains the importance of stereochemistry in hydrogenation reactions and mechanisms of addition. Partial hydrogenation reactions using Lindlar catalyst or Na/NH3 are described. The mechanism of radical additions is shown.
The document discusses macromolecules called polymers that are composed of smaller molecules called monomers. There are three main classes of polymers in living things: carbohydrates, proteins, and nucleic acids. Carbohydrates include sugars and their polymers. Examples of sugars are monosaccharides like glucose and fructose. Carbohydrate polymers include starch, a polymer of glucose found in plants for energy storage, and glycogen, a glucose polymer that stores energy in animals. Proteins and nucleic acids are also important macromolecules composed of monomers.
The Arbuzov reaction is the nucleophilic substitution reaction of a trialkylphosphite with an alkyl halide to form a trialkylphosphite ester.
The general reaction is:
ROPO(OR')2 + R'X ROP(O)(OR')OR' + X-
Where R and R' can be alkyl groups of varying size.
The reaction proceeds through an S N2 mechanism. The trialkylphosphite acts as a nucleophile, with the phosphoryl oxygen attacking the electrophilic carbon of the alkyl halide. This occurs with inversion of configuration at the carbon.
The leaving group, X-, departs, forming the trialkylphosphite est
Cell size is limited by surface area to volume ratio and metabolic requirements. The smallest bacteria are around 0.1-1.0 亮m, while most bacteria are 1-10 亮m. Eukaryotic cells range from 10-100 亮m. As cells get larger, their volume increases faster than their surface area, limiting nutrient intake and waste removal. Above a certain size, cells cannot efficiently transport materials needed for life. Becoming multicellular allows cells to divide labor and grow larger, but presents new challenges like cell-cell communication.
Unit 1: Introduction to Histological and Cytological techniques
Differentiate histology and cytology
Overview on tissue types
Function and components of the compound light microscope
Overview on common Histological Techniques:
o Fixation
o Grossing
o Tissue processing
o Microtomy
o Staining
o Mounting
Application of histology and cytology
Acute & Chronic Inflammation, Chemical mediators in Inflammation and Wound he...Ganapathi Vankudoth
油
A complete information of Inflammation, it includes types of Inflammation, purpose of Inflammation, pathogenesis of acute inflammation, chemical mediators in inflammation, types of chronic inflammation, wound healing and Inflammation in skin repair, phases of wound healing, factors influencing wound healing and types of wound healing.
legal Rights of individual, children and women.pptxRishika Rawat
油
A legal right is a claim or entitlement that is recognized and protected by the law. It can also refer to the power or privilege that the law grants to a person. Human rights include the right to life and liberty, freedom from slavery and torture, freedom of opinion and expression, the right to work and education
FAO's Support Rabies Control in Bali_Jul22.pptxWahid Husein
油
What is FAO doing to support rabies control programmes in Bali, Indonesia, using One Health approach with mass dog vaccination and integrated bite case management as main strategies
PERSONALITY DEVELOPMENT & DEFENSE MECHANISMS.pptxPersonality and environment:...ABHAY INSTITUTION
油
Personality theory is a collection of ideas that explain how a person's personality develops and how it affects their behavior. It also seeks to understand how people react to situations, and how their personality impacts their relationships.
Key aspects of personality theory
Personality traits: The characteristics that make up a person's personality.
Personality development: How a person's personality develops over time.
Personality disorders: How personality theories can be used to study personality disorders.
Personality and environment: How a person's personality is influenced by their environment.
More Related Content
Similar to How To Talk About ASEA By Dr. Gary Samuelson, PhD (9)
The document discusses the DIBANET project which aims to produce diesel miscible biofuels from biomass residues and wastes. It outlines initial goals of producing levulinic acid from sugars and esterifying it with ethanol to make ethyl levulinate. Levulinic acid is described as a platform chemical that can be derived from carbohydrates and used to make numerous fuels, chemicals, and materials. The major components of lignocellulosic biomass are identified as cellulose, hemicellulose, and lignin. Acid hydrolysis is discussed as a purely chemical process to break biomass down into sugars and further into levulinic acid, formic acid, and other products. Conversion rates and
Dr.Ir. Gatot Trimulyadi : The adsorption behavior of chitin and its concerns with various degree of deacetylization. This high adsorption capacity was ascribable primarily to its remarkable hydrophilicity in cooperation with the relatively high amino group content. It is indicate that the importance of hydrophlicity and suggest that, in order to develop adsorbents of high capacity, it is make indicate the importance of hydrophilicity essential to make chitin derivatives highly hydrophylic and yet insoluble in water.
This chapter outline discusses DNA and RNA structure and function, including:
- The discovery that DNA is the genetic material through experiments with viruses.
- The double helix structure of DNA determined by Watson and Crick based on data from Franklin and others.
- DNA replication through semiconservative replication to produce identical copies.
- Transcription of DNA to mRNA and the three types of RNA (mRNA, tRNA, rRNA).
- Translation of mRNA using tRNA to specify amino acid sequence and produce proteins according to the genetic code.
Proteins are composed of amino acids linked together by peptide bonds. There are 20 standard amino acids that make up proteins. Amino acids have different properties depending on their side chains, which can be nonpolar, polar, acidic, or basic. When amino acids join together via peptide bonds, they form the primary structure of proteins. The peptide bond is planar and rigid, giving proteins their distinctive 3D structures.
Proteins are composed of amino acids linked together by peptide bonds to form polypeptide chains. There are 20 standard amino acids that make up proteins. Proteins have four levels of structure - primary, secondary, tertiary, and quaternary. The primary structure is the linear sequence of amino acids. Secondary structures form due to hydrogen bonding between amino acids and include alpha helices and beta sheets. Tertiary structure involves folding of secondary structures into a compact 3D structure. Hydrogen bonds, disulfide bridges, and hydrophobic interactions stabilize tertiary structure.
The document summarizes key concepts from Lecture Seven on alkenes and alkynes. It discusses hydrogenation of alkenes and alkynes using catalysts like Pd/C, including syn and anti addition. It provides an example of the hydrogenation of resiniferatoxin. It also explains the importance of stereochemistry in hydrogenation reactions and mechanisms of addition. Partial hydrogenation reactions using Lindlar catalyst or Na/NH3 are described. The mechanism of radical additions is shown.
The document discusses macromolecules called polymers that are composed of smaller molecules called monomers. There are three main classes of polymers in living things: carbohydrates, proteins, and nucleic acids. Carbohydrates include sugars and their polymers. Examples of sugars are monosaccharides like glucose and fructose. Carbohydrate polymers include starch, a polymer of glucose found in plants for energy storage, and glycogen, a glucose polymer that stores energy in animals. Proteins and nucleic acids are also important macromolecules composed of monomers.
The Arbuzov reaction is the nucleophilic substitution reaction of a trialkylphosphite with an alkyl halide to form a trialkylphosphite ester.
The general reaction is:
ROPO(OR')2 + R'X ROP(O)(OR')OR' + X-
Where R and R' can be alkyl groups of varying size.
The reaction proceeds through an S N2 mechanism. The trialkylphosphite acts as a nucleophile, with the phosphoryl oxygen attacking the electrophilic carbon of the alkyl halide. This occurs with inversion of configuration at the carbon.
The leaving group, X-, departs, forming the trialkylphosphite est
Cell size is limited by surface area to volume ratio and metabolic requirements. The smallest bacteria are around 0.1-1.0 亮m, while most bacteria are 1-10 亮m. Eukaryotic cells range from 10-100 亮m. As cells get larger, their volume increases faster than their surface area, limiting nutrient intake and waste removal. Above a certain size, cells cannot efficiently transport materials needed for life. Becoming multicellular allows cells to divide labor and grow larger, but presents new challenges like cell-cell communication.
Unit 1: Introduction to Histological and Cytological techniques
Differentiate histology and cytology
Overview on tissue types
Function and components of the compound light microscope
Overview on common Histological Techniques:
o Fixation
o Grossing
o Tissue processing
o Microtomy
o Staining
o Mounting
Application of histology and cytology
Acute & Chronic Inflammation, Chemical mediators in Inflammation and Wound he...Ganapathi Vankudoth
油
A complete information of Inflammation, it includes types of Inflammation, purpose of Inflammation, pathogenesis of acute inflammation, chemical mediators in inflammation, types of chronic inflammation, wound healing and Inflammation in skin repair, phases of wound healing, factors influencing wound healing and types of wound healing.
legal Rights of individual, children and women.pptxRishika Rawat
油
A legal right is a claim or entitlement that is recognized and protected by the law. It can also refer to the power or privilege that the law grants to a person. Human rights include the right to life and liberty, freedom from slavery and torture, freedom of opinion and expression, the right to work and education
FAO's Support Rabies Control in Bali_Jul22.pptxWahid Husein
油
What is FAO doing to support rabies control programmes in Bali, Indonesia, using One Health approach with mass dog vaccination and integrated bite case management as main strategies
PERSONALITY DEVELOPMENT & DEFENSE MECHANISMS.pptxPersonality and environment:...ABHAY INSTITUTION
油
Personality theory is a collection of ideas that explain how a person's personality develops and how it affects their behavior. It also seeks to understand how people react to situations, and how their personality impacts their relationships.
Key aspects of personality theory
Personality traits: The characteristics that make up a person's personality.
Personality development: How a person's personality develops over time.
Personality disorders: How personality theories can be used to study personality disorders.
Personality and environment: How a person's personality is influenced by their environment.
1. Explain the physiological control of glomerular filtration and renal blood flow
2. Describe the humoral and autoregulatory feedback mechanisms that mediate the autoregulation of renal plasma flow and glomerular filtration rate
Presentaci坦 que va acompanyar la demostraci坦 prctica de metge d'Innovaci坦 Jos辿 Ferrer sobre el projecte Benestar de BSA, nom d'IDIAP Pere Gol, el 5 de mar巽 de 2025 a l'estand de XarSMART al Mobible Word Congress.
Creatines Untold Story and How 30-Year-Old Lessons Can Shape the FutureSteve Jennings
油
Creatine burst into the public consciousness in 1992 when an investigative reporter inside the Olympic Village in Barcelona caught wind of British athletes using a product called Ergomax C150. This led to an explosion of interest in and questions about the ingredient after high-profile British athletes won multiple gold medals.
I developed Ergomax C150, working closely with the late and great Dr. Roger Harris (1944 2024), and Prof. Erik Hultman (1925 2011), the pioneering scientists behind the landmark studies of creatine and athletic performance in the early 1990s.
Thirty years on, these are the slides I used at the Sports & Active Nutrition Summit 2025 to share the story, the lessons from that time, and how and why creatine will play a pivotal role in tomorrows high-growth active nutrition and healthspan categories.
3. Signaling油Molecules油in油ASEA油Come油From油
Salt油and油Water
Salt
Na+ Cl - Water
H
H
O
N N O
H
Nitrogen H
REDuction OXidation
H
H
H Super油
Hydrogen油 Oxides
Peroxide O O
O O
More油 Cl
Nitric油
than油20 H
Hypo油
N O
Oxide Molecule O chlorites油
s油
μ
9. We油can油think油of油Cells油as油
Houses油Along油Streets
C
C e
e l
l l
l
M
ai
M l
ai b
l o
b x
o
x
C
C e
e
l
Blood油 l
l
Street
l Vessel
M
ai
M l
ai b
l o
b x
o
x
C
C e
e l
l l
l
M
ai
M l
ai b
l o
b x
o
x
11. When油Cells油Have油a油Problem
They油Need油Emergency油Response
C CC C C
e ee e e
l ll l l
l ll l l
M M M M M
ai aiai ai ai
l ll l l
b bb b b
o oo o o
x xx x x
C C C C
e e e e
l l l l
l l l l
M M
M M
M M
ai ai
ai ai
ai ai
l l
l l
l l
b b
b b
b b
o o
o o
o o
x x
x x
x x
C C C CC
e e e ee
l l l ll
l l l ll
M M M MM
ai ai ai ai
ai
l l l ll
b b b b b
o o o o o
x x x xx