Advanced Cellular Silver (ACS) 200

• Safe and Effective

  ACS 200® demonstrates a much broader pathogen kill spectrum than traditional prescription antibiotics, antifungal, or antiviral preparations. Far more advanced in both safety and efficacy than traditional colloidal silver, ACS 200® is a 200 parts per million (PPM) cellular silver that has been proven capable of rapidly killing an enormous array of disease causing organisms – literally oxidizing the cell wall of gram positive and gram negative bacteria as well as naked virus/fungus, parasites and more and all without damaging human tissue.




• Powerful

  A 200 part per million formula, Advanced Cellular Silver (ACS) 200® has been independently proven to be the most powerful antimicrobial available today.




• Outstanding Pathogen Kill

  Independent studies show that ACS 200® achieves complete kill against Methicillin-resistant Staphylococcus aureus (MRSA), Candida albicans, and Rhinovirus in less than 3 minutes. No other antimicrobial can make this claim.




• Safety Study

  An FDA protocol oral toxicity study was conducted by Pacific BioLabs in Hercules, CA. Using mega doses of ACS 200® there were no toxic signs observed throughout the study. Results like this are unheard of when testing traditional antibiotics. Considering the power this formula provides in eliminating pathogens, the safety factor is truly remarkable.




• Enhance Your Practice

  ACS 200 brings the power of oxidative medicine to reduce the toxic body burden of pathogens in all your patients.




• Satisfaction Guaranteed

  We guarantee ACS 200® to be the most effective silver-based antimicrobial you have ever tried or your money back.




• Real Results

  “I am absolutely thrilled with the results I personally received while using ACS 200. It helped my heart valve infection within 2 days when nothing else had.” Dr. Loomis “I have treated numerous eye infections with ACS 200, administering both orally and topicaly. It is STUNNINGLY better than Rx'ed anti-bacterials and anti-fungals that I previously had to depend upon.” Dr. Jones




• Total Body Detoxification

  Total Body Detoxification is the systemic, intracellular reduction of Toxic Body Burden of both pathogens and toxins. Prescribe Advanced Cellular Silver (ACS) 200® and Advanced Celluar Zeolite (ACZ) nano® together to achieve powerful and concomitant detoxification. A discount is provided when ACS 200® and ACZ nano® are purchased as a Total Body Detox kit.




• Practitioner Endorsed

  Results RNA formulas are prescribed by the leading integrative practitioners in over 15 countries.

The New Protocol

“The good news is that the diseases and symptoms stemming from environmental toxins are relatively simple to identify and correct. If the problem is toxicity, then by definition the solution is detoxification.” Lyn Hanshew, M.D.

Total Body Detox®: The New Protocol

The need for detoxification is based upon the principle that illnesses can result from the toxic effects of accumulation of poisonous substances in the body. Detoxify your patients with a proven, systemic detoxification protocol. Total Body Detox®, comprised of Advanced Cellular Silver (ACS) 200® and Advanced Cellular Zeolite (ACZ) nano® provides systemic, concomitant reduction of pathogen and toxin burden.

ACS 200®: The Most Effective Broad-Spectrum Antimicrobial

ACS 200® is anti-fungal, anti-viral and bactericidal, achieving 99.9999% (complete) kill against Candida albicans, Rhinovirus and MRSA (Methicillin resistant Staphylococcus aureus) in less than 3 minutes as proven via independently derived in vitro, benchmark kill-time studies. The only medical-use silver employing both particulate and ionic forms of silver, the technology behind ACS 200® is covered by over 30 patents worldwide.

ACZ nano®: Breakthrough in Selective Chelation Technology

ACZ nano® selectively and irreversibly binds and expels toxic heavy metals, VOC’s, radioactive toxins, free radicals and more without removing nutrient metals. Proven independently in urine challenge studies, ACZ nano® has been shown to increase urinary output of mercury by 54 times over baseline during only 12 hours of post-provocation urine collection. Utilizing a proprietary manufacturing process, ACZ nano® is the only nanomized zeolite formula available with over 90% of total zeolite crystals existing within the nano range as calculated via SEM analysis.

Reduce Toxic Body Burden of Pathogens and Toxins

Toxic Body Burden defines the accumulative and devastating interrelationships between pathogens and toxins; the destructive sum is greater than the whole. To reduce Toxic Body Burden (TBB), both pathogens and toxins must be eliminated concomitantly by an effectual, multifaceted approach providing both treatment and prevention. The combination of Advanced Cellular Silver (ACS) 200® and Advanced Cellular Zeolite (ACZ) nano® effectively reduces TBB. The overwhelming success of this approach supports the premise that TBB leads to immunodeficiency; the body’s own immune cells are incapacitated in areas of compartmentalized toxicity, whereas pathogenic microorganisms multiply and thrive in an undisturbed way. Pathogens such as Candida albicans have now been proven to utilize biofilms to bind toxic heavy metals such as mercury to protect themselves from immune cells within the body. ACS 200® has been proven in vitro to penetrate biofilms and terminate infectious microbes on contact. Toxins of all types are effectively harnessed and expelled from the body using ACZ nano®.

Two Total Body Detox® Kits Now Available

• TBD Kit 1 Includes: ACS 200® 2 oz Intra-oral spray and ACZ nano® 2 oz Intra-oral spray
• TBD Kit 2 Includes: ACS 200® 4 oz Intra-oral spray and ACZ nano® 2 oz Intra-oral spray

When taken per the maintenance dose, each Total Body Detox® kit will last approximately one month.

Arm Your Patients and Your Practice

Total Body Detox® will provide immense health benefits to your patients while providing increased and consistent revenue to your bottom line.

View Patient Case Studies

View additional research and product information @ www.resultsrnaresearch.com

A Broad-Spectrum Antimicrobial ACS 200® achieves 99.9999% (complete) kill against Candida albicans and MRSA in less than 3 minutes as proven via independently derived in vitro, benchmark kill-time studies. Comprehensive Toxin Reduction ACZ nano® effectively eliminates body burden of toxic heavy metals, neurotoxins and free radicals. Satisfaction Guaranteed We guarantee ACS 200® to be the most effective medical-use silver you have ever prescribed.. Maximum Toxin Uptake ACZ nano® has been shown to increase urinary output of Mercury by up to 55,300% over baseline during only 12 hours of post-provocation urine collection. Real Results “I am absolutely thrilled with the results I personally received while using ACS 200®. It relieved my heart valve infection within 2 days when nothing else had.” ~Dr. Loomis Nano Technology ACZ nano® employs nano size and a significantly greater number of zeolite crystals per dose than other zeolite products, providing far greater surface area and superior results. Safety ACS 200® has been proven extremely safe in independent acute oral toxicity studies. Selective Chelaton ACZ nano® selectively and irreversibly binds and expels toxic heavy metals, VOC’s, radioactive toxins, free radicals and more without removing nutrient metals. Practitioner Endorsed ACS 200® is prescribed by doctors in over 15 countries. Intra-oral Spray ACZ nano® is the only zeolite-based detoxification product provided in a convenient intra-oral spray.

Genome mapping is the creation of a genetic map assigning DNA fragments to chromosomes.

When a genome is first investigated, this map is nonexistent. The map improves with the scientific progress and is perfect when the genomic DNA sequencing of the species has been completed. During this process, and for the investigation of differences in strain, the fragments are identified by small tags. These may be genetic markers (PCR products) or the unique sequence-dependent pattern of DNA-cutting enzymes. The ordering is derived from genetic observations (recombinant frequency) for these markers or in the second case from a computational integration of the fingerprinting data. The term "mapping" is used in two different but related contexts.

Two different ways of mapping are distinguished. Genetic mapping uses classical genetic techniques (e.g. pedigree analysis or breeding experiments) to determine sequence features within a genome. Using modern molecular biology techniques for the same purpose is usually referred to as physical mapping.

Ribonucleic acid (RNA) is a biologically important type of molecule that consists of a long chain of nucleotide units. Each nucleotide consists of anitrogenous base, a ribose sugar, and a phosphate. RNA is very similar to DNA, but differs in a few important structural details: in the cell, RNA is usually single-stranded, while DNA is usually double-stranded; RNA nucleotides contain ribose while DNA contains deoxyribose (a type of ribose that lacks one oxygen atom); and RNA has the base uracil rather than thymine that is present in DNA.

RNA is transcribed from DNA by enzymes called RNA polymerases and is generally further processed by other enzymes. RNA is central to protein synthesis. Here, a type of RNA called messenger RNA carries information from DNA to structures called ribosomes. These ribosomes are made from proteins and ribosomal RNAs, which come together to form a molecular machine that can read messenger RNAs and translate the information they carry into proteins. There are many RNAs with other roles – in particular regulating which genes are expressed, but also as the genomes of most viruses.

It is renowned that a number of cancers, like ovarian cancer and colon cancer, run in families. Although the role of genetic in cancer of lung is not as well-known, having a family history of the disease does raise our risk to some degree. Genetic lung cancer is higher in women, nonsmokers and individuals with early onset the cancer. Taken as a whole, it has been predicted that 1.7% of cancers of lung up to the age of 68 are hereditary.

Lung cancer is the third most common type of cancer identified in the United States and is the primary cause of death in the United States and in the world. While it is recognized that smoking leads to cancer of lung, there are individual differences in vulnerability to lung carcinogens.

Smokers who develop lung cancer are less probable to suffer a family history than nonsmokers that develop the cancer. However, that said, for individuals who have a genetic predisposition to the cancer, smoking comes out to strengthen that risk.

However, Genetics also play a significant role in the development of this deadly disorder. It's likely for heavy smokers to stay cancer free during their lives, while non-smokers can still develop lung cancer because of their genetic makeup.

If you realize that you're genetically predisposed to cancer of lung, the most effectual measure of prevention is not smoking cigarettes. Other measures to stay healthy also could reduce your risk. These encompass eating a balanced diet to keep cells healthy, in addition to exercising regularly, and keeping away from air pollution and secondhand smoke.

The variety of leopard gecko patterns (known as morphs - that is, types that are visually distinct from each other because of color and pattern variations) available today is truly staggering. If you've only ever seen the standard 'wild' leopard gecko, then you owe it to yourself to check out some pictures of spectacular morphs such as the Diablo Blanco, Super Hypo Carrot Tail, or Rainwater Mack Snow. They look as amazing as their names suggest.

Seeing these leo morphs might well get you interested in breeding leopard geckos to produce them, and why not - it's a great hobby. However, the sting in the tail is that doing this requires you to become an amateur geneticist, as otherwise you simply won't be able to understand well enough how to get the results you want.

The first thing to learn is some frequently used terms. Phenotype, for example, refers to the traits that a creature has and is showing. Genotype on the other hand refers to the traits that a creature is carrying but not necessarily showing. A couple more terms: heterozygous (or just 'het' for short) refers to a creature that is carrying one copy of a specific recessive trait and one copy of a normal trait. Homozygous is the opposite: it refers to a creature that is carrying two copies of the same trait.

Ok, let's now use those terms: a leopard gecko of the albino phenotype is homozygous. It looks like an albino because it carries two copies of the recessive albino trait. A het albino leo, on the other hand, won't look like an albino, as it carries only one copy of the recessive albino trait. It's important to know when you have a leo of the het albino phenotype however, as otherwise you might just think it's a normal wild-type leopard gecko, and miss the opportunity to breed it with another het albino to try to produce a homozygous albino.

If you have two het albinos - a male and a female - then each of their children has a 25% chance of being a homozygous albino, and therefore looking like an albino. If you have two albinos, then all of their children will be of the albino phenotype too. Simple enough?

The other important concept to grasp is that of 'line bred' traits. Line breeding refers to selecting leos with a certain trait that's a little different from the norm and breeding them together over successive generations to emphasize that trait. The tangerine morph, for example, was developed by picking a male and a female leopard gecko that both happened to have a slightly brighter background color than usual and breeding them together, then picking the brightest of their children and breeding them together, and so on and so on over a number of generations. Over time a really bright tangerine morph was produced.

Genetic engineering today is no longer a new term for the world. Every day in the newspapers, televisions, magazines the new inventions of genetic engineering are noticed. Genetic engineering may be described as the practice that manipulates organism's genes in order to produce a desired outcome. Other techniques that fall under this category are: recombinant DNA technology, genetic modification (GM) and gene splicing.

The roots of genetic engineering are connected to the ancient times. The Bible also throws some light on genetic engineering where selective breeding has been mentioned. Modern genetic engineering began in 1973 when Herbert Boyer and Stanley Cohen used enzymes to cut a bacteria plasmid and inserted another strand of DNA in the gap created. Both bits of DNA were taken from the same type of bacteria. This step became the milestone in the history of genetic engineering. Recently in 1990, a young child with an extremely poor immune system received genetic therapy in which some of her white blood cells were genetically manipulated and re-introduced into her bloodstream so that her immune system may work properly.

Genetic engineers hope that with enough knowledge and experimentation, it will be possible in the future to create "made-to-order" organisms. This will lead to new innovations, possibly including custom bacteria to clean up chemical spills, or fruit trees that bear different kinds of fruit in different seasons. In this way new type of organisms as well as plants can be developed.

Genetic engineering requires three elements: the gene to be transferred, a host cell into which the gene is inserted, and a vector to bring about the transfer. First of all, the necessary genes to be manipulated have to be 'isolated' from the main DNA helix. Then, the genes are 'inserted' into a transfer medium such as the plasmid. Third, the transfer medium (i.e., plasmid) is inserted into the organism intended to be modified. Next step is the element transformation whereby several different methods including DNA guns, bacterial transformation, and viral insertion can be used to apply the transfer medium to the new organism. Finally, a stage of separation occurs, where the genetically modified organism (GMO) is isolated from other organisms which have not been successfully modified.