Detoxification and Cleansing Programs

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Total Wellness Cleanse Summary


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Read that toxins can cause MS Is this true Can I be detoxified

One continuing concern is whether mercury in dental amalgam, the material used in dental fillings, is a health issue for MS. Although industrial mercury pollution was a major health problem in Japan and elsewhere, mercury in dental amalgam is a very different issue. There are inconsequential differences in serum and tissue levels of mercury in MS patients as compared with normals. We have found no differences in urinary excretion of mercury in MS patients. In studies of edentulous MS patients who had never had any dental repairs, we found they had higher levels of mercury simply because they consumed more fish. Thus, there is no medical justification for removal of amalgam dental fillings, and the concept of detoxification has no place in the management of MS. Increased excretion of metals after chelation with drugs does not mean toxic levels were present in the person prior to chelation. Many of the measurements reported by laboratories are unreliable. Hair analysis is preferred, but...

Preoperative Investigations and Preparation for Procedure

Clinical evaluation Establish presence or absence of narcotic usage and requirement (if narcotic addicted, entertain the concept of postoperative detoxification), frequency of hospitalizations, nutritional status, pancreatic functional status (endocrine and exocrine), ASA risk status

Isolated Cells and Organelles as Investigative Tools

In theory, all cell types can be used, although practical considerations may place limits on the range of cells that can be harvested in sufficient amounts and in good physiological condition. The liver is an important site of detoxification, and thus hepatocytes have been a cell type of choice (e.g. Ballatori et al., 1988 Kennedy et al., 1991). Moreover, hepatocytes are the site of production of vitellogenin, the phospho-lipoprotein that is incorporated into the developing oocytes to form the nutrient supply for the developing fish embryo. Thus, the manner in which hepatocytes respond to environmental agents is of particular interest in investigations of any reproductive or developmental abnormality. In addition, other readily available cell types, such as erythrocytes (Boutilier and Ferguson, 1989) and gill epithelial cells (Kennedy and Walsh, 1994 Verbost et al., 1994) have been employed for toxicological studies. However, many other cell 'types' may have value for assessing the...

Susceptibility To Blackfoot Disease

Ingested and inhaled inorganic arsenic is methylated into monomethylarsonic acid (MMA) and dimethylarsinic acid (DMA) in humans. As MMA and DMA are less toxic than arsenite and arsenate, the methylation is considered a detoxification process of inorganic arsenic. The arsenic methylation capability of an individual may be reflected by the relative proportions of inorganic arsenic, MMA and DNA in urine measured by high-performance liquid chromatography (HPLC)-hydride generation-atomic absorption spectrometry. In our recent study on 29 patients affected with BFD and 289 healthy controls, a higher percentage of inorganic arsenic and a lower percentage of DMA in urine were observed in BFD patients than in healthy controls. The high percentage of inorganic arsenic in urine ( 6.7 ) was associated with a two-fold risk of BFD compared with the low percentage (

Polycyclic Aromatic Hydrocarbons

The starry flounder inhabits the same areas of Puget Sound as the English sole and has similar feeding habits but a much lower prevalence of neoplasia (Pierce et al., 1980). This difference is caused by quicker conversion of PAH to proximate carcinogens and slower detoxification of reactive intermediates by English sole (Collier et al., 1992).

Properties of tau protein Cellular traffic system

Diagrams The Transentorhinal Region

These results point to an unexpected property of tau in AD, the abnormal changes of tau are usually thought to result from its phosphorylation and dissociation from microtubules, which therefore become unstable. However, the above experiments indicate that even normal tau bound to microtubules can perturb the cell's physiological functions by inhibiting the interactions of motor proteins and microtubules. This can become a serious problem for elongated cells, such as neurons, that are depend on an efficient transport system. As an example, Fig. 2 shows N2a cells differentiated by retinoic acid to develop neurites. They contain mitochondria for the generation of chemical energy, peroxisomes for detoxification of H2O2, neurofilaments and mi-crotubules for structural stability and intracellular transport, and transport vesicles carrying supplies for the growth cone. In control cells, the mitochondria are distributed throughout the cell body and the neurites by microtubule-based transport...

The Pharmacology of 6MP

6-MP undergoes rapid and extensive catabolic oxidation to 6-thiouric acid in the intestinal mucosa and liver by the enzyme xanthine oxidase, and as a result, the bioavailability of 6-MP ranges from 5 to 37 (Zimm et al, 1983). In comparison, the intestinal absorption of AZA is somewhat better than 6-MP. Once absorbed into the circulation, AZA is rapidly converted to 6-MP and S-methyl-4-nitro-5-thioimidazole on exposure to sulfhydryl-containing compounds in the plasma and tissues. Twelve percent of AZA is excreted in the form of S-methyl-4-nitro-5-thioimidazole, and thus represents the first detoxification product known in its metabolism. This reaction has been shown to occur nonenzymatically. Beyond this metabolic step, in vivo studies in both animals and man have shown that AZA metabolism is identical to that of 6-MP. It is also important to note that AZA is 55 of 6-MP by molecular weight. All these factors may contribute to the conversion factor of 1.8 when converting a dose of 6-MP...

The Ecological Role of Alkaloids

Animal responses to secondary compounds, including alkaloids, are as diverse as natural chemicals. In the case of alkaloids produced by plants, animal responses depend on evolutionary and co-evolutionary factors. Some animals tolerate alkaloids relatively well, while others have well-developed detoxification systems.

Mitochondria and ROS in Apoptosis Mitochondrial Suicide Mitoptosis

The question arises why the mitochondrial intermembrane space is used by the cell to hide the suicide proteins like AIF or cytochrome c. In 1996, I suggested that the answer may be found if we take into account ROS 173 . To form a very large amount of ATP (in a 70 kg man, 40 kg ATP is produced per day), mitochondria convert to H2O about 0.4 kg O2 per day. If the O2 production is equal to 1 of the O2 consumed, this gives 4 g per day. For sure, this amount is quite sufficient to damage all our DNA and, hence, to kill us. To avoid such a danger, mitochondria must form much lower O2 amounts and antioxidant systems of organisms must effectively detoxify the O2 formed. Really, mitochondria are equipped with a multifaceted mechanism minimizing the ROS danger. According to our data 174 , it includes (i) lowering of O2 inside, and in vicinity of, mitochondria (ii) a A 2h+ decrease below the level critical for reverse electron transfer from CoQH2 to O2 in Complex I as well as for inhibition of...

Clinical Box 21 Graft Versus Host Disease

Grafty Verse Host Stem Cell

These organelles contain oxida-tive enzymes and resemble lysosomes. Peroxisomes are responsible for detoxification of harmful substances from the cell such as peroxides and hydrogen peroxide, which is converted to water. (Electron micrograph, reproduced with permission from McKinley and O'Loughlin, Human Anatomy, 1st ed. McGraw-Hill, New York, 2006.) Figure 2.5 Peroxisome. These organelles contain oxida-tive enzymes and resemble lysosomes. Peroxisomes are responsible for detoxification of harmful substances from the cell such as peroxides and hydrogen peroxide, which is converted to water. (Electron micrograph, reproduced with permission from McKinley and O'Loughlin, Human Anatomy, 1st ed. McGraw-Hill, New York, 2006.)

Mice and

Fibroblast Cells From Mammal

Confirmed that normal cells from a range of species with different maximum longevities, have a range of repair efficiencies, that it, there is a direct correlation between repair capability and longevity. One study is of particular interest, because the cells were taken from the outer layer of cells of the lens of the eye. These cells are, of course, directly or indirectly exposed to sunlight, so they have a specific need for this repair mechanism. It turns out that the cells which have the longest exposure to sunlight ie. through the animals' lifespan, also have the most efficient repair. For six species, with maximum lifespans ranging from 3 to 40 years, the correlation was excellent. The levels of enzymes involved in other aspects of DNA metabolism, have also been shown to be correlated with maximum longevity. There is also evidence that damage to DNA from oxygen free radicals is greater in shorter lived species, which probably means that the defences against free radicals are more...

Maintenance of the Body

Herbivorous animals obtain their energy from plants. These animals have specific advantages over plants, namely, their ability to move around to find new sources of food. They have also evolved innumerable devices to ingest and digest plant tissue. Some plants have evolved certain mechanical defences, but their main defence depends on chemistry. Most have developed the means of synthesising chemicals which are toxic to animals, so the latter learn to avoid eating them. Obviously all plants do not get eaten, nor do all animals die from plant toxins, so there is a dynamic balance between them. One part of this interaction is the ability of animals to detoxify harmful chemicals in their diet, which is a particularly important function of the liver. This organ produces a wide range of specific enzymes which can break down to harmless derivatives a huge variety of organic compounds synthesised by plants. This detoxification is an essential maintenance mechanism, since many plants in our...

Traditional Chinese Medicine

Herbs with the property of cold or cool are able to clear heat, to purge the pathogenic fire and to detoxify, and can be used to treat heat syndromes. For example, Artemisia herb (A. annua) and Coptis root (Coptis cbinensis) are cool in nature and are used to treat internal heat caused by bacterial infections or by noninfectious disease. However, these two herbs are not necessarily inter-changeable in their usage because they are different in other respects. Herbs with the property of warm and hot are able to warm internally, to expel cold and to tonify Yang, and are thus used to treat cold syndromes. For example, ginger (Zingiber officinale), and cinnamon bark, (Cinnamomum cassia) are hot in nature and are commonly

Modern Research on Chinese Medicinal Herbs

Most of the research attempts have been made in order to understand the actions and properties of Chinese medicinal substances. For example, the herb Herba Oldenlandiae Diffusae (Bai Hua She She Cao) has been shown to be clinically effective in the prevention and treatment of a variety of infectious diseases. However, research showed that it does not have a significant in-vitro inhibitory effect against any major pathogen, but has the function of enhancing the body's immune response. One of the other goals of the laboratory research is to identify active ingredients of the herbal substances. This study usually involves fractionation of herbal extracts using high performance liquid chromotography and other related biochemical techniques, and functional detection by various biomedical assays. For example, glycyrrhetenic acid and lico-flavone, which are refined from Radix Glycyrrhizae (Gan Cao), were found to be responsible for the herb's function in detoxification and anti-ulcer...

Venous Cutdown Nursing Management

Most authorities are agreed that the perioperative period is not the correct time to institute detoxification. Opiates will therefore need to be given.This may be the preparation already being used, or the equivalent dose of methadone might be substituted. Approximately equivalent dosages (DHSS 1984) are reported as


The generally accepted hypothesis that views biomethylation of iAs as a major detoxification mechanism has recently been challenged by experimental work of several laboratories. The results of this work have demonstrated that MAsnI and DMAsnI are likely to be species that are retained in tissues through interactions with specific protein targets. The protein binding of MAsIII and DMAsIII may be responsible for toxicity of these metabolites or may be a detoxification mechanism.

The CUP1 System

Copper ions (Cu2+ and Cu+) are essential at appropriate levels, yet toxic at high levels for all living organisms. Cells must therefore maintain a proper cellular level of copper ions that is not too low to cause deficiency and not too high to cause toxicity. In S. cerevisiae, copper homeostasis consists of uptake, distribution and detoxification mechanisms (Eide, 1998). At high concentrations, copper ion detoxification is mediated by a copper ion sensing metalloregulatory transcription factor called Acelp. Upon interaction with copper, Acelp binds DNA upstream of the CUP1 gene (Winge, 1998), which encodes a metallothionein protein, and induces its transcription. The transcription of CUP1 is induced rapidly by addition of exogenous copper to the medium (Winge, Jensen and Srinivasan, 1998). Expression vectors harbouring the CUP1 promoter can therefore be used to induce target gene expression in a copper-dependent fashion (Mascorrogallardo, Covarrubias and Gaxiola, 1996). Unlike the GAL...


Tion of a 'detoxification conjugate', that is excreted in the bile. It has also been suggested that GSH could be involved in this process since biliary excretion of As as either arsenate As(V) or arsenite As(III) is dependent on hepatobiliary transport of GSH (Gyurasics et al., 1991). A recent report by Gailer et al. (2000) supports this hypothesis because they identified a seleno-bis(S-glutathionyl)arsonium cation in the bile of rabbits injected with selenite followed by As(III). Berry and Galle (1994) have also demonstrated that As and Se combine directly in vivo and are concentrated and precipitated in rat renal lysosomes as insoluble As2Se. A strong synergistic toxicity of As with certain methylated selenium compounds has also been reported in rats. Obermeyer et al. (1971) reported that 4 mg kg As(III) increased the lethality of trimethylselenonium chloride (CH3)3SeCl 20-fold in rats when both were administered simultaneously by i.p. injection. Similarly, Kraus and Ganther (1989)...


Lysosomes And Peroxisomes Function

Peroxisomes (fig. 3.28b) resemble lysosomes but contain different enzymes and are not produced by the Golgi complex. They occur in nearly all cells but are especially abundant in liver and kidney cells. Peroxisomes neutralize free radicals and detoxify alcohol and other drugs. They are named for the hydrogen peroxide (H2O2) they produce in the course of detoxifying alcohol and killing bacteria. They break down excess H2O2 with an enzyme

Alcohol Abuse

The WAIS-III WMS-III Technical Manual (Psychological Corporation, 1997) presented a study with 28 alcoholics who had recently undergone detoxification. The sample was nearly all male (96.4 ) and predominantly Caucasian (89.3 ), with a mean age of 53.3 years. Similarly to previous research, the sample's WAIS-III Verbal IQs were higher than the Performance IQs, with a 7.4-point V P profile. Similarly, in the individual indexes, the average POI (102.0) was 7 points lower than the VCI (109.0), and the PSI (97.7) was 11.3 points lower than the VCI. WMI (104.6) was not as depressed as PSI, but was 4.4 points lower than VCI.


Photosynthesis opened an evolutionary door. Without an oxygen-rich atmosphere there could have been no animals. Most of the prokaryotes, protists and fungi alive today could never have evolved without photosynthesis they too depend on oxygen. But oxygen is lethal to all living matter unless protective devices are installed. Every oxygen-breathing or oxygen-tolerant species in the world is equipped with molecules designed to destroy deadly oxygen derivatives. The first organisms ever to develop photosynthesis, presumably primitive cyanobacteria, must have been able to detoxify the oxygen they generated. Otherwise, photosynthesis would have been suicide. This simple deduction raises further questions. How did the earliest organisms detoxify oxygen Perhaps they used a simple combination of amino acids, such as those associated nowadays with marine bioluminescence28. Alternatively, a copper or iron containing enzyme might have been used, as in most present-day terrestrial organisms....


There are many potential practical and intellectual benefits that might arise from the study of geomicrobiology that include (1) a better understanding of the conditions that result in the dissolution and precipitation of economically important minerals (2) a potential use for microorganisms in the cleanup of oil spills, toxic mine tailings, and other environmental hazards (3) the harnessing of microbes to detoxify industrially produced poisons, such as PCBs, that contaminate water, soil, and other parts of the environment (4) understanding better how microbes are involved in energy production (5) a greater appreciation for how life survives at nutritional, chemical, and physical extremes and (6) improving our knowledge of how cell-to-cell communications and microbial community interactions can control global biogeochemical processes, all of which will ultimately lead to a better understanding of Earth's history, including the origin of life and the evolution of global biogeochemical...

Natural Detox

Natural Detox

Are you looking for a full total body detox? If so, then you might want to try a 10 day detox or some refer to it as the 2-week detox. A 10-day detox is a full body detox that usually means taking several different steps to reach your total body transformation. It might involve a change in diet, exercise and more.

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