News and Articles on Health. Medical research topics.

“Health is not a commodity that you buy from your doctor; it’s a responsibility that every mature human being accepts, embraces, and promises to live out,” says Bastyr University President Daniel K. Church.
Changing our understanding of wellness and what it means to be healthy is one of this university’s primary ambitions.
Changing our understanding of wellness and what it means to be healthy is one of this university’s primary ambitions.
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Located north of Seattle in Kenmore, Wash., Bastyr is the largest university for natural health arts and sciences in the United States. The 32-year-old accredited institution is internationally recognized as a pioneer in natural medicine, melding science and art in a multidisciplinary curriculum with leading-edge research and clinical training. A nonprofit, private university, Bastyr promotes a curriculum founded in science-based natural medicine.

Providing degrees in a variety of curricula, Bastyr offers a range of graduate and undergraduate programs, including naturopathic medicine, acupuncture and Oriental medicine, midwifery, nutrition, health psychology, exercise science, and herbal sciences. With an emphasis on the intrinsic relationship between mind, body, spirit, and nature, Bastyr’s mission is to educate future influencers in the natural health arts and sciences using a model that integrates education, research, and clinical service. “Our people should be leaders when they graduate—not just technically competent professionals, but people who have the ancillary skills necessary to provide leadership in their fields,” Church says.

In addition to educating future practitioners, Bastyr envisions itself as the world’s preeminent academic center for advancing and integrating knowledge in the natural health arts and sciences, in order to transform the health and well-being of the human community. Church highlights the idea of transformation, noting, “We’re not looking for incremental change, for people to be slightly less sick than they used to be. We’re looking for a major transformation, not just a change in health status, but a change in the appreciation of what health really is.”

Clinic Director and Clinic Medical Director at Bastyr, Jamey Wallace, ND, echoes Church’s vision of health transformation. Wallace points out that currently one of the biggest health challenges in the United States is the management of chronic disease. Evaluating lifestyle, diet, stress, and other contributing factors of chronic disease is key to not only treating but also preventing chronic disease. “Imagine a system where we have people coming in on a regular basis to stay healthy and then when something bad happens they can take advantage of the technology. We wouldn’t be spending thousands of dollars a month on some kind of new pill or tens of thousands on surgical procedures; we’d be spending hundreds of dollars on maintaining wellness,” suggests Wallace.

The existence of genomic regions that differ significantly among human groups raises two important questions. Can we reliably allocate humans into ancestral groups according to genotypes? Most importantly, how much do genes within these divergent regions contribute to differences in health or health disparities? The answer to the first question is yes (Bamshad et al., 2004). Recently 377 autosomal microsatellite loci in 1056 individuals from 52 populations were examined in order to explore human population structure (Rosenberg et al., 2002). It was found that within group differences accounted for 93-95% of genetic variation, while differences among groups represented only 5-7%. Without using prior information about the origins of individuals, these investigators observed six main genetic clusters, five of which corresponded to the major geographic regions (i.e., continents) with sub-clusters corresponding for the most part to individual populations. Does this mean that there are biological races? No, in fact a recent re-analysis of the Rosenberg et al. data revealed that when individuals are sampled homogeneously from around the world the pattern observed is one of gradients (clinal distribution) of allele frequencies rather than discrete continental clusters (Serre and Paabo, 2004).
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The answer to the second question is still unknown. Using population genetic models we know that natural selection on disease variants can greatly influence the pattern of genetic variation across human populations depending on the geographic distribution of the selective pressure. An evolutionary framework for common disease would suggest that old genetic variants reflect ancient adaptations to the lifestyle of old-world populations. However, with changing environment and lifestyle these same variants now increase risk for common disease in modern populations (DiRienzo and Richard, 2005). Several examples of this have been shown for variants in the APOE and PPAR genes which influence risk for Alzheimer’s disease and type 2 diabetes, respectively.

The traditional paradigm of using race (self or investigator described) as a proxy for ancestral background in biomedical research is slowly shifting given the heterogeneity that exists in U.S. populations. This is especially the case for research on African and Hispanic Americans which vary considerably for the reasons discussed in the previous section. We have shown in past work that individual ancestry varies considerably within African American and Hispanic American populations. Figure 3 depicts a triangular representation of % individual ancestry using AIMs and a maximum likelihood estimation method (Shriver et al., 2003). It is clear that there is a wide range of individual ancestry values for each population. Notably, there is significant overlap in ancestry estimates between self-reported African Americans and European Americans. It is also clear that there is not a significant amount of Native American ancestry in both populations. The diversity in genetic ancestry among individuals classified as Hispanic in the U.S. is quite broad. Higher levels of African ancestry are evident among Puerto Ricans than the other Hispanic groups in contrast to extremely high levels of Native American ancestry observed for Mexicans. Contrasting distributions in genetic ancestry among Hispanic populations has also been observed by others (Choudhry et al., 2005; Choudhry, Coyle et al. 2006; Choudhry, Burchard et al., 2006; Martinez-Marignac et al., 2007; Salari et al., 2005).
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According to Bean and Tienda (1987), three defining features of the Hispanic population are rapid growth, regional concentration, and diversity with respect to social, demographic and economic characteristics. The geographic distribution of this population shows a concentration of individuals of Mexican ancestry in the Southwestern states (Texas, Arizona, California, Colorado and New Mexico), Puerto Ricans are found generally in the Northeast (states of New York, New Jersey and Connecticut), while Cubans reside mainly in the state of Florida. Mexican Americans show the highest Amerindian contribution of the three aforementioned groups. Soon after the Spanish conquest of Mexico, at the beginning of the 16th century, intermixture of the Spanish men with Amerindian women resulted in an increasingly important mixed population (Mestizos), and this admixture continued through the three centuries of Spanish domination in “New Spain”, configuring the Mexican population both biologically and culturally. The majority of estimates have indicated an Amerindian component in Mexican Americans range between 30% and 40% (Bonilla et al., 2005; Bonilla et al. 2004; Bonilla, Shriver et al., 2004; Hanis et al., 1986; Merriwether et al., 1997). It is interesting to point out, as well, that some studies have shown an inverse correlation between Amerindian ancestry and socioeconomic status (Chakraborty et al., 1986; Mitchell and Stern, 1992). There was also a substantial African presence in the Mexican territory during the Spanish rule. Curtin (1969) has estimated the total number of West Africans enslaved in Mexico during the entire period of Slave Trade to be around 200,000. Their contribution to the Mexican gene pool, however, has been estimated to be much lower than the European and Amerindian contribution, ranging from zero to 10% (Hanis et al., 1991; Lisker and Babinsky, 1986; Lisker et al., 1986).

In the Caribbean colonies (Cuba and Puerto Rico), the situation was very different from the mainland. The Native American population was far smaller there, and was decimated by slavery and disease very soon after the first contact with the Europeans. Nevertheless, the rate of admixture during the initial phases of the colonization was high enough to result in an appreciable genetic contribution (about 18%) from the Arawaks and Caribs, the original inhabitants of the Spanish Caribbean (Hanis et al., 1991; Lisker and Babinsky, 1986; Lisker et al., 1986). Another distinctive feature of this region is a significant African influence, which is also reflected in many aspects of the present societies of countries like Cuba, Puerto Rico, and the Dominican Republic. Enslaved west Africans were forced to work in the sugar plantations in large numbers, even outnumbering the population of European origin. Accordingly, e percentage of African genetic contribution in contemporary Cubans (20%) and Puerto Ricans (37%) is significantly higher than in other Hispanic populations (Hanis et al., 1991).

The observed distribution of ancestry should be interpreted in terms of well-known historical and demographic events that have played an important role in African American history (see Para et al. 1998 and 2001 for details). Research using sex-based lineage markers, such as mitochondrial DNA, have observed that, for African Americans along the east coast as well as in most of the Caribbean, there is low Native American genetic ancestry (Parra et al. 1998; Parra et al., 2001). Similar estimates have been observed for European maternal lineages (mtDNA) within the African American American paternal lineages (as estimated by the Y chromosome) are of European ancestry, thus most of the gene flow from European Americans into the African American population is male-directed (Kayser et al., 2003; Lind et al., 2007).

African American biological variation has been significantly shaped by periods of intermixture with non-African populations creating high heterogeneity, and selective pressures emanating from the unique and particularly adverse social, economic, and political conditions in the U.S. (Jackson, 1993). All of these factors likely population. In contrast, over 30% of African frican American biological variation has been contribute to health disparities.

The Hispanic Conglomerate
The term “Hispanic” has been coined mainly for governmental demographic purposes, and is generally employed to identify persons of Latin American origin or descent, living in the United States, who speak Spanish. Although this definition lumps together people with very different historical, cultural and genetic backgrounds, this classification has been widely used. Even though Central America, the Caribbean, and South America have been for centuries under the domination of the Iberian imperial powers (Spain and Portugal), they have had quite different regional histories, both before and after the Colonial period. Populations from three continents, North and South America, Europe, and Africa, have contributed to the formation of contemporary Hispanic populations. Our main objective here is to discuss the anthropological background of the three main Hispanic groups currently residing in the United States: Mexican Americans, Puerto Ricans and Cubans, which together makeup more than 80% of the total U.S. Hispanic population.

Each of these groups has been exposed to a particular set of experiences that have influenced their integration into mainstream society. Mexican Americans tend to be more generationally and socioeconomically diverse than other Hispanic groups due to their longer history in this country. Initially they became part of the U.S. as a result of the conquest of the Southwest, and later through continuous immigration from Mexico (Campa, 1979). As with Mexican Americans, the Puerto Rican migratory movement was essentially one of wage labor but unlike the former, which started out as an agricultural experience, Puerto Ricans concentrated in the cities of the Northeast since the very beginning. Even though Puerto Ricans are U.S. citizens by birth and their entry to the mainland is not regulated they have not been accepted more into the recipient society than Mexicans (Bean and Tienda, 1987). The Cuban case is quite different from those of the Mexican Americans and Puerto Ricans, mostly because the host society was more willing to accept political rather than economic refugees. Early waves of migrants consisted of individuals from the upper and middle classes who were able to succeed economically in the new environment. As a result, Cubans have been the least segregated of the three Hispanic groups (Bean and Tienda, 1987). Following migratory waves included people of lower socioeconomic strata, younger and less well educated, elements that make the recent Cuban immigration more similar to that of other Hispanics.

The African American population exhibits high levels of gene diversity for several reasons. The first reason is due to its African ancestry. The African continent is rich in biological diversity and is most likely the place of origin of modern humans. Studies have consistently shown that for most genetic systems, diversity for African populations is greater than that of non-African populations (Jorde et al., 1995; Jorde et al., 2000; Kittles and Weiss, 2003; Tishkoff and Williams, 2002). The second reason is its recent (within the last 400 years) admixture (gene flow) in North America with Europeans and Native Americans (Mays, Coleman, and Jackson 1996; Parra et al. 1998; Parra et al., 2001). It was estimated that by 1860 there were 4.5 million people of African descent in the U.S., of which 600,000 were of mixed ancestry or “mulattos” (Frazier, 1957). The offspring of these matings between African Americans and other ethnic groups were considered African American due to the socially constructed classification system called the rule of hypo-descent or the “one-drop rule” (Harris, 1964) The one-drop rule was unique since it ignored the various degrees of admixture between populations in America. And since it was only applied to American Blacks, it increased even higher, the level of phenotypic and genetic heterogeneity that existed among early Africans in the America.

The pattern of biological variation among African American communities varies across geographic regions within North America, mainly because diverse populations of indigenous Africans were brought to different areas in North America during the period of enslavement. Also levels of gene flow from European and Native American communities varied considerably across different geographic areas of the country. Gene flow and the recent migrations of African Americans from rural to urban areas following World War II increased heterogeneity within the African American population. The extent of gene flow between various African American communities and specific non-African groups is strongly correlated with geographic region of residence (Jackson, 1997; Parra et al., 1998; Parra et al., 2001). This is important both from the historic and epidemiologic point of view.

The present use of AIMs to estimate ancestral contributions (continental) in admixed populations (Shriver and Kittles, 2004) has brought to focus the fluidity of genotypes and ancestry within traditional U.S. “racial” groups. These estimates are based on between 10-60 AIMs. Levels of European admixture in African American populations range from 3.5% among the Gullah sea-island community along the coast of South Carolina to 35.0% in Washington State. Several features of the geographic distribution in ancestry are important to note. First there are significant differences in European ancestry between self-reported African Americans along the west coast versus African Americans in the deep south of the U.S. Differences are also observed between urban African Americans in the cosmopolitan north when compared to African Americans in the rural south (except for some cities like New Orleans, Louisiana which exhibit higher levels of European genetic ancestry ~22.5%). The striking differences in European admixture between the pacific NW and the rural SE are mainly due to differences in social norms, mate-selection and historical interactions between African Americans and European Americans in those communities. The social histories not only differed across African American communities but they also play a role in the genetic and environmental background of the communities and likely health status.

Since a large fraction of genetic variation may be localized to particular geographic regions much attention has been focused on whether geographic ancestral origins contributes to the differential distribution of disease and mortality (Kiefe 2002). Too many studies continue to utilize sociopolitical constructs that are inappropriate for investigations on genetic contributions to the etiology of complex disease, drug response, and more importantly, health disparities. While race may be an important determinant to monitor health status and health care quality (LaVeist 1994) it lacks biological integrity. In fact, the use of race to identify groups may confound biomedical studies. This is because race reflects deeply confounded sociocultural as well as biological factors, especially when one examines “Black/ White” differences. In 2003, age-adjusted mortality rates for Blacks exceeded Whites by 43% for stroke, 31% for heart disease, and 23% for cancer (CDC, 2006). In the U.S. population Blacks have the highest rates of obesity at 33% compared to 26% in Hispanics and 22% in Whites (CDC, 2006). Data on health insurance status also show inequalities among the ethnic groups. In increasing order of uninsured status, Blacks (18.5%), Hispanics (34.7%) and Native Americans (35.0%) are more likely to be uninsured than whites (16.0%) (CDC, 2006). It is not clear that these SIRE groupings are really social demographic groups in the U.S. In many cases the presentation of differences in health status across these groups suggest biological or “racial” differences and say little about social determinants.

Race in the U.S has largely been based on skin color and ancestry. Descriptions of African Americans and Hispanic Americans in much of the biomedical and social literature are predicated on the assumption that people of African descent, no matter where they reside, constitute a biological race. Similarly, Hispanic Americans are grouped based on language. Of course this would mean that genetic and phenotypic variation within this group is less than variation between this group and others (i.e., European Americans, etc.). Here we show the biological ambiguity of socially classified race using data on African and Hispanic Americans.

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Genetic and Social Histories of African Americans
It is important to examine the genetics of African Americans within the context of the socio-political history of the U.S. African Americans are an extremely heterogeneous macro-ethnic group due to their unique population history (Jackson, 1993). While biologically, the U.S. is widely considered a melting pot of various ethnicities, the sociopolitical history however has fostered the black/ white dichotomy predicated on slavery, segregation, anti-miscegenation laws, and the Rule of Hypo-descent (one-drop rule). The vast majority of contemporary African Americans are descendants of enslaved Africans kidnapped and transported to America during the transatlantic slave trade from ~1619 to 1850. The sources of enslaved Africans encompassed a wide geographic range of coastal regions from Senegal to Angola and eastern Africa along the coast of Mozambique and Madagascar (Curtin, 1969). The systematic kidnapping of indigenous Africans led to significant differences in the ethnic and geographic ancestry of African Americans (Shriver and Kittles, 2004).

Defining race continues to be a nemesis. Knowledge from human genetic research continuously challenges the notion that race and biology are inextricably linked, with implications across biomedical and public health disciplines. While it has become fashionable for scientists to declare that race is merely a social construction, there is little practical value to this belief since few in the public believe and act on it. In the U.S., race has largely been based on skin color and ancestry, both of which exhibit large variances within communities of color. Yet biomedical studies continue to examine black / white group differences in health. Here we discuss why using race in biomedical studies is problematic using examples from two U.S. groups (African and Hispanic Americans) which transcend ‘racial’ boundaries and bear the burden of health disparities.

Race is an accepted socio-cultural concept that lacks supportive genetic evidence. When race is used in biomedical research it is often self-reported (self-identified race/ethnicity or SIRE), and used as a proxy for measurable indicators of group differences such as diet, socioeconomic status, cultural lifestyle and biology. Reducing each of these contributors into a composite called race precludes independent analysis of important variables such as genetics, which vary significantly within populations.

Human genetic variation is structured by the history of our species. The pattern of this structure however is not bounded or discrete, but continuous, resulting from the demographic history of populations which include such forces as natural and social “mate” selection. Our knowledge of human genetic variation has grown enormously over the past few decades. Single-nucleotide polymorphisms (SNPs) are the most common form of DNA variation in the human genome. At present, there are more than 10 million SNPs in the human genome (Crawford, Akey, and Nickerson 2005; Hinds et al. 2005). A large fraction of these SNPs are found at a frequency less than 5% and thus are private or common in only a single population (Hinds et al. 2005). Genetic polymorphisms, such as SNPs have been used to explore how genetic variation is structured within and between human populations. Allocating individuals into clusters based on genotypes which reflect shared ancestry is possible depending on which genetic markers are used (Collins-Schramm et al., 2002; Rosenberg et al., 2002; Rosenberg et al., 2003; Shriver 2004; Tang et al., 2006). The use of ancestry informative markers (called AIMs), which have large allele frequency differences between continental groups such as Western Europeans and West Africans and are powerful for estimating biogeographic ancestry, is becoming more and more popular among biomedical researchers who understand that self-reported race is not a strong proxy for biology (Shriver 2004).

Tension headache or tension-type headaches are the most common headaches, which are the result of muscular stress. The efforts to bring about a connection between the muscular tension and imbalance in the brain chemicals have not given any logical conclusions. Another assumed cause of headaches is reasoned out to be emotional stress and tension. There are various treatments of tension headaches. The over the counter analgesics are generally helpful in combating a headache very easily. You must avoid the intake of pills as it is not advisable to do it on a regular basis. Chronic or recurrent headaches may force you to take regular medication, which can cause side effects, more headaches and addiction whenever you stop taking the pill.

The natural treatments of tension headaches and home remedies are discovered by the people themselves in their innovative ways. Like the headaches, the home remedies are common among everyone.

One of the most effective home treatments of tension headaches is to relieve yourself of physical and emotional stress. For this, you must relax. You can choose any one of the following self treatments to relieve yourself of stress:
Shavasana is an easy yogic posture, which helps your body to relax. You should lie down like a dead man and concentrate on the breathing patterns of your body.
You should also stretch the upper back muscles and neck. The shoulders should be loosened and head slowly turned from left to right and vice versa. Every muscle or group of muscles must be stretched and relieved of tension right from the facial muscles to shoulders.
Another effective and helpful home treatment of tension headaches is massage. The shoulder and neck muscles must be massaged with the fingers instead of massaging the temples.
The second most effective home solution for headaches is self-suggestion. The more one thinks about the tension headache, the more conscious one is likely to become. You must take all possible measures to forget the headache. Take care not to remember it or mention it to others. Once the headache goes off your mind, you can efficiently do your work and forget the dull pain pricking you in the head. If you are stressed emotionally, you must remember that the best way to overcome all the tension and worries is to have a positive frame of mind. You must always look for positive things in life instead of breaking your head with the negative outcomes. So, stay positive and be happy.

Heart disease breakthrough could lead to new treatments

The discovery of 95 genes, of which 59 are new, kick starts a new era in research and could lead to a whole set of drug treatments for the developed world’s number one killer.

The study, the biggest of its kind to date, is so significant because it identifies the most important genes connected to high cholesterol, the biggest – and most preventable – cause of the disease which kills 87,000 a year in Britain alone.

Now scientists can look at each gene to see how they individually and collectively give rise to the dangerous condition.

Treatments which turn off or on the genes could be available within a decade, say experts.

Research in mice has already shown that one of the genes known as SORT1 has a protective effect against dangerous levels of cholesterol.

Professor Jeremy Pearson, vascular biologist at King’s College London and associate medical director of the British Heart Foundation, said the research was an “heroic effort”.

“What we get out of the survey is a comprehensive list of genes that affect fat and cholesterol levels in blood,” he said.

“They have found the genes now they have to found out how they act and affect the blood to develop targets for new medicines.

“It has been an heroic effort and opens a whole new chapter in research to prevent heart disease.”

The research, an analysis of 46 studies by institutions across the world including Harvard and Cambridge Universities, involved more than 100,000 people, including 2,000 families in Britain.

The researchers compared each individuals genetic make up to their levels of cholesterol and heart disease.

While eating saturated fat increases cholesterol, the body naturally makes its own – an ability which is inherited in their genes.

There also two types of cholesterol – LDL, the so-called “bad cholesterol” and HDL – “good cholesterol” which counter each other in the body.

However some people are genetically more likely to have higher levels of one or the other.

Taken together, the 95 genes unveiled in Nature account for a quarter and a third of the inherited levels of cholesterol and triglyceride, another fat dangerous in high amounts, measured in the blood.

Prof Francis Collins, a geneticist at the National Institutes of Health in Maryland, said: “Genetic studies that survey a wide variety of human populations are a powerful tool for identifying hereditary factors in health and disease.

“These results help refine our course for preventing and treating heart disease, a health problem that affects millions of people worldwide.”

In a second paper in the same journal researchers at the University of Pennsylvania and colleagues showed how manipulating a mutated version of one of the genes known as SORT1 decreased cholesterol levels in mice.

The laboratory animals’ cholesterol was reduced by 80 per cent when they were injected with a drug that increased amounts of a particular liver protein.

At the moment statins are used in patients to reduce cholesterol. Often hailed as a “wonder drug” they rarely, however, lower levels by more than a quarter and do not always save patients from a heart attack.

This new research could lead to even more powerful treatments.

The British Heart Foundation said the new gene discoveries will “help us beat heart disease”.

The charity’s medical director Prof Peter Weissberg said: “We have known for a long time having high levels of harmful LDL cholesterol in the blood can lead to heart disease.

“That is why medicines that lower cholesterol, such as statins, are so effective at preventing heart attacks.

“Although this is just a first step down a long road the good news is that the more we understand about cholesterol regulation, the more likely it is that new drugs will be developed to prevent heart disease.”

Vitamins fail another test

The supposed benefits of vitamins have suffered another blow. In this case it’s B vitamins, which do not appear to protect stroke patients from subsequent heart attacks or strokes, according to the biggest, best study to examine the issue.

Previous research has suggested that people with elevated levels of an amino acid in their blood known as homocysteine are at increased risk for heart attacks and strokes. B vitamins can reduce homocysteine levels.

To test this hypothesis, researchers in Australia launched the new study, which involved giving 8,164 patients who had suffered a stroke in the previous seven months either a placebo or a combination of the B vitamins folic acid, vitamin B6 and vitamin B12.

In the September issue of the British journal The Lancet Neurology, the researchers report that those who took the B vitamins had lower homocysteine levels. But those taking the B vitamins were not significantly less likely to suffer a stroke, heart attack or to die from any cause during the 3.4-year study.

Despite the findings, however, Peter Sandercock of the Western General Hospital in Edinburgh, England, argues that more research is needed to continue to explore the hypothesis, especially given the previous findings and the fact that B vitamins appear to be very safe.

Seven hours of Sleep is best for Health

NewsRoom: Breaking News! Getting seven hours of sleep daily can keep your heart good in condition. But too much or too little sleep can develop cardiovascular disease, claims a new study.

Researchers from the West Virginia University (WVU) School of Medicine found that seven hours of sleep is optimal to lead a healthy life with strong heart. The study conducted on more than 30,000 people found that people who was sleeping only five hours a day, have developed angina, coronary heart disease, heart attack or stroke.

Further, the study came with findings that people who sleep more than nine hours a day developed cardiovascular disease, while people with six or eight hours of sleep a day have less risk of heart disease.

According to the study, the long duration of sleep affects endocrine and metabolic functions in our body, while sleep deprivation leads to impaired glucose tolerance, reduced insulin sensitivity, elevated blood pressure, and increases the risk of hardening the arteries

http://www.breakingnewsonline.net/health/3234-seven-hours-of-sleep-is-best-for-health-study.html

http://voices.washingtonpost.com/checkup/2010/08/another_vitamin_fails_a_test.html

http://www.telegraph.co.uk/health/healthnews/7926656/Heart-disease-breakthrough-could-lead-to-new-treatments.html

Summer is here and you are tempted to show some skin. Its that time of the year when most people frequent a beach. There is nothing more relaxing than lying under the sun. However, extra body can turn things embarrassing for you.

Being over weight is not just bad for you looks but also for your health. One of the most immediate impact of being over weight is a loss of energy. Fatigue is another disturbing result of extra body weight.

So, if you want to get a slim and sexy body, its time you do something about it.

If you are thinking if taking weight loss pills- fat burner or appetite suppressant, I would like you to reconsider. This is because while they can ensure weight loss, most of them inflict your body with some rather serious side effects.

In such a case, something that can ensure rapid and natural weight loss while being safe at the same time is a slim diet patch.

Such patches have taken weight loss to an entirely new level. They are easy to use and deliver fast results as well. A combination of all natural ingredients make up such a patch. Guarana, yerba mate, fucus vesiculosus, zinc pyruvate etc., are some of the ingredients that are used in high quality weight patches.

These ingredients increase your metabolism. This ensures that your body is able to burn more fat at a much faster pace and helps melt away fat from your body. But this is just one side of the story!

Such a patch also helps suppress your appetite so that your food intake is reduced significantly. What you need to keep in mind is that you cannot lose weight until and unless you control your diet. This is where such a patch proves to be highly resourceful. It reduces hunger pangs and food cravings by making you feel full when you are not. Of the above mentioned ingredients, yerba mate is highly effective in reducing your appetite.

As soon as you apply the patch in your skin, it begins releasing all the ingredients directly into the bloodstream. This ensures most accurate dosage and better potency of the ingredients since they bypass the digestive system and do not come in contact with stomach juices and acids.

It is not surprising that such a patch can make you strip off at least 2-6lbs within a weak. As such it can easily make you leaner by 20-24lbs within a month!

Massage Therapy Can Be Expensive & Time Consuming

Nowadays, massage therapy to relieve pain has become very popular which is not surprising. Lying down on a massage table while a professional masseuse massages your entire body is totally relaxing and rejuvenates both mind and body.

Massage provides both physical and emotional benefits so muscle pain can be relieved if not eliminated if you go for massage sessions on a regular basis. Unfortunately, most people cannot get massage sessions on a regular basis due to time and money constraints. Muscle pain sufferers need a pain relieving solution that can be used at home or the office that will provide the same benefits as massage therapy.

Pain Medication May Not Be The Answer

For occasional muscle pain, taking over the counter pain medication will relieve pain with little or no side effects. However, if you have persistent long-term muscle pain that doesn’t really go away, painkillers may not be the answer. The disadvantage of pain medicine is that it affects the whole body, not just the part that needs the medication. Also, taking painkillers on a long-term basis can be addictive and your body will become immune to it.

Use The TDP Mineral Lamp To Relieve Muscle Pain

The TDP lamp (Teding Diancibu Pu) is a far infrared heating lamp that can assist the natural healing processes of the human body. The lamp head of a TDP lamp contains a mineral plate consisting of 33 minerals, which correspond to the minerals in the human body. Infrared heat combined with the 33 minerals will penetrate into the sore muscle area to assist the healing process.

Safe and Easy To Use at Home

Far infrared heat emitting from the lamp head is completely safe and can provide relief for muscle pain and arthritis. You can use the TDP lamp at home or the office with a choice of an analog or digital floor lamp or a desktop analog lamp. In addition to relieving muscle pain, TDP lamps will keep you warm during the cold winter months.