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Of course, the are many researches proving the benefits of natural remedies in treating herpes.
But now, let’s look at some actual herpes researchers and decide for ourselves whether it is worth trying natural remedies. A study of L-lysine, zinc and herbal-based products by Southern California University of Health Science involved 30 people, 15 males and 15 females. Honey was also studied and compared to some of the most popular over the counter herpes medications.
Ozone therapy showed very promising results in curing herpes symptoms and removing the virus from human body. Another fascinating study was conducted in 1997 by the Department of Biophysics at Johns Hopkins University and involved neem.
One of the first studies of THC was performed in 1980 by Blevins, RD and Dumic, MP, and showed that HSV-1 and HSV-2 failed to replicate in human cells when active components of THC were applied to them. As you can see, all of the studies listed above were conducted by small groups of scientists, and some only involved mice.
All of the remedies listed above have been around for centuries, but they are not well studied, nor they are approved by FDA.
Pluripotent stem cells are of particular interest because they are undifferentiated cells, which have the potential to differentiate into virtually any cell type in the body (1; see Figure 1). The document sets underlying our analyses were created using keyword searches which are provided in the methodology section of our study, and were limited to articles, reviews and conference proceedings. Our study found that the overall corpus of stem cell related papers shows a relatively fast growth rate and citation impact.
Looking at specific types of stem cell research, the emergence of the iPS cell field (first publication in 2006) stands out.
We observed that hES cell publication output peaked in 2010, and while ES cell research overall shows a high publication volume, it is predominantly represented by non-human ES cell research (see Figure 2). Our study also examined the extent to which stem cell publications are aligned with the societal goals of developing new treatments for diseases, by analyzing the publications for use of keywords related to two themes: regenerative medicine and drug development.
Figure 4 - The percentage of stem cell papers published from 2008 to 2012 using keywords related to “drug development,” “regenerative medicine,” or other by cell type. Drug development is represented by a much smaller share of each type of stem cell research.
To expand on the analysis done in the study, we used the new generation of SciVal to examine stem cell papers related to drug development by setting up the relevant research fields using the same keywords applied in our initial study. Figure 5 – Number of global publications related to “drug development” in ES, hES and iPS cell research 2006-2012.
Stem cell research has provoked debate regarding the ethics and regulation of the research and resulting therapies.
Figure 6 – Global Stem Cell publications (top) and ES, hES and iPS cell publications (bottom), as a share of total world output, from 1996-2012.
We also examined the publication trends of China and the United States specifically, to see whether we can observe the impact of country level policy decisions in the publication data.
China is a country which shows steady growth in stem cell research supported by its major funding initiatives.
Figure 7 – China’s Stem Cell publications (top) and ES, hES and iPS cell publications (bottom), as a share of total country output, from 1996-2012.
The United States is an interesting case study because, as reported in our study, they are the world leader in stem cell research considering that they produce the highest absolute publication volume, as well as high relative activity levels, indicating a high focus on stem cell research, and show high field-weighted citation impact.
The result is a series of policy changes, some of which limited federal funding for hES cell research, while others loosened the limitations.
Figure 8 – USA’s hES publications as a share of total country output, from 1996-2012 and relevant US policy decisions.
In recent years, stem cell research has grown remarkably, showing a growth rate more than double the rate of world research publications from 2008 to 2012. Stem cell research has attracted considerable attention within the scientific community: stem cell publications overall are cited 50% more than all other publications in related disciplines, while ES cell publications are cited twice the world rate, and iPS cell publications nearly three times the world rate.
Stem cell research is developing fast, with some experimental pluripotent stem cell treatments already in clinical trials.
If the above diagnoses are inconclusive or if a treatment regimen has already been started, a biopsy of the affected skin (i.e.
Spray tub and bathroom floor with disinfectant after each use to help prevent reinfection and infection of other household members. Wash feet, particularly between the toes, with soap and dry thoroughly after bathing or showering. If you have experienced an infection previously, you may want to treat your feet and shoes with over-the-counter drugs. Dry feet well after showering, paying particular attention to the web space between the toes.

Try to limit the amount that your feet sweat by wearing open-toed shoes or well-ventilated shoes, such as lightweight mesh running shoes. After any physical activity shower with a soap that has both an antibacterial and anti-fungal agent in it.
Map is based on published studies within the last 15 years using serological assays that can accurately differentiate HSV-2 from HSV-1 infection.
Vaccine and Infectious Diseases Division, Fred Hutchinson Cancer Research Center, Seattle, Washington, USA.
Keep in mind that one of the reasons these remedies are not marketed to people is that they can’t bring nearly as much money as antiviral drugs do. But still, there is just not enough scientific data to start marketing natural remedies to public. There were two major studies: the first one was conducted back in 1985 by a medical journal Planta Medica, and the second one in 1992 by Brigham Young University.
It showed a full resolution in 40% of participants by the 3rd day and in 87% of participants by the 6th day. Tests that were performed on mice revealed that neem can prevent herpes virus from replicating. But they still show that natural remedies have much more to offer than many antiviral drugs.
If you decide to try any of those remedies you need to take full responsibility and preferably talk to a health practitioner (maybe a holistic one) about it. The field holds the potential to revolutionize the way human diseases are treated, and many nations have therefore invested heavily in stem cell research and its applications. The resulting paper was published online to coincide with the World Stem Cell Summit in San Diego on December 6th, 2013. This property opens the door to clinical applications such as cell and organ replacement (2) and may accelerate drug discovery, drug screening and toxicological assessment.
They include primary research articles as well as other publication types, such as reviews, papers on policy and regulation, ethical considerations, etcetera. Stem cell publications have a Field-Weighted Citation Impact (FWCI) of approximately 1.5 throughout the 2008-2012 period, which indicates that stem cell papers, on average, received 50% more citations than all other papers published in related disciplines in that period. The FWCI for ES cell and hES cell publications also remained relatively stable during the same period, at around 1.8 times the world average for ES cell publications, and over two times world average for hES cell publications.
The pale blue line represents the global average field-weighted citation impact for all publications in the various subject areas, assigned to the journals in which stem cell papers are published. The results show that more than half of all stem cell publications do not use keywords related to either theme (see Figure 4). Alongside positive developments in stem cell biology, regenerative medicine has enabled the development of new biotechnologies that promote self-repair and regeneration, such as the construction of new tissues to improve or restore the function of injured or destroyed tissues and organs (4). The fact that many more iPS cell papers were related to drug development (11%) compared to ES cells (4%) and stem cells overall (2%) stands out. In 2001, the Chinese Ministry of Science and Technology (MOST) launched two independent stem cell programs followed by a number of funding initiatives intended to further promote stem cell research, applications and public awareness. Yet, they have had to grapple with the practical and ethical dilemmas that are inherent in this field, and changing views of different administrations, as governments changed.
In figure 8 we map such policies along with the corresponding publication output (relative to total country output).
This high-growth, high-impact field encompasses research across many cell types, with a focus ranging from the most fundamental to the clinical. Active debates are underway to adapt regulatory frameworks to address the specific challenges of developing, standardizing, and distributing cell-based therapies, while advances in basic research continue to provide a fuller understanding of how stem cells can be safely and effectively used.
If natural remedies could actually cure herpes then the pharma industry would suffer great losses (billions and billions of dollars each year).
Below is a list of researches about treating herpes with ozone therapy that can be found online. With 67% of the population infected with herpes, it is not surprising that many researchers are focusing on the development of herpes cure and not the study of natural remedies. However, human stem cell research is also controversial with many ethical and regulatory questions that impact a nation’s policies. The study provides an overview of the stem cell research field as a whole, with particular focus on pluripotent stem cells. There are different kinds of pluripotent stem cells: embryonic stem cells (ES) are sourced from a blastocyst (an early embryo), and when sourced from human blastocysts are called human embryonic stem cells (hES), while induced pluripotent stem cells (iPS) - which were only recently discovered in 2006 by Shinya Yamanaka and colleagues at Kyoto University - are sourced from body cells, and then genetically reprogrammed to become pluripotent. In this article we briefly review some key findings of our study, and expand by having a closer look at the clinical theme ‘drug development’ using SciVal. The FWCI of the iPS field was extremely high just after its discovery, as might be expected of an emerging field.
Such publications may be related to basic research which addresses the fundamental biology of stem cells.

This may reflect the particular potential that iPS cells hold for the development of disease models, personalized medicine, and drug toxicity testing. The discovery of iPS cells raised the possibility that ES cell research would no longer be necessary, thereby circumventing the ethical issues present in embryonic research. Despite the restrictive policies between 2001 and 2009, the United States show steady output growth, which has been supported through individual, state and industry funding as well as donations. Our analysis showed that both ES and hES fields have grown more slowly than the stem cell field overall. Reflecting the field’s ongoing development and clinical promise, approximately half of all stem cell publications are associated with regenerative medicine or drug development, a trend that is particularly pronounced in iPS cell research. Cell replacement or transplantation therapies are not the only application of stem cell research: already the first steps are being taken towards use of cells derived from pluripotent stem cells, in drug discovery and testing.
In this article we have gathered information about very interesting natural herpes cure researches that were conducted in the past. And we all think that we should trust doctors, that they have medical education and know best.
Those studies were performed in laboratories and both confirmed an antiviral effect of garlic against herpes. Those studies were performed outside of the United States and needed to be validated before taking into consideration. These results were also confirmed in 2004 by a group of researchers from the University of South Florida. We will also examine the publication trends of China and the United States specifically, to see whether we can observe the impact of country level policy decisions in the publication data.
Each document set therefore includes publications belonging to various disciplines of the All Science Journal Classification). The FWCI calculated at the beginning of the period was based on relatively low publication counts, which are more subject to outlier effects than later data-points, which are based on larger publication volumes. This has not been the case, as the stem cell field continues to rely both on ES and iPS cell research to progress the understanding of pluripotency and potential applications (5). In total, the national government’s stem cell funding commitment is estimated at more than 3 billion RMB (close to 500 million USD) for the 5 year period from 2012 to 2016.
We do observe changes in hES cell publication output that coincide with changes in regulation.
It is with great interest and anticipation that we watch the further development of this exciting field of science. Unfortunately, most doctors know only about drugs that have FDA approval and that have been studied a lot. The 1992 study has shown that garlic can kill 90% of herpes virus within the first 30 minutes. The decline in FWCI (see Figure 3) should not be interpreted as a decrease in quality of research, rather it should be seen as a natural and expected decline as publication volume increases. It should also be noted that the search used to compile the document set for overall stem cell research was purposely broad, and can be expected to include stem cell research of all kinds, as well as research which refers to stem cells in the title, abstract, and keywords, but may not necessarily be considered “stem cell research” per se. Furthermore, iPS cell research is not free of ethical considerations in terms of how they may be used as well as the question of tissue ownership. Confronted with the healthcare needs of a rapidly aging population of nearly 1.4 billion, the impetus behind much stem cell research, so far, has understandably been clinical translation and development (6). While such changes in publication output are probably not best explained using a one factor model, these findings are hardly surprising, as we expect science policy to greatly impact scientific activity.
Honey worked faster than Acyclovir in healing outbreaks for 40% of participants with oral herpes and 50% participants with genital herpes. Nonetheless, the 3,080 iPS cell papers published between 2008-2012 have a FWCI of 2.93, which is almost 3 times world level for all papers published in related disciplines.
Such an analysis can provide insight into the degree to which science policy has indeed affected publication output. That is strong evidence to support the sustained recognition and importance of the emerging field of iPS cell research. There also seems to be an overall slowing in growth, and even a recent decrease in world ES and hES cell publication output.
These findings should be interpreted with caution, keeping in mind that our datasets represent publications which use keywords related to stem cell research, and not solely “stem cell research papers”. None of the patients who were using Acyclovir was able to remit herpes attack, and 3 of them developed itching as a side effect of using a drug.

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