By A. Agenak. The College of Santa Fe. 2018.
In addition order 150mg zyban with amex, when animals are immunized with anti-idiotype antibodies (Ab2) antibodies derived from a tumor-speciﬁc antigen purchase zyban 150mg with visa, an anti-anti-idiotype (Ab3) antibody response is generated safe zyban 150 mg. This antibody response is ampliﬁed with greater antigen binding diversity (expanded repertoire) compared to the Ab1 antibodies and functionally decreases tumor growth and col- onization in vivo. In a long-term clinical trial, idiotype vaccination resulted in tumor regression in cancer patients and cancer immunity in patients in remission. Thus, idiotype vaccination, on an individual basis for multiple myeloma and lym- phoma patients, represents a methodology to induce tumor immunity to prevent recurrent disease. The protocols include both ex vivo and in vivo gene therapy techniques for cytokine or accessory molecule gene transfer, the gene trans- fer of prodrug-induced cytotoxicity, genetic vaccination, and the molecular correc- tion of the genetic alterations of carcinogenesis. The latter include the inactivation of oncogene expression and the gene replacement for defective tumor suppressor genes. The data generated to date indicate that in patients with advanced cancers that are refractory to conventional therapies, cancer gene therapy techniques may mediate tumor regression with acceptable low toxicity and side effects. Viral vectors need modiﬁcation to reduce toxicty and immunogenicity and transduction efﬁciencies need to be increased for both viral and nonviral vectors. Tumor targeting and speciﬁcity need to be advanced and a further understanding of gene regulation, apoptosis, and the synergy between gene therapy and chemotherapy will augment the approaches for gene-based therapy of cancer. The loss of regulatory control is thought to arise from mutations in genes encoding the regulatory process. In general, a genetically recessive mutation correlates with a loss of function, such as in a tumor sup- pressor gene. A dominant mutation correlates with a gain in function, such as the overexpression of a normally silent oncogene. On the other hand, localized immune cells ﬁghting malignant cells could be provided added protection through the transfer of genes that protect from apoptosis. Cellular oncogenes can be aberrantly expressed by gene mutation or rearrangement/translocation, ampli- ﬁcation of expression, or through the loss of regulatory factors controlling expression. The aberrant expression results in the development of cellular pro- liferation and malignancy. There have been over 60 oncogenes identiﬁed to date and are associated with various neoplasms. The overexpression of oncogenes can be abrogated by approaches limiting their expression by the use of anti- sense molecules or ribozymes. An abnor- mality in a tumor suppressor gene could result in a loss of functional gene product and susceptibility to malignant transformation. Thus, restoration of tumor suppressor gene function by gene therapy, particularly in a premalignant stage, could result in conversion to a normal cellular phenotype or “reverse transformation” of a malignant cells to a nonmalignant cell type. This approach should maximize toxicity at the site of vector delivery while minimizing toxic- ity to other, more distant cells. The requirements are nontoxic prodrugs that can be converted intracellularly to highly cytotoxic metabolites that are not cell cycle speciﬁc in their mechanism of action. Thus, adjacent nontransduced tumor cells would be killed by the newly formed toxic metabolite. The best compounds that meet these criteria are alkylating agents such as a bacterial nitroreductase. Genetically marking human cells—results of the ﬁrst clinical gene transfer studies. Promising new agents under development by Division of Cancer Treatment, Diagnosis, and Centers of the National Cancer Institute. Efﬁcient retrovirus mediated transfer of cell-cycle control genes to transformed cells. Anitsense strategy: Biological utility and prospects in the treat- ment of hematological malignancies. Tumor-speciﬁc idiotype vaccines in the treatment of patients with B-cell lymphoma—long term results of a clinical trial. The application of these technologies to speciﬁc genetic disorders has also been presented. In this chapter, the application of this technology for the treatment of an infectious agent will be discussed. As previously discussed, gene therapy holds considerable potential for the treatment of hereditary and acquired genetic disorders. Human gene therapy can be deﬁned as the introduction of new genetic material into the cells of an individual with the intention to produce a therapeutic beneﬁt for the patient. This concept was originally denoted as intracellular immu- nization and is currently being investigated as a therapeutic approach for a wide variety of infectious agents. Retroviruses have historically been subdivided into three groups primarily based on the pathologic outcome of infection. The oncovirus subgroup includes retroviruses that can cause tumor formation in the infected host; however, this group also includes several apparently benign viruses. Lentiviruses cause slowly progressing, chronic diseases that most often do not contain a tumor- forming component. The spumavirus subgroup, although causing marked foamy cytopathic effect in vitro, have not yet been clearly associated with any disease. Lentiviruses were initially iso- lated in the 1960s when it was found that certain slowly evolving, degenerative dis- eases in sheep were communicable. Interestingly, unlike the oncogenic retroviruses, the lentiviruses did not form tumors but were cytopathic (caused cells death). Members of the lentivirus family include Visna virus, Simian immunodeﬁciency virus, human immunodeﬁciency virus 1 and 2, caprine arthritis-encephalitis virus, and equine infectious anemia virus. At the ends of the genome are two identical genetic regions similar to those found in all retroviruses. They are composed of a lipid bilayer membrane surrounding a conical nucleocap- sid. These three groups of pro- teins are encoded by the gag, pol, and env genes, respectively. The gag gene refers to the group antigen and produces the viral core proteins that have antigens cross- reacting with other antigens within large retrovirus groups. The Gag proteins are all produced as a large single polyprotein that is then cleaved into individual proteins by a virus-encoded protease (p24, p18, and p15). In addition to the structural elements necessary to assemble the virus particle, the virus genome codes for several nonstructural proteins that play vital roles in the regulation of the viral life cycle. The Tat protein, which is encoded by the tat gene, is a strong transactivator of viral gene expression. The structural proteins include the viral envelope protein (gp 120, gp 41) which is encoded by the env gene and the core proteins (p6, p9, p17, and p24) which are encoded by the gag gene. The viral-associated regulatory proteins are encoded by the tat, rev, and nef genes, respectively. The third class of viral proteins are the maturation proteins that are encoded by the vif, vpr, and vpu genes. Expression of Vpr alone was sufﬁcient to cause arrest of the cell cycle at the G2/M transition phase of the cell cycle.
These compounds are responsible for producing much of the allergic reaction seen in asthma purchase zyban 150mg without a prescription. Some leukotrienes are 1 zyban 150 mg cheap,000 times more potent than histamine as stimulators of bronchial constriction and allergy order zyban 150 mg with visa. It has been observed that asthmatics have a tendency to form higher levels of leukotrienes. Tartrazine is added to most processed foods and can even be found in vitamin preparations and anti- asthma prescription drugs. Tartrazine may also indirectly support the asthmatic process via its role as an antimetabolite of vitamin B6 (see the discussion in “Tryptophan Metabolism and Pyridoxine Supplementation,” later in this chapter). The Autonomic Nervous System and Adrenal Glands The autonomic nervous system and adrenal glands are also involved in asthma. This ultimately results in constriction of the smooth muscle of the airway, as well as the release of histamine and other allergic compounds from mast cells and basophils. Also, if the adrenal gland is not producing sufﬁcient levels of cortisol and epinephrine, it can set the stage for bronchial constriction. Pertussis Vaccine An evaluation of 448 children and adolescents in Britain who had received only breast milk for the ﬁrst six months of life, and in particular on the ﬁrst day after birth, produced some interesting ﬁndings. All of the children were weaned after one year of age and were older than four years at the time the parents responded. The surprise came when the researchers classiﬁed the respondents according to whether or not they had received the pertussis (whooping cough) vaccine. In contrast, of the 203 children who had not been immunized, only 4 had asthma (1. Even though all of the children who received the pertussis vaccine received other vaccinations, the researchers suspected that the statistical evidence focused on pertussis. Among the children who did not receive the pertussis vaccine, most had received some other vaccination. Of the 91 subjects of the study who received no vaccines, only one had asthma, compared with 3 of the 112 who had other vaccinations. Therefore the relative risk of developing asthma is about 1% in children receiving no immunizations, 3% in those receiving vaccinations other than pertussis, and 11% for those receiving the pertussis vaccine. Another ﬁnding to weigh is that in the group not immunized against pertussis, 16 developed the disease, compared with only 1 in the immunized group. Influenza Vaccine One evaluation of more than 9,600 children was employed to determine the safety of intranasal inﬂuenza virus vaccine in children. Although this relatively new vaccination was deemed safe for children and adolescents, there was a four times greater risk in children 18 to 35 months old of asthma and associated reactive airway disease. There are a couple of explanations for this association between antibiotic use and asthma. One is that antibiotics contribute to a state of “excess hygiene,” leading to reduced exposure to microbes, which in turn creates an oversensitive immune system that mounts an over-the-top allergic reaction to pollen and dust mites, ultimately leading to asthma. The second explanation is that antibiotics have a negative effect on the normal ﬂora of the gastrointestinal and respiratory passages. Some studies have shown that giving probiotics (active lactobacillus and biﬁdobacteria cultures) lowers the risk of atopic allergic disease such as asthma and eczema. Some of this protective effect may be mediated by mucosal IgA, an antibody that participates in antigen elimination. In a group of 237 allergy-prone infants given either a combination of four probiotic strains or a placebo, researchers found that the probiotic supplementation increased fecal IgA while reducing inflammatory markers. High intestinal IgA in early life is associated with minimal intestinal inﬂammation and indicates reduced risk for IgE-associated allergic diseases. Therapeutic Considerations The ﬁrst step in the natural approach to asthma is to reduce allergic tendencies. Adding enough straws to the camel’s back will ultimately cause the camel’s back to break. By reducing allergic tendencies, as well as the offending allergens in many cases, the allergic process can be prevented. There are two primary ways to increase the allergic threshold: reduce exposure to airborne allergens and reduce intake of food allergens. Mechanisms of Asthma Airborne Allergens Airborne allergens, such as pollen, dander, and dust mites, are often difﬁcult to avoid entirely, but measures can be taken to reduce exposure. Removing dogs and cats as well as surfaces where allergens can collect (carpets, rugs, upholstered furniture) is a great ﬁrst step. If this can’t be done entirely, make sure that the bedroom is as allergy-proof as possible. Encase the mattress in an allergen-proof plastic; wash sheets, blankets, pillowcases, and mattress pads every week in hot water with additive- and fragrance-free detergent; consider using bedding material made from Ventﬂex, a special hypoallergenic synthetic material; and install an air puriﬁer. First, there is substantial evidence that breastfeeding alone has some effect in the prevention of asthma. For example, the Canadian Asthma Primary Prevention study collected two years of data in which researchers chose 545 infants who were considered at high risk of asthma on the basis of family history. The interventions included (1) house dust control measures; (2) recommendations for avoidance of pets, environmental tobacco smoke, and day care during the ﬁrst year; and (3) only breast-feeding or use of partially hydrolyzed whey formula until at least the age of four months. At one year of age, asthma was signiﬁcantly reduced by 34% in the intervention group. At two years of age, the intervention group had 60% fewer children with persistent asthma and a 90% reduction in recurrent wheezing. Studies such as this one are quite useful in order to show the effectiveness of a combined approach vs. Food Allergies Many studies have indicated that food allergies can play an important role in asthma. Double-blind food challenges in children have shown that immediate-onset sensitivities are usually due to (in decreasing order of frequency) eggs, ﬁsh, shellﬁsh, nuts, and peanuts, while foods most commonly associated with delayed onset include (in decreasing order of frequency) milk, chocolate, wheat, citrus, and food colorings. Elimination diets have been successful in identifying allergens and treating asthma and are a particularly valuable diagnostic and therapeutic tool in infants. In other words, it sets the stage for overreactivity of the airways to airborne allergens. Something as simple as lack of stomach acid production may be responsible for food allergies in asthmatics. Gastric analyses in 200 asthmatic children in 1931 showed that 80% of them had gastric acid secretions below normal levels. Food allergies are thought to be responsible for “leaky gut” syndrome in asthmatics. This subsequently overwhelms the immune system and the ability of the Kupfer cells in the liver to clear immune complexes and incompletely digested proteins from the intestines, increasing the likelihood of developing additional allergies as well as increasing the amount of bronchoconstrictive compounds in circulation. It is essential to identify offending foods as soon as possible to avoid the development of further allergies. In particular, the dye tartrazine and the preservatives benzoate, sulfur dioxide, and sulﬁte have been reported to cause asthma attacks in susceptible individuals. It has been postulated that a deﬁciency of the trace mineral molybdenum may be responsible for sulﬁte sensitivity. Salt Strong evidence indicates that an increased intake of salt raises bronchial reactivity and mortality from asthma.
A possible explanation is that the higher localized levels of zinc result in increased amyloid formation when the free-radical-scavenging mechanisms have been inadequate cheap 150 mg zyban. This enzyme combines choline (as provided by phosphatidylcholine) with an acetyl molecule to form acetylcholine order zyban 150 mg visa, the neurotransmitter order 150mg zyban with amex. Studies have shown inconsistent improvements in memory from choline supplementation in both normal and Alzheimer patients. If there is no noticeable improvement within the 90-day time frame, supplementation should be discontinued. Low levels of phosphatidylserine in the brain are associated with impaired mental function and depression in the elderly. Statistically signiﬁcant improvements were noted in mental function, mood, and behavior for the phosphatidylserine group. It is not likely to be of beneﬁt in those with satisfactory levels for their age and sex. Melatonin and Bright Light Therapy Test tube studies have shown that melatonin protects brain cells from heavy metal damage. For example, melatonin treatment prevented oxidative damage and beta-amyloid release caused by cobalt. Circadian rhythm affects body functions such as sleep cycles, temperature, alertness, and hormone production. If natural sunlight exposure is not possible for at least an hour in the morning, light boxes are available that can simulate sunlight. Full-spectrum lightbulbs are available that can replace conventional bulbs as well. Even this may be in doubt, as in several double-blind studies no beneﬁt over a placebo was observed in halting cognitive decline. Similar results were seen in another double-blind study where the 240 mg dose was administered once per day. It is the most frequently prescribed medicinal herb in Europe, with hundreds of studies reporting positive effects from taking ginkgo for both prevention and treatment of various health complaints. This can enhance memory, possibly delaying the onset of Alzheimer’s disease, reducing other forms of dementia, and improving tinnitus and vertigo. The results revealed that treatment with the ginkgo biloba extract led to signiﬁcant improvements in the symptoms of apathy/indifference, sleep/nighttime behavior, irritability/lability, depression/dysphoria, and aberrant motor behavior. Huperzine A Huperzine A, an alkaloid isolated from the moss Huperzia serrata, has been shown to potentiate the effects of acetylcholine in the brain by inhibiting the enzyme acetylcholinesterase, which breaks down acetylcholine. It is signiﬁcantly more selective and substantially less toxic than the acetylcholine esterase inhibitors currently used in conventional medicine (physostigmine, tacrine, and donepezil). In contrast, huperzine A has been used as a prescription drug in China since the early 1990s and has reportedly been used by more than 100,000 people with no serious adverse effects. The 200-mcg dose did not produce any change in cognitive assessment score, but patients taking the 400-mcg dose showed a 2. One trial reported abnormalities in electrocardiogram patterns (cardiac ischemia and arrhythmia). Curcumin There is considerable experimental evidence that curcumin protects against age-related brain damage and in particular Alzheimer’s disease. Researchers began exploring this effect after noting that elderly residents of rural India who eat large amounts of turmeric have been shown to have the lowest incidence of Alzheimer’s disease in the world: 4. Unfortunately, the two clinical trials conducted to date failed to show any benefit. There now exist a number of methods and products that enhance the absorption of curcumin. Absorption studies in animals indicate that peak plasma levels of curcumin after administration of Meriva were ﬁve times higher than those after administration of regular curcumin. Abnormal ﬁngerprint patterns are associated with both Alzheimer’s disease and Down syndrome. If no benefit is seen during this time, further therapy is unlikely to provide benefit. Lifestyle • Follow the recommendations given in the chapter “A Health-Promoting Lifestyle. The symptoms of anemia, such as extreme fatigue, reﬂect a lack of oxygen being delivered to tissues and a buildup of carbon dioxide. Anemia due to deficient red blood cell or hemoglobin production Anemia Due to Excessive Blood Loss Anemia can be produced during acute (rapid) or chronic (slow but constant) blood loss. Acute blood loss can be fatal if more than one-third of total blood volume is lost (roughly 1. Since acute blood loss is usually quite apparent, there is little difficulty in diagnosis. Chronic blood loss from a slow-bleeding peptic ulcer, hemorrhoids, or menstruation can also produce anemia. This highlights the importance of identifying the cause through a complete diagnostic workup by a qualified health care professional. Although a deﬁciency of any of several vitamins and minerals can produce anemia, only the most common—iron, vitamin B12, and folic acid—will be discussed here. It plays the central role in the hemoglobin molecule of our red blood cells, where it transports oxygen from the lungs to the body’s tissues and carbon dioxide from the tissues to the lungs. Iron deﬁciency is the most common nutrient deﬁciency in the United States and the most common cause of anemia. The groups at highest risk for iron deﬁciency are infants under two years of age, teenage girls, pregnant women, and the elderly. Studies have found evidence of iron deﬁciency in as many as 30 to 50% of people in these groups. For example, some degree of iron deﬁciency occurs in 35 to 58% of young, healthy women. Iron- dependent enzymes involved in energy production and metabolism are the ﬁrst to be affected by low iron levels. Increased requirements for iron occur during the growth spurts of infancy and adolescence and during pregnancy and lactation. Currently, the vast majority of pregnant women are routinely given iron supplements during their pregnancy, as the dramatically increased need for iron during pregnancy cannot usually be met through diet alone. Inadequate intake of iron is common in many parts of the world, especially areas where people consume a primarily vegetarian diet. Typical infant diets in developed countries are high in milk and cereals and thus are also low in iron. However, those at greatest risk for a diet deﬁcient in iron are the low-income elderly. This situation is complicated by the fact that decreased absorption of iron is very frequently found in the elderly. Decreased absorption of iron is often caused by a lack of hydrochloric acid secretion in the stomach, an extremely common condition in the elderly.
Phytochemical and physicochemical characters were also studied by using reference analytical methods and were documented in Myanmar Herbal Pharmacopoeia Monograph presented in this research trusted 150mg zyban. In recent years discount zyban 150 mg visa, the public prefers to take natural antioxidant sources from edible materials such as fruits 150 mg zyban fast delivery, spices, herbs, and vegetables. Petroleum ether, chloroform and methanol extracts of fresh and dried leaves of Gynura procumbens (Lour. It was found that methanol extracts of fresh dried leaves had higher free radical scavenging activity than others. In acute toxicity study, it was no lethal effect on Dutch Denken Yoken strain of albino mice was found up to 36ml/kg of fresh juice and 5000mg/kg of dried leaves. In-vitro antiviral effect of Kin-bon (Cephalandra indica) and propolis (bee product) on herpes simplex virus (type 1 and 2). Myo Khin; Ni Ni Than; San Yu Maw; San San Oo; Nu Nu Lwin; Win Win Mar; Khin May Oo. An in-vitro study to identify herbal products with potentials use for treatment of hepatitis B infention was undertaken. The ethanolic extracts (1mg/ml to 8mg/ml) of Eclipta alba (Kyeik-hman) leaves, Butea monosperma (Pauk-pwint) flowers, and Cassia fistula (Ngu) bark were tested for the presence of anti-hepatitis B surface antigen like activity. Thus isobutrin and catechin could be identified as active compounds with potential use in the management of hepatitis B infection. Although some clinical data exists on the use of catechin in management of hepatitis B infection, data on the use of Cassia fistula is limited and needs to be explored. In-vitro assessment of the anti-hepatitis B viral activity of selected Myanmar medicinal plants and identification of active principle from bioassay guided fractions. Extraction, isolation, solvent partition, successive column chromato-graphic separation on silica gel and crystallization provided β-sitosterol (I) (0. All isolated constitutents were identified by melting point determination and spectroscopic measurements. Indeed, ethanolic crude extract of “Ngu” bark may be more effective than “Pan-kha”. Emetine dihydrochloride, metronidazole and diodo- hydroxy-quinoline were used as control drugs. Berberine chloride, the crude extracts of Brucea sumatrana and Coptis teeta, and the total alkaloids of Holarrhana antidysenterica was amoebicidal at concentration of 20, 20, 125 and 250 micrograms per milliliter respectively. In-vitro parasite clearance of herbal antimalarial traditional medicine compound for uncomplicated falciparum malaria. The emergence and spread of multi-drug resistant Plasmodium falciparum worsen the global malaria situation. One of the herbal antimalarial traditional medicine compounds which contains the extracts of Dichroa febrifuga, Coptis teeta and Qinghao leaf extract. Three hundred and fify-three clinically suspected malaria patients attending the outpatient clinics of Vector Borne Disease Control Centre, Gyogone, Insein were tested during the studied period of one year. Among those patients, 31 isolates met the selection criteria for in vitro drug sensitivity testing. Out of 31 isolates tested, 20 isolates were successfully grown in in vitro test culture for the traditional medicine compound and 22 isolates were successfully grown for those of chloroquine and mefloquine. These parasite inhibition datas indicated that the traditional medicine compound has definite in vitro antimalarial activity against Plasmodium falciparum. But the efficacy of traditional medicine compound may be as good as or even better than the two other drugs tested in parallel because of its nature of three herbal drugs combination. In-vitro screening of antithelminthic effect of some indigenous plant extracts on Ascaris suum. The in vitro activity of the extracts of Butea frondosa (Pauk) and Quisqualis indica (Da-we-hmaing) on Ascaris suum according to the method of Goodwin (1958) was investigated. L-tetramisole, Oil of Chenopodium and Piperazine hexadrate served as control drugs. The water soluble extracts of Butea frondosa seeds have a paralyzing effect on Ascaris suum in vitro at a concentration of 4mg/ml within 1. The alcoholic extract of Quisqualis indica produced decreased activity at a concentration of 4mg/ml within 5 hours. In-vitro sensitivity of Azadirachta indica extracts on Mycobacterium tuberculosis. Different parts and various extracts of Azadirachta indica were tested against Mycobacterium tuberculosis, in-vitro. Among watery, ethanol and petroleum ether extracts of leaf bark, stem and seed of Azadirachta indica-watery extracts showed least anti Mycobacterium tuberculosis, where as ethanol and petroleum ether extracts of bark, stem and seed have some inhibition action on Tubercle bacilli. Detail study of seed extracts showed that ethanol extracts have been action with minium inhibitory concentration of 10μg/ml. In-vitro testing of various indeginous plant extracts on human pathogenic bacteria. Differentt parts and different extracts of twenty-six plants were tested against fourteen pathogenic bacteria for general screening. Out of these, thirteen plants showed an inhibitory activity against at least one test-bacterium, though there was a variation regarding the size of zones of inhibition. The thirteen plants showing zones of inhibition were Artemisia vulgaris, Brucea sumatrana, Coptis teeta, Yin-bya (unindentified yet), Euphorbia hirta, Hiptage madablota, Lawsonia alba, Myristica fragrans, Pithecellobium dulce, Pterocarpus santalinus, Quisqualis indica, Stephenia hernandifolia, Symplocos santalinus, and Symplocos paniculata. The antimicrobial spectrum and bacteriostatic or bactericidal effect of the plants were also determined. Aye Myint Sein; Thaw Zin; Khin Chit; Mu Mu Sein Myint; Hla Myint, Saw; Moe Moe Aye; Yu Yu Nwe. Acute diarrhea is commonly encountered in developing countries, where traditional herbal remedies are often sought for symptomatic relief. Thus, identifying and evaluation reputed plants used for diarrhea, in terms of efficacy and safety becomes a necessity. With the object to determine the antidiarrheal efficacy of Seik-phoo (Boesenbergia pandurata (Roxb. The watery extracts, in serial dilutions of 3,6 and 12g/kg of Seik-phoo, were administered to 3 groups of mice induced by castor oil to produce experimental diaatthea and the efficacy compard with a nagetive control receiving normal saline and a positive control receiving standard antidiarrheal drug, loparamide. Antidiarrheal activity was assessed by 1) effect on castor oil-induced diarrhea (number/type of stools passed), 2) effect on castor oil induced enteropooling (weight/volume of fluid accumulation), and 3) effect on castor oil induced small intestinal transit (passage of charcoal meal). Seik-phoo was found to possessed marked anti-diarrheal effect comparable to loparpmide, as seen by a significant delay in onset on diarrhea in first hour and a market reduction in the number of diarrhea stools (12. In addition, ethyl acetate, petroleum ether and ethanolic extracts showed marked antimicrobial activity against E. The present study signified the antidiarrheal effect of the extracts and their potential usefulness in a wide range of diarrheal states, whether due to disorders of transit (e. In-vivo study of the prophylactic value of some plants against experimentally-induced infection of closed and open wounds. Coptis teeta, (Khan-tauk), Lawsonia alba (Dan-gyi), Quisqualis indica (Dawei-hmaing), and Stephania hernandifolia (Taung-kya-kyet-thway) were tested for in vivo closed wound infected with Staphylococcus aureus Viable bacterial count, tensile strength and tissue collagen content were measured and compared with three control groups, one with parrafin alone treatment, another with sterile gauze alone and with classical drug tetracycline ointment. Influence of cultural characteristics on the utilization of traditional medicine and its impact upon health care in Myanmar.
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