Vaccine is Homeopathic medicine not allopathic, said Dr. Qaisar Ahmed MD, DHMS.
Vaccine, suspension of weakened, killed, or fragmented microorganisms or toxins or other biological preparation, such as those consisting of antibodies, lymphocytes, or messenger RNA (mRNA), that is administered primarily to prevent disease.
Vaccine is a simple, safe, and effective way of protecting us against harmful diseases, before we come into contact with them. It uses our body’s natural defenses to build resistance to specific infections and makes our immune system stronger.
Just like Homeopathic nosodes and sarcodes, vaccines train our immune system to create antibodies, just as it does when it’s exposed to a disease. All vaccines, nosodes and sarcodes contain only killed or weakened forms of germs like viruses or bacteria, they do not cause the disease or put you at risk of its complications especially if they are in Homeopathic form (thoroughly and carefully triturated).
Vaccines, nosodes and sarcodes reduce risks of getting a disease by working with our body’s natural defenses to build protection. When we get a vaccine, our immune system responds. It:
- Recognizes the invading germ, such as the virus or bacteria.
- Produces antibodies. Antibodies are proteins produced naturally by the immune system to fight disease.
- Remembers the disease and how to fight it. If we are then exposed to the germ in the future, our immune system can quickly destroy it before we become unwell.
The vaccine, nosodes and sarcodes are therefore a safe and clever way to produce an immune response in the body, without causing illness.
Our immune systems are designed to remember. Once exposed to one or more doses of a vaccine, nosodes and sarcodes, we typically remain protected against a disease for years, decades or even a lifetime. This is what makes vaccines, nosodes and sarcodes so effective. Rather than treating a disease after it occurs, vaccines, nosodes and sarcodes prevent us in the first instance from getting sick.
Once stimulated by a vaccine, the antibody-producing cells, called B cells (or B lymphocytes), remain sensitized and ready to respond to the agent should it ever gain entry to the body. A vaccine, nosodes and sarcodes may also confer passive immunity by providing antibodies or lymphocytes already made by an animal or human donor.
Allopathic doctors usually administered vaccines by injection (parenteral administration), and some are given orally or even nasally (in the case of flu vaccine); While Homeopathically any vaccine (nosodes and sarcodes) could be administered orally as well as just rubbing or appley it on clear skin, to mucosal surfaces, such as those lining the gut or nasal passages, this process seem to stimulate a greater antibody response and is the most effective route of administration.
The first vaccine
According to the world first Materia medica “Pen-Ts’ao” written in 2700BC by orders of king “Shen-Nung”; in Pen-Ts’ao, there are several methods the prevention of contagious diseases like measles, monkey pox etc, for example doctors of that time prescribed to wear the shirts/dresses of sick children to healthy child to prevent the disease, in some areas doctor makes trituration’s from dried sterilized crusts from the lesions of other patients suffering from smallpox to protect against the disease. (Copied from book “Medicine in China” by Mr. Hakim Muhammad Said, Chapter- Chinese pharmacology, page-261)
This practice is also written in “Al-Qanoon” (by Abu Ali Seena). Later in 1796 a British physician Mr. Edward Jenner makes first oral syrup/drop of vaccine; He thus exploited the relatively rare situation in which immunity to one virus confers protection against another viral disease. In 1881 French microbiologist Louis Pasteur demonstrated immunization against anthrax by injecting sheep with a preparation containing attenuated forms of the bacillus that causes the disease. Four years later he developed a protective suspension against rabies.
Effectiveness
After Pasteur’s time, a widespread and intensive search for new vaccines was conducted, and vaccines against both bacteria and viruses were produced, as well as vaccines against venoms and other toxins. Through vaccination, smallpox was eradicated worldwide by 1980, and polio cases declined by 99 percent.
Other examples of diseases for which vaccines have been developed include mumps, measles, typhoid fever, cholera, plague, tuberculosis, tularemia, pneumococcal infection, tetanus, influenza, yellow fever, hepatitis A, hepatitis B, some types of encephalitis, and typhus.
Types
The challenge in vaccine development consists in devising a vaccine strong enough to ward off infection without making the individual seriously ill. To that end, researchers have devised different types of vaccines. Weakened, or attenuated, vaccines, nosodes and sarcodes, consist of microorganisms that have lost the ability to cause serious illness but retain the ability to stimulate immunity. They may produce a mild or subclinical form of the disease. Attenuated vaccines include those for measles, mumps, polio (the Sabin vaccine), rubella, and tuberculosis.
Inactivated vaccines are those that contain organisms that have been killed or inactivated with heat or chemicals. Inactivated vaccines elicit an immune response, but the response often is less complete than with attenuated vaccines. Because inactivated vaccines are not as effective at fighting infection as those made from attenuated microorganisms, greater quantities of inactivated vaccines are administered.
Vaccines against rabies, polio (the Salk vaccine), some forms of influenza, and cholera are made from inactivated microorganisms. Another type of vaccine is a subunit vaccine (pyrogenium), which is made from proteins found on the surface of infectious agents. Vaccines for influenza and hepatitis B are of that type. When toxins, the metabolic by-products of infectious organisms, are inactivated to form toxoids, they can be used to stimulate immunity against tetanus, diphtheria, and whooping cough (pertussis).
Recombinant DNA technology has also proven useful in developing vaccines to viruses that cannot be grown successfully or that are inherently dangerous. Genetic material that codes for a desired antigen is inserted into the attenuated form of a large virus, such as the vaccinia virus, which carries the foreign genes “piggyback.” The altered virus is injected into an individual to stimulate antibody production to the foreign proteins and thus confer immunity. The approach potentially enables the vaccinia virus to function as a live vaccine against several diseases, once it has received genes derived from the relevant disease-causing microorganisms. A similar procedure can be followed using a modified bacterium, such as Salmonella typhimurium, as the carrier of a foreign gene.
Gardasil human papillomavirus vaccine
Vaccines against human papillomavirus (HPV) are made from virus like particles (VLPs), which are prepared via recombinant technology. The vaccines do not contain live HPV biological or genetic material and therefore are incapable of causing infection. Two types of HPV vaccines have been developed, including a bivalent HPV vaccine, made using VLPs of HPV types 16 and 18, and a tetravalent vaccine, made with VLPs of HPV types 6, 11, 16, and 18.
Another approach, called naked DNA therapy, involves injecting DNA that encodes a foreign protein into muscle cells. The cells produce the foreign antigen, which stimulates an immune response.
Vaccines based on RNA have been of particular interest as a means of preventing diseases such as influenza, cytomegalovirus infection, and rabies. Messenger RNA (mRNA) vaccines are advantageous because the way in which they are made allows them to be developed more quickly than vaccines made via other methods. In addition, their production can be standardized, enabling rapid scale-up for the manufacture of large quantities of vaccine. Novel mRNA vaccines are safe and effective; they do not contain live virus, nor does the RNA interact with human DNA.
Benefits
In addition to the development of memory B cells, which are capable of triggering a secondary immune response upon exposure to the pathogen targeted by a vaccine, vaccination is also beneficial at the population level. When a sufficient number of individuals in a population are immune to a disease, as would occur if a large proportion of a population were vaccinated, herd immunity is achieved.
That means that if there is random mixing of individuals within the population, then the pathogen cannot be spread throughout the population. Herd immunity acts by breaking the transmission of infection or by lessening the chances of susceptible individuals coming in contact with a person who is infectious. Herd immunity provides a measure of protection to individuals who are not personally immune to the disease—for instance, individuals who, because of their age or underlying medical conditions, cannot receive allopathic vaccines or individuals who received vaccines but remain susceptible should be prescribed Homeopathic nosodes and/or sarcodes. Herd immunity played an important role in the successful eradication of smallpox, and it is vital in preventing the spread of diseases such as polio and measles.
Immunization
Immunization, process by which resistance to disease is acquired or induced in plants and animals. This discussion focuses on immunization against infectious diseases in vertebrate animals, specifically humans.
Immunization may occur naturally, as when a person is exposed unintentionally to a pathogen (any infectious agent), or it may be brought about artificially through an allopathic vaccine. In either case, immunization provides resistance, or immunity, to a particular pathogen by means of antibody proteins that are targeted to eliminate that pathogen from the body. These antibodies do not react to the entire pathogen but only to a specific part of it, which is called an antigen. An individual can acquire immunity for a specific pathogen passively or actively. In passive immunization a person receives antibodies or lymphocytes that have been produced by another individual’s immune system; in active immunization the individual’s own immune system is stimulated to produce antibodies and lymphocytes.
Some passive immunization imparts immediate, but not long-lasting, protection against a pathogen and may arise naturally, such as when a fetus receives antibodies from the mother across the placenta or when a breast-feeding infant ingests antibodies in the mother’s milk.
Passive immunization against a particular pathogen, such as the hepatitis B virus (HBV), also can be conferred artificially. A person lacking immunity to HBV can receive a preparation called immune serum globulin that contains antibodies formed against the virus. These antibodies are obtained from serum taken from animal or human donors who previously were infected by or immunized against the virus.
Active immunization stimulates the immune system to produce antibodies against a particular infectious agent. Active immunity can arise naturally, as when someone is exposed to a pathogen. For example, an individual who recovers from a first case of the measles is immune to further infection by the measles-causing virus, because the virus stimulates the immune system to produce antibodies that specifically recognize and neutralize the pathogen the next time it is encountered.
Active immunization also can be artificially induced through vaccination. Vaccines, nosodes and/or sarcodes. are preparations containing antigens that stimulate an immune response without causing illness. The purpose of vaccination is to ensure that a large enough number of antibodies and lymphocytes capable of reacting against a specific pathogen or toxin are available before exposure to it occurs. Active immunization is often long-lasting and may be reactivated quickly by a recurrence of the infection or by revaccination.
Adverse reactions
Only allopathic vaccination carries some risk of reaction. The most common reactions to vaccines include redness and soreness around the vaccination site; more severe adverse reactions, such as vomiting, high fever, seizure, brain damage, or death, are possible for some vaccines.
Allopathic vaccines are responsible for certain adverse health conditions, particularly autism, speech disorders, and inflammatory bowel disease.
Some of those are thimerosal, a mercury-containing compound used as a preservative in vaccines. Autism is a form of mercury poisoning, caused specifically by thimerosal in childhood vaccines.
There are many evidences that allopathic vaccines have some sleeping viruses which will awakes after few years to control the world papulation and of course to sale other medicines and make trillions.
P. S: This article is only for doctors having good knowledge about Homeopathy and allopathy, for learning purpose(s).
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Dr. Sayyad Qaisar Ahmed (MD {Ukraine}, DHMS), Abdominal Surgeries, Oncological surgeries, Gastroenterologist, Specialist Homeopathic Medicines.
Senior research officer at Dnepropetrovsk state medical academy Ukraine.
Location: Al-Haytham clinic, Umer Farooq Chowk Risalpur Sadder (0923631023, 03119884588), K.P.K, Pakistan.
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