Differences Between a Pharmacy and a Compounding Pharmacy

At one time a compounding pharmacy was the only type of drug store there was. The pharmacists mixed the appropriate ingredients in measured doses to create the medication that the doctor ordered for their patients. You had to know how to mix these compounds in order to be a pharmacist. Then drug companies began to do the mixing and delivered the medications to the drug store already prepared. The pharmacist only had to administer the correct amount in a container and keep records of the medications on file.

The compounding pharmacy is able to create medications with specialized amounts of each ingredient to suit the patient’s needs and tolerances. Some people have allergies and need medications created that omit one or more ingredients. There are children who need medications to be made into a liquid form so they can take them. The pharmacist used specialized tools to measure each ingredient and mix the concoctions to the precise amount.

A regular drug store fills your prescriptions from your doctor by getting a large container they have in the back and counting out the measured amount of the medication that your doctor said you could have. They do not make the medications in the back they simply put the medicines in a different container and label it for you. A compounding pharmacy will also fill prescriptions in this manner, but they have the ability to make some medicines on site.

A compounding pharmacy can almost always be found in a hospital. The doses of medications that people in the hospital receive must be precise. A lot of the things that need mixed together are for intravenous delivery and the hospital pharmacy is there to create the exact mix of medications in the intravenous delivery bag according to the doctor’s orders.

Whenever the pharmaceutical technicians adds anything to a medication, takes anything away from a medication, or changes the form of a medication they are compounding it. Some drug stores have the ability to add flavors to cough syrups and elixirs that children take and while this is compounding it is not the same as taking components and making the entire elixir. Adding flavors to liquid medicines may be the only form of compounding that your local drug store can do.

When the doctor orders you to have a medication that is going to require the more specialized services of the pharmacist that still does compounding they will tell you. They will also tell you which pharmacies in your town are capable of creating the medication that you need. These medicines are often ordered for pediatric patients with heart conditions because the doses on their medicines are subject to change due to their weight and growth. The medicines are also given to other patients who have chronic or terminal conditions they are receiving treatment for.

Your local drug store is where you will get the majority of your medications and they will keep an accurate record to help protect you from drug interactions.

Pharmaceutical Drugs Information

What are Pharmaceutical Drugs?

Pharmaceutical Drugs are also called as medicine. We can simply define these as a chemical substance used for treatment, medical diagnosis, preventing or curing any disease. The word ‘Pharmaceutical’ derives from the Greek word Pharmakeia, which today have been reformed as “Pahrmacia”.

Classification of Pharmaceutical Drugs:

For different types of diseases and physical ailments there a different kind of pharmaceutical drugs are available in the market at the medical shops or over the counter (OTC). One should take these medicines only as prescribed by doctor. Another noticeable thing before taking medicine is to take right quantity at the right time. Pharma drugs can simply be classified into two major categories as below:

1)Prescription Drugs

These are the licensed medicines that are not available in the market without the Doctor’s prescription. These drugs are regulated by the legislation. The term “Rx” is commonly used as an abbreviation of the prescription drug.

List of Some Important Prescription Drugs

  • Anti-convulsant
  • Anti-itch drugs
  • Anti-fungal drugs
  • Anti-viral
  • Anti-diabetic
  • Anti-asthmatic
  • Anti-psychotic
  • Muscle relaxation drugs
  • Anti gastroesophageal reflux drugs
  • Anti-malarial
  • Infertility drugs
  • Decongestants
  • Bone-disorder drugs
  • Penicillin
  • Laxatives

2)Non Prescription Drugs

These are the medicines that can be sold without Physician’s prescription. Non prescription drugs are also known as over the counter drug or OTC drugs. These are allowed to sell directly to the customers. OTC drugs are generally regulated by Active Pharmaceutical Ingredients (API).

List of Non Prescription Drugs

  • Antiseptics
  • Analgesics
  • Aspirin
  • Cough Syrups
  • Cough Suppressants
  • Antacids and Acid Reducer
  • Anti-gas
  • Anticandial
  • Anti-fungal
  • Cold Sore or Fever Blister
  • First Aid Supplies
  • Smoking Cessation
  • Sleep Aids Drugs

Pharmaceutical Formulations – What is Pharmaceutical Formulation?

In medical term pharmaceutical formulation is a process in which a medicinal or remedial product is produced by combining different chemical substance and active drugs. Formulation involves the complete process right from developing a drug to its final acceptance by the patient. Pharmaceutical Formulations include the study of some important factors like pH, particle size, solubility and polymorphism.

The orally taken drugs are available in the form of capsule or tablet, while the other types of medications forms are cream, gel, ointment, powder and paste etc. Thus we can classify these finished pharmaceutical formulations as below:

  • Tablets
  • Capsules
  • Injections
  • Ointments
  • Syrups
  • Birth Control Device
  • Vaccines

Top 10 Pharma Companies in India:

Indian Pharma Industry is growing with a faster pace day by day at global level. As per records Indian Pharmaceutical Industry is the second fastest growing industry. So know about the top 10 pharmaceutical companies in India as per their latest sales revenue:

  • Ranbaxy Laboratories Limited
  • Cipla
  • Dr. Reddy’s Laboratories
  • Lupin
  • Aurobindo Pharma Ltd
  • Sun Pharma
  • Cadila Health
  • Jubilant Life
  • Wockhardt
  • Ipca Labs

How Do Pharmaceutical Drugs Get in Drinking Water? Very Easily My Friend, and Kids Drink Them Daily

This is alarming, dangerous, and scary. Scientists have discovered many of us are drinking water that’s a seething concoction of pharmaceutical drugs for conditions we probably don’t have like heart problems, asthma, epilepsy and high cholesterol.

How do pharmaceutical drugs get in drinking water like this! I mean, it’s almost unbelievable.

Normally I don’t pay to much attention to sensational health warnings. But this one has got me concerned.

Pharmaceutical drugs are routinely found by accredited researchers in the drinking water catchments areas of our big metropolitan centers, and yet in half of those centers our drinking water guardians don’t even test for prescription drugs before they pipe water to your tap. Let alone try to stop them.

So, if you live in New York and Miami, for example, your municipal water officials are not actively looking for drugs even though its common to hear a probe finds drugs in drinking water.

But it gets even worse, because when you ask, how do pharmaceutical drugs get in drinking water, you quickly realize that it is inevitable. Even without research and scientific probes into drinking water supplies and city administrations, we could almost predict that prescription drugs will find their way into drinking water.

So, how do pharmaceutical drugs get in drinking water? It’s simple.

Someone takes prescription medication for a heart condition or an anti-depressant. Only part of that is absorbed into their blood stream and carried to the cells that need the chemicals to be healthy. The rest is passed into their bowel and eliminated next time they use the toilet.

City authorities take that sewage, treat it and pour it into a local lake or river. Where some of it is taken again, treated one more time, and piped to your tap. Few of the pharmaceuticals are removed by the city treatment. End result? You drink prescription drugs every time you pour a glass of so-called clean water.

Same thing happens with the medication vets routinely give to pets and farm animals. Animal waste goes into the ground and rivers, settles in the aquifers, and eventually some of that will be piped to your tap.

Officials are quick to point out the federal government does not require that they test for them. That there is no industrial-level sewage treatment system yet developed that can remove pharmaceuticals, so the city can’t be blamed for not getting rid of the minute traces of pharmaceutical drugs. And the amount of these drugs in water is tiny, usually at concentrations ranging from parts per trillion to parts per billion.

Only tiny amounts? Well, those tiny amounts can turn a male fish into females. Is that not a problem?

A Canadian scientist in Ontario, Canada, Dr Chris Metcalfe is finding that male fish taken from the Great Lakes and in his laboratory exposed to only parts per trillion of estrogen compounds, commonly found in treated city water, develop feminine characteristics. These minute exposures also interrupt the development of the circulation system in these fish, their eyes and their flotation bladder.

I mean, is that scary or not?

So, how do pharmaceutical drugs get in drinking water? Partly because officials do not block them.

Well, if local water officials are not removing pharmaceuticals we need to do something. Is there anything we can do? Yes, there is. Fortunately you can fit into your own home effective purification systems that will scrub out pharmaceutical drugs. Look at them and do some research.

There are fakes and competing systems out there, so you must read the performance disclosure material that reputable purification systems come with. Find out what pharmaceutical drugs the systems can and cannot remove. That is just an afternoon’s research, so do it, and install a system that will remove the pharmaceutical drugs in your drinking water.