When someone is asked, “What are the four processes of pharmacokinetics?” they most likely will have a clear understanding of these processes and the importance of each to a pharmacist. However, not everyone has this level of knowledge. For this reason, many pharmacists lack the knowledge of how the various processes work, which can lead to significant issues with completing a correct amount of drugs or even keeping the medications from becoming over-consumed. Therefore, an understanding of the various processes is a key element to understanding how a pharmacist is able to care for patients. When a pharmacist is able to address issues such as these, they can ensure that their customers’ stay comfortable and satisfied with the products that they provide them with.
The first process that involves four steps is that of exfoliation. This step is performed in order to remove dead skin cells, cellular debris, and other materials from the interior of a vial or other container that the pharmacist has opened. This material will be moved to a collection cup and eventually will be removed from the area under observation. Once this material has been removed, the pharmacist will need to clean the area under observation in order to prepare it for the next stage of the four processes.
In order to remove material from the vials or containers, the pharmacist will need to agitate the contents of the vials or vessels with a sterile syringe or needle. Once this is accomplished, the syringe or needle will be attached to a syringe pump that evacuates the material into a separate collection cup. Once the material has been successfully removed, the pharmacist will need to collect the blood or plasma from the vial or vessel. The blood or plasma will then be processed in accordance with the needs of the particular specimen by means of a centrifuge or an immunofluorescent microscope. The collected blood or plasma will then be taken for further analysis by the pharmacist.
The next four steps in the process are all done in order to prepare the specimen for analysis. These four procedures are all independent of one another. However, they all share a common theme which is to prepare the sample in a way that will enable an examination to be conducted on it. This includes ensuring that it is free of material obstructions such as blood clots. Other material considerations include ensuring that the vial or container is sealed and air-tight to ensure that the proper amount of medication can be administered.
After the material is removed from the vials, the next step is to determine whether or not to cleanse the area. This is also known as phlebotomy. The goal of this process is to remove bacteria and other contaminants from the blood or plasma. This is commonly done using detergents but can also be achieved through using alcohols and either chlorine bleach or oxygen. The use of anticoagulants such as aspirin is sometimes recommended to help prevent the formation of clots during the cleaning process.
Next, the blood is treated with antibiotics to prevent infection from occurring. It is also checked for inflammation using an injection of a harmless substance. If a vein or artery is contaminated, then special measures must be taken. This procedure is called as thrombectomy.
One of the last steps in this four-step process is the drawing of blood into the vial or container. This procedure is known as venapro. In order to do this, the pharmacist will need to have a sterile device. Another important procedure here is the use of a syringe to withdraw the blood. This is followed by the removal of the syringe and its tubing to empty the blood into the container.
It is obvious that one cannot talk about what are the four procedures of pharmacoagulation without mentioning the role of the pharmacist. As the name suggests, his role is crucial especially during the procedure. The pharmacist is the one responsible for the safe handling of the chemical ingredients involved. Moreover, he is also responsible for ensuring that the patient will receive all benefits and services out of the procedure. For this, he should be well informed and aware of the procedure he is about to undertake.