Right Patient's Identification Report

rights, health, and safety of the patient.” This provision, identifying patients, medication safety are related because it is a nurse’s responsibility to protect the patient from harm and promote safety. Nurses are taught to use multiple checks before administering a drug and use two identifiers. These checks include checking the medication against the order when obtaining it, checking again when preparing the medication and the last check is done at the patient’s bedside prior to giving the medication. Also it is imperative to question any medication order that does not seem fit. The order should include a date, time, name of the medication, dosage strength, the route for

1. Right patient - This right is used to confirm that the medication is being administered to the right patient. The medical assistant would ask the patient to cite his or her full name as well as one other identifier from the patients chart, such as their date of birth, age, or address. Not including any questions that prompts yes or no responses from the patient.

1554). The study indicated misidentifications of patients could occur, contributing to unsafe patient practices. Wristbands used for identification can assist with identifying the correct patient in the six rights of medication administration. While this is not a failsafe answer it is valuable in providing a safe practice of medication administration to patients.

Step2: Main pharmacy pharmacist or clinical pharmacist in the responsible floor verify the order; if it is correct, then go to step3; if the pharmacist has some questions or concerns about the order, contact the physician or nurse practitioner to address. Pharmacists check the indication, effectiveness, safety, and convenience of the medication. Time spent: 5 minutes

In 2003, The Joint Commission made one of their first goals to improve the accuracy of identifying patients to reduce or eliminate patient identification errors. This continues to be an accreditation requirement. Their recommendations to do this are to use at least two patient identifiers when administering medications, and when providing treatments or procedures. Acceptable identifiers may be the individual’s name, an assigned identification number, telephone number, or other person-specific identifier. Patient room number or physical location may not be used as an appropriate identifier. Healthcare provides should re-identify the patient with each encounter, each medication pass, and each procedure. There have been procedures and protocols throughout the country have been put into place to make the care provided to patients safer. Another element of this requirement is that all containers should be labeled in the patients presences after using the patient identifiers

It is very important to enter the correct information about the immunizations that should be given to a patient and save the record of this vaccinations to avoid given same vaccinations to the same patient again and do not given unnecessary vaccinations to the patient. Immunization providers are required by law to record what vaccine was given, the date the vaccine was given (month, day, year), the name of the manufacturer of the vaccine, the lot number, the signature and title of the person who gave the vaccine, and the address where the vaccine was given. NVAC believes that in addition, the parent or guardian should be given a permanent record to keep and carry to office visits for updates. If this record is lost, a replacement with complete immunization data should be provided. Providers should verify vaccination histories from previous providers whenever possible, and if the provider of an immunization is not the primary care physician, a report of vaccines given should be sent to the primary care provider.

-Identifying each patient correctly is very important in order to avoid mistakes when delivering medications or performing each therapy.

My patient?s name is John T, age 41 was admitted to Bournewood Hospital in Brookline, MA. on September 16, 2015. He was severely depressed about his past and he started having suicidal ideals. John grew up with a mother, father and sister in Portsmouth, New Hampshire. They didn't have much money and his father was the only one paying bills while his mother was a housewife. John explained that living with his family was very uncomfortable. His father was a very mean and angry man; no one got along with him and everyone feared him. Being Italian, the meal must be plated once the husband got home. With that said, one day his father got mad at his mother about not having dinner on the table on time; things turned for the

I agree with your post. Two patient identifiers are very important in a health care setting, to make sure each patient gets the right medication, treatment and services. Preventing of infection is another patient safety goal to maintain among healthcare providers. Every health care setting must follow CDC standard precautions to prevent or improve hand cleaning, and prevent infections of the

Step5: The nurse administers the medication to the patient by using MAR in the Epic to verify it is the right medication to the right patient by scanning the medication and patient’s wristband. Time spent: 5-10

I enjoyed reading your post. It is important for a clinical nurse leader to advocate for the patients as well as for the staff. The example of the two patient identifiers when doing anything with a patient is also an example of collaboration. It is important that not only the nurse check to make sure it is the right patient but everyone else. For example, if a patient is going for a test or procedure, it is the nurse’s responsibility to make sure he or she is sending the right patient. It is also the person transporting responsibility to make sure it is the right patient, as well as the person that is performing the test or procedure. It is scary to think but this does happen in the health care field, someone will receive a test or procedure

Always ask the doctors if they want a new patient before creating a new patient file. If there is no health card number for the patient but the doctor will still see him/her do not print a label and instead just write the name by hand and leave everything else blank. (Make sure to explain to the patient how sampling works.) Always scan in all ID a patient provides.

Patient's identifiers are any alphanumeric code used to uniquely identify a patient within a health register or a health record system. Examples are hospital patient identifier, departmental patient identifier, NHS number, and HPI. According to HIPAA there are three acceptable ways to de-identify patient data. The first is the "safe harbor" option, in which all 18 identifiers are removed. The second is the "statistical" option, in which a retained statistician determine which of the 18 identifiers can be maintained without creating greater than very small risk that data could be re-identified. The third is the "limited data set" technique, in which the organization removes 16 identifiers and protects what remains with special security precautions.

and , my intention is very clear since UK has the best health care system NHS

In the healthcare industry, several modern patient identification and patient matching systems have been introduced. Most of these implement patient identification by their first, middle and last names. They also use Social security number and other similar national identifiers. These methods may not work for many developing and underdeveloped countries where patient identification is a challenge with highly redundant and interchangeable first and last names of the patient, this is aggravated by the absence of a national identification system. In order to make the patient identification more efficient, Muzima, an interface of OpenMRS (Open source medical records system) introduced an additional identifier, fingerprint, through a module to the system. Ordinary and Time Petri nets are used to analyze this module. Chapter 1 introduces Muzima fingerprint module and describes the workflow of this interface followed by the related work, importance and applications of Petri nets. Chapter 2 introduces Ordinary and Time Petri nets using examples. Chapter 3 discusses about the mathematical modeling of Muzima Fingerprint module using Petri nets. Chapter 4 explains the qualitative and quantitative analysis done on the Muzima fingerprint module. Chapter 5 discusses about the programming and simulation done to prove the theoretical results obtained. Chapter 6 provides the summary of each chapter, conclusion and future work for the thesis.