Having trouble identifying prescription, OTC, generic, and brand name pills and capsules? Quickly identify drugs and medications, including pill identifying pictures, using the RxList Pill Identifier Tool. Use the imprint, color, or shape of your pill one, all or any combination of the fields below and our Pill Identification Tool Pill Finder will show you pictures to review and identify your drug.
Medical Author: John P. In the emergency room where I work, I sometimes see patients who have either taken the wrong medication or the wrong dose of medication.
Quickly identify drugs and medications, including pill identifying pictures, using the RxList Pill Identifier Tool. Use the imprint, color, or shape of your pill (one, all or any combination of the fields below) and our Pill Identification Tool (Pill Finder) will show you pictures. Use WebMD's Pill Identifier to find and identify any over-the-counter or prescription drug, pill, or medication by color, shape, or imprint and easily compare.
It is a common problem. Medication errors can cause serious consequences. Doctors and pharmacists are diligent in making sure patients receive the correct medication. But mistakes happen.
As a consumer, you need to protect yourself and ensure you have the correct medication. Know the medication and dose you should have received, and understand your condition.
Match your drug imprint Pill ID to the pictures and quickly identify your medications. If you do not find a match, call your doctor or pharmacist. To accurately identify the pill, drug or medication, you can do any one, any combination of or all of the following steps using our pill identifier tool. Enter or Select from the drop down, the imprint code on the medication, The imprint is the letters, numbers or other markings on the pill, tablet or capsule.
If there are different markings on the front of back, try entering just one side. Select the color of the pill in the pull-down menu above. Select the shape of the pill in the pull-down menu above. Once you've found a drug id match, you'll be able to link to a detailed description, drug picture, and images in our comprehensive RxList Drug Database.
Pillbox's data and images API is powerful tool for drug identification and reference. We're excited to give developers, data scientists and journalists, and others the ability to build medication-related applications and services using Pillbox. Do you have a question or comment about Pillbox?
preprod-rep.brightnetwork.co.uk/map29.php Need help learning more about a medication? Do you have a story of how Pillbox helped you solve a problem or supported your work? Contact us and tell us about it. Pillbox is one of the largest free databases of prescription and over-the-counter drug information and images, combining data from pharmaceutical companies, Food and Drug Administration, National Institutes of Health, and Department of Veterans Affairs. If you're here because of an emergency, call or the national Poison Help hotline at Associations between variables were assessed by the Wald test.
During the study period users attended the pharmacy, and users met the inclusion criteria. Of these, 48 did not complete the data collection instrument in the second assessment, 16 did not return to the pharmacy to get the medication ordered and 02 did not receive their medications due to DRPs. Hence, a total of patients completed the study. Most participants were women Two pharmacists were responsible for the drug dispensing during the study.
They had graduated at least 5 years before the beginning of the study, both of them did specialization courses, and one of them had a Master's degree. Also, they have attended refresher courses in the area, symposium and conferences within the last 5 years. The sources of informations used in the study were of primary and secondary types - list of scientific journals and database such as Micromedex r e Drugdex r , available at the Capes website BRASIL, b , and tertiary - a comprehensive bibliography.
Dispensing was performed with the patient seated comfortably in appropriate physical facilities,including tables, chairs and private room if needed.
The average time for the stage of 'medicine ordering' was The dispensing service at the CP was able to identify DRPs and correct them by means of pharmaceutical interventions. The main DRPs identified were related to the lack of patient's knowledge regarding their medication Table I. Pharmaceutical interventions were made directly to the patient, by verbal information Table II. The dispensing process developed by the group increased patient knowledge about medication.
The majority of the pharmaceutical interventions were performed in patients aged greater than 60 years and in users of the public health system Table IV. The increase in the level of patients' knowledge about their medications was associated with the complexity of pharmacotherapy Table V. These findings suggest that the dispensing process developed and implemented in the CP provided patient counseling on medication use, hence increasing patient knowledge about medications and chances of therapeutic success.
This is also evident in previous studies, as reported by Margonato et al. The increase in the knowledge level may increase the chances of the pharmacotherapy success, as evidenced by Angelini et al. In the process description, we have found that most of the DRPs identified were related to the fact that the patient did not know how to use medication appropriately.
As more drugs became prescribed for chronic illnesses, however, costs became burdensome, and by the s nearly every U. Select the shape that most resembles the pill. NDMA is a probable human carcinogen and responsible for some of the recent heart medication recalls. Topics are richly illustrated with more than 40, clinical photos, videos, diagrams, and radiographic images. Novartis fought a protracted battle with the government of India over the patenting of its drug, Gleevec , in India, which ended up in India's Supreme Court in a case known as Novartis v.
The pharmaceutical interventions were then performed by written and verbal instructions, given directly to the patient. This finding is corroborated by previous studies conducted in community pharmacies in Brazil and Germany Nicolas et al. These results support the importance of taking the time of dispensing as an opportunity to provide the patient with instructions for medication use. In this study, the improvement in patient knowledge of medications was associated with the complexity of pharmacotherapy. One possible explanation for this is that patients with a high medication regimen complexity index tend to be more attentive to the instructions provided by the pharmacist during the dispensing process.
Another possibility is that the pharmacist is more likely to provide the patients with complex medication regimens with better care during dispensing. In comparison to a similar study previously conducted in the south of Brazil Oenning, Oliveira, Blatt, , a greater improvement in patient's level of knowledge of medication after dispensing was found in our study.
This may be explained by differences regarding the pharmacy structure, including the quality of informational materials, and pharmacists' academic background. This is explained by the fact that the DRPs identified in the CP, including incomplete prescriptions, prescribing errors, drug-drug interactions and lack of patient knowledge, can be prevented.
On the other hand, these DRPs may have a negative impact on patient's health, if not identified or maintained unsolved. The demand for pharmaceutical interventions was associated with age greater than 60 years, which may be explained by the higher frequency of DRPs detected in elderly patients Buurma et al.
This is a relevant data considering that the elderly population has increased worlwide. Also, the prevalence of interventions was higher in patients with drug prescriptions that derived from the public health system, which is a major source of low quality prescriptions, as reported by Lyra Junior et al.
These authors indicate that prescription and medication errors may cause DRPs, and the involvement of a pharmacist in the dispensing process would prevent or minimize such mistakes. DRPs have been frequently identified in drug prescriptions even in countries with very different health systems Buurma et al. In this study, the pharmacist was responsible for the approach of most of the DRPs identified, and only in few situations, the prescriber had to be contacted.
This is in agreement with other studies Indermitte et al. Finally, the average time taken for the dispensing process was As compared to the pharmacotherapy follow-up, which lasts an average time of 60 minutes Oliveira, , a greater number of patients can be seen in a shorter period of time in the dispensing process. Consultation time is a crucial issue for the quality of the public health system in Brazil, since there are more than million users only in the primary care system, and an average of 0.
The work of the pharmacist in the dispensing process may contribute to the solution of numerous DRPs. Also, dispensing may be regarded as a screening stage to determine whether a referral to the pharmacy follow-up is required. Although the study was conducted in a CP with structural conditions and human resources very different from those observed in the vast majority of the country's pharmacies, it was interesting to observe how medication dispensing performed by the pharmacist and ideal conditions could significantly contribute to the rational use of medicines.
One limitation of the study was the limited number of variables assessing the association between structure, process and outcome of the model. Further studies including a greater number of variables are needed to elucidate the possible association between these components of the dispensing service. Also, further studies are required to assess this medication dispensing model in different scenarios and designs in order to evaluate the reproducibility of the model.
The service of medicine dispensing developed and implemented in the CP was able to identify and solve DRPs.
Also, it promoted an increased level of patient knowledge of medications. The model of drug dispensing represents a component of the appropriate soft technology in health care, so that patients can have greater benefit from their pharmacotherapy.