View clinical trials related to Pharmacogenetics.
Filter by:Taxanes are one of the most active agents in the treatment of many kinds of solid tumors, mainly including paclitaxel and docetaxel. However, variability in toxicity and response remains a major problem for patients receiving taxanes. It is general that there are many factors for individual differences of drugs in clinical application, of which genetic factors accounted for more than 20%. Toxicities of docetaxel, such as myelosuppression, neurotoxicity or mucositis, were evaluated for possible relationship with pharmacogenetic polymorphisms in several candidate gene and genome-wide association studies. Due to the levels of evidence of those studies are low and lack of sufficient research data of Chinese, it has the important significance in studying individual differences of docetaxel in toxicities, through the pharmacogenomics research. The aim of this study is to evaluating the association genetic polymorphisms with docetaxel-based chemotherapy toxicities in chinese solid tumor patients. By detecting the gene polymorphism, investigators intend to study the pharmacokinetic/pharmacogenomics (PK-PG) correlation of docetaxel and provide scientific basis for precise medication guide for people to use docetaxel.
Capecitabine is one of the most active agents in the treatment of many kinds of solid tumors. However, variability in toxicity and response remains a major problem for patients receiving capecitabine. It is general that there are many factors for individual differences of drugs in clinical application, of which genetic factors accounted for more than 20%. Toxicities of capecitabine, such as diarrhea, hand-foot syndrome or anemia, were evaluated for possible relationship with pharmacogenetic polymorphisms in several pharmacogenomics studies. Due to the levels of evidence of those studies are low and lack of sufficient research data of Chinese, it has the important significance in studying individual differences of capecitabine in toxicities, through the pharmacogenomics research. The aim of this study is to evaluating the association genetic polymorphisms with capecitabine-based chemotherapy toxicities in chinese solid tumor patients. By detecting the gene polymorphism, investigators intend to study the pharmacokinetic/pharmacogenomics (PK-PG) correlation of capecitabine and provide scientific basis for precise medication guide for people to use capecitabine.
The interdisciplinary collaboration between doctors, nurses and pharmacists, can facilitate the control of patients under treatment with coumarin anticoagulants, increasing their safety and effectiveness. On the other hand, the clinical utility of tools such as pharmacogenetics and the SAME-TT2R2 is unexplored. Based on the foregoing, it seems necessary to study the impact of the Program of medication review with follow-up in collaboration with doctors and nurses in primary care improves the degree of control of the patients under treatment with coumarin anticoagulants. Method: a randomized, controlled study for the main objective. Population and scope of study: Patients on treatment with coumarin anticoagulants with time in therapeutic range (TTR) according to the method of Rosendaal less than 70% in follow-up from primary care in a health area of the Arrabal Health Center (Zaragoza, Spain). Each patient will be followed by a period of 6 months. After this period, patients in the control group (CG) will receive the service of medication review with follow-up for a period of time equivalent (6 months). Intervention: Program of pharmacotherapy follow-up. Variables result: Stability of the INR, drug adherence, intake of vitamin K, knowledge of the patient on the use of acenocoumarol, associated costs, avoided costs, quality of life, satisfaction of patients and professionals involved. Statistical analysis and sample size: 204 patients. Multivariate analysis will be used and cost-effectiveness..
This study aims to compare patient use of and satisfaction with community pharmacist-delivered pharmacogenetic (PGx) testing delivered along or as part of a medication therapy management (MTM) service. Pharmacist and patient outcome measures will be collected by surveys, interviews, and review of pharmacy records.
Certain parts of the gene can predict how an individual person will respond to medication (pharmacogenetics). We will invite 250 individuals to give a sample of saliva. This sample will be sent to a laboratory for limited genomic analysis relating to pharmacogenetics. When personal data held by the participants, family physician, or pharmacist is joined with the genetic data personalized prescription recommendations are formed. The family physicians/pharmacists can view these recommendations through their electronic record. This should result in prescriptions that may be more beneficial and cause fewer adverse events.
This study aims to investigate the benefit and feasibility of providing pharmacogenetic (PGx) testing as part of a standard medication therapy management (MTM) session for patients taking multiple medications, a high-risk population for adverse drug reactions and non-response. Research participants will attend two MTM sessions and undergo PGx testing to inform the MTM plan. Participants will also complete 2 surveys pre and post-MTM/PGx testing. Data analysis will assess the impact of MTM/PGx testing on recommendations for drug dosing, clinical outcomes, patient satisfaction, and feasibility of service delivery. Safety issues are minimal with the primary risks being associated with loss of confidentiality, typical discomfort associated with acquiring blood samples, and genetic discrimination.
The purpose of this study is to determine in healthy volunteers treated with typical or atypical antipsychotics -AP-, the relationship between genetic polymorphisms in cytochrome genes CYP2D6 (*3, *4, *5, *6 and Nxn) and CYP3A5 (*3) with antipsychotic pharmacokinetics, occupancy of striatal dopaminergic receptors and the appearance of extrapyramidal symptomatology -EPS-.
The purpose of this study is to establish the clinical effectiveness of antidepressants by pharmacogenomic approach, and to determine the levels of inflammatory factors between the baseline and the end point of the study in Taiwanese major depressive disorder (MDD) patients.
The aims of this study were to evaluate the pharmacokinetic properties and bioequivalence of two rebamipide preparations in healthy Korean male volunteers for generic substitution and to evaluate the association between the genetic polymorphisms in ABCB1 gene (exon 21 and 26) and rebamipide disposition.
Currently there are no medications approved for the treatment of methamphetamine addiction. Bupropion is an antidepressant that is approved by the Food and Drug Administration (FDA) for the treatment of depression and for cigarette smoking cessation but is not approved by the FDA for the treatment of methamphetamine addiction. Preliminary research studies suggest that bupropion may help people receiving treatment for methamphetamine addiction to reduce or to stop their methamphetamine use. But results of these studies also suggest that bupropion may help certain groups of patients more than others, such as men versus women and light versus heavy methamphetamine users, although the reasons for this difference are not known. One possibility is that a person's genetic make up may influence whether or not they respond to treatment with bupropion for methamphetamine addiction. The purpose of the study is to determine if bupropion is can help people reduce or stop their methamphetamine use and to investigate whether genetic variations influence whether people respond to treatment with bupropion for methamphetamine addiction, which may help doctors and patients better decide if treatment with bupropion will be beneficial or not. To identify possible genetic variations that influence response to bupropion, we will perform genetic tests on blood or saliva specimens from participants receiving treatment with either bupropion or placebo (which is a pill that contains no medication) in conjunction with standard cognitive behavioral therapy drug counseling. We will compare methamphetamine use, as assessed with urine drug screens, among participants receiving bupropion versus those receiving placebo to determine if bupropion helps people to reduce or stop their methamphetamine use. We will then compare the results of the genetic tests among participants who respond and who do not respond to bupropion. In addition, since the amount of methamphetamine a person uses was associated with response to bupropion in preliminary studies, we will also compare the results of genetic testing among persons with heavy versus light methamphetamine use before entering treatment. Results of this study have the potential to provide insights into the biology of methamphetamine addiction and help increase the understanding of how bupropion works. This information could be useful to develop effective medications for methamphetamine addiction and to improve the ability of clinicians to provide treatment to patients with methamphetamine addiction.