维生素B6(VB6)是水溶性B族维生素的成员,在神经系统操作活动中具有重要性能。VB6是高度需要维持良好的皮肤和免疫系统在人体。此外,VB6在一些参与蛋白质代谢的酶的功能方面非常重要,氨基酸,等。VB6的缺乏将在贫血的情况下最终发生,并且可能导致大脑中的永久性损伤。此外,最近的研究表明,人体内充足的维生素B6可以降低糖尿病等疾病的强度,压力,等。,在COVID-19感染患者中。因此,从实际样品中检测VB6对于控制生物液体中这种维生素的含量和监测药物剂量质量至关重要。各种分析方法已用于生物和药物样品中的VB6检测。虽然生物传感和传感方法具有几个明显的优点,如简单,小型化能力,快速响应时间,等。从其他分析方法。因此,在过去的几十年里,设计和制造具有足够灵敏度和选择性的生物传感器已经被许多研究人员研究以检测VB6。这篇综述的目的是说明各种电化学和光学方法对VB6检测的重要性。此外,基于电化学的新型VB6检测技术,光学,和常规方法已经被大量讨论,并相互比较。此外,全面总结了VB6分析的当前局限性和未来挑战,并为后续扩展和应用创造了途径.
维生素B6是人体正常功能的必需化合物。各种基于纳米材料的方法,如构象方法,已经开发了用于维生素B6检测的电化学生物传感和apta传感分析。已经全面讨论了检测维生素B6的不同技术。已经评估了各种电化学传感器的制造及其在纳米材料维生素B6检测中的应用。文章指出了最新进展的局限性,以及使用功能化纳米材料成功制造传感器的未来任务。
Vitamin B6 (VB6) is a member of the water-soluble B vitamins which have a vital performance in nervous system operating activities. VB6 is highly demanded to maintain excellent skin and immune systems in the human body. furthermore, VB6 is tremendously substantial in the functions of some enzymes that participate in the metabolism of proteins, amino acids, etc. The deficiency of VB6 will eventuate in anemic situations and may lead to permanent injuries in the brain. moreover, recent studies disclosed that adequate Vitamin B6 in the human body can decrease the intensity of illnesses such as diabetes, stress, etc., in patients with COVID-19 infections. Thus, the detection of VB6 from real samples is crucial to control the amount of this vitamin in biological fluids and to monitor the pharmaceutical dosage quality. Various analytical approaches have been employed for the VB6 detection in biological and pharmaceutical samples. Although biosensing and sensing approaches hold several obvious advantages such as simplicity, capability for miniaturization, quick response time, etc. from other analytical methods. Hence, through the last decades, designing and fabricating biosensors with sufficient sensitivity and selectivity have been investigated by many researchers in order to detect VB6. The purpose of this review is to illustrate the importance of diverse electrochemical and optical approaches for VB6 detection. Additionally, novel VB6 detection techniques based on electrochemical, optical, and conventional methods have been considerably discussed, and compared with each other. Furthermore, a comprehensive summary of the current limitations and future challenges in VB6 analysis are explained and also create a pathway for subsequent expansions and applications.
Vitamin B6 is an essential compound for proper function of human body.Various nanomaterial-based methods such as conational approach, electrochemical biosensing and apta-sensing analyses for Vitamin B6 detection has been developed.Different techniques for detecting of Vitamin B6 have been comprehensively discussed.Various electrochemical sensors fabrication and its application in Vitamin B6 detection with nanomaterials have been assessed.The article points out the recent progress limitations, and also the upcoming tasks in the successful sensor fabrication with the functionalized nanomaterials.