Search

Novel Phytopharmaceutical for Management of Disorders will cover the recent advances surrounding phytopharmaceuticals and their potential uses in the management of several disorders as well as in cosmetic benefits. Sections cover the concepts of phytopharmaceuticals and current highlights in disease management. This book will also emphasize phytopharmaceutical drug delivery studies in vivo-invitro study to various target organs like lungs, liver, brain, etc. This book provides key information for everyone interested in disease management, drug discovery, and delivery, including medicinal chemists, cosmetic experts, nutritionists, toxicologists, drug formulators, and health care professionals. Students, professors, and researchers working in pharmaceutical sciences and beyond will also find the book useful considering the future prospect of phyto drug delivery for better treatment of various diseases.We will also focus on patents filed, technology transfer, market potential, and regulatory aspects of herbal nanomedicines, if any. However, research in this area is still at the exploratory stage. But, in the market, there are no such books available that have summarized all the contents on the point of research aspects. This book will be a continuation of the first volume and readers and the target audience will get all the knowledge related to this topic.Aims and scope: To understand the basic information and application of phyto-constituents. To understand the various phytoconstituents-based formulations for disease management. Herbal drugs used for cosmetic application. Phyto drug delivery systems and their applications. To provide detailed knowledge about the technical aspects of the formulation part. To update readers with the latest research progress in this emerging research area. To provide the details about the patents filed, technology transfer, market potential, and regulatory aspects for the same.

Nanosensors refer to a miniature electronic sensing device that works on a “Nano-scale” region. A nanosensor is a device that can transfer information and data on the behaviour and characteristics of tiny particles to a higher degree of visibility. Nanosensors can be used to distinguish chemical or mechanical data, such as the presence of material species and nanoparticles, or to screen real limitations on the nanoscale, such as temperature. Nanosensors are categorised depending on their design and intended use. Based on their structure, nanosensors are classified into two types: optical nanosensors and electrochemical nanosensors. Depending on the application, the nanosensor can be purchased as a material nanosensor, biosensor, electrometer, or deployable nanosensor. Nanosensors can measure down to the level of a single particle. Nanosensors include an analyte, sensor, transducer, and indicator. Nanosensors work by continuously monitoring electrical changes in sensor materials. The analyte diffuses from the solution for the sensor's outer layer and responds explicitly and competently, changing the physicochemical properties of the transducer surface, prompting an adjustment of the optical or electronic properties of the transducer's outer layer, and this change is converted into an electrical sign that is recognized. Like new technology, intelligent healthcare systems are moving toward new approaches and models of healthcare-based nanosensors, smart phones, smart watches, and other gadgets. This book deeply discusses the deployment of nanomaterials and nanosensors to enhance the healthcare system with continuous and real-time monitoring of individuals to avoid huge life risks. Environmental pollution has become a serious global issue affecting public health, the economy, and society. Organic pollutants, heavy metals in the soil, pesticide intake from fruits and vegetables, and the influence of illnesses and their toxins are all considered serious environmental problems. This book focuses on current advancements in DNA-nanosensors for environmental monitoring that make tracking contaminants simpler. DNA nanosensors are used to detect harmful microbiological contaminants, toxins, and medications. Some contemporary DNA-nanosensor environmental monitoring applications are discussed.