The last few decades have seen a new paradigm in the scientific community: The unique properties of nano-sized samples of different substances, in combination with novel electron and scanning probe microscopy methods, have allowed for the establishment of a new interdisciplinary research field - nanoscience - and its practical implementation - nanotechnology. Analytical chemistry takes advantage of the new possibilities and phenomena offered by nanoscience and nanotechnology. As a result the terms "nanoanalytics" and "nanoanalysis" have become popular, albeit not clearly defined. This book provides a brief description of the concepts, definitions, primary topics and problems of nanoanalytics, as well as up-to-date information on a wide range of developments and applications in various spectrometric, electroanalytical, sorption and separation methods. Nanoanalytics is the first book of its kind and will be interest to researchers, students and all specialists in Chemistry, Physics, Biology, Material and Environmental Sciences, as well as those who are involved in the development of analytical methods and procedures based on nanoobjects and nanotechnologies. Featured topics include: Nanoanalytics: Concept, definitions, history and primary advances Gold nanoparticles in bioanalytical techniques Extinction and emission of nanoparticles for application in rapid immunotests Nanofilms as sensitive layers of chemical and biochemical sensors Energy transfer in liquid and solid nanoobjects for luminescent analysis Nanocarbon and surfactants as electrode surface modifiers in electroanalysis Nanomaterials in the assembly of electrochemical DNA sensors Molecularlv imprinted polymers Sorbents based on carbon nanotubes Microemulsions for extraction and concentration of target compounds Surfactant micelles in liquid chromatography Book jacket.