Physical and Chemical Properties of Nucleic Acids -- Sampling for Biostatistics -- Sampling of Microbiological Samples -- Techniques for Nucleic Acid Purifications from Plant, Animal, and Microbial Samples -- Magnetic beads based nucleic acids purification for molecular biology applications -- Systems for Mechanical Sample Lysis and Homogenization for Molecular Biology Applications -- Bead beating offers high performance homogenization for molecular biology downstream processing of tough and difficult samples -- High Performance Bead Beating Based Lysing, Homogenization and Grinding for DNA, RNA and proteins extraction with FastPrep® Systems -- Portable Systems for Sample Lysis and Homogenization -- DNA and RNA extractions from mammalian samples -- Sample preparation for multiplex PCR assays for food and agriculture applications -- Nucleic acid sample preparation from stem cells -- Nucleic Acids Sample Preparation from Teeth/Dental Remains -- Nucleic Acids Sample Preparation for Food Traceability -- Nucleic Acids Sample Preparation for Quantitative and Qualitative GMO analysis -- Nucleic Acids Samples Preparation from Dairy Products and Milk -- Extraction of DNA from Plant Tissue: Review and Protocols -- DNA Extraction from Seeds -- RNA extractions from difficult to prepare and high starch content seeds -- Nucleic Acid and Protein Sample Preparation from Yeasts -- Nucleic acids purification from soil and environmental sources -- Extraction and Purification of Viral Nucleic Acids from Environmental Samples -- Preparation of nucleic acids from marine samples: applications to microbial ecology research -- Nucleic Acid Sample Preparation from Feces and Manure -- Bead-beating sample preparation for nucleic acids isolation from fecal samples -- Methods for extraction and purification of lignin and cellulose from plant tissues -- Separation and purification of glycans out of glycoproteins -- Prion extraction methods: comparison of bead beating, ultrasonic disruption and repeated freeze-thaw methodologies for the recovery of functional Renilla-prion fusion protein from bacteria.

The Sample Preparation Techniques for Environmental, Plant, and Animal Samples handbook is a collection of best practices, recipes and theoretical information aimed at anyone who works with any type of molecular biology, proteomics, or metabolomics research involving diffi cult and tough-to-process samples, and thus is exposed to the seemingly unbreakable bottleneck of sample preparation. Th is book is most useful to researchers preparing nucleic acids and proteins from environmental (e.g., soil, marine, and wastewater, feces) and tough microbiological (e.g., spores, yeasts, gram positive bacteria) samples, as well as solid tissue samples from plants and animals. This book is the first comprehensive piece of literature dealing with applications of bead beating technology and other types of mechanical homogenization sample preparation.