Tag Botanical experiments

Articles by tag "Botanical experiments"

Items 101-110 of 258

Set Descending Direction
  1. Protein Edman sequencing experiments on 2D gels Immunoblotting using polyvinylidene difluoride (PVDF ) membranes is the most commonly used method for Edman sequencing. Protein samples are transferred from a 2
  2. Experiments in multivariate analysis of proteomic data We provide background on multivariate analysis of proteomics data and also provide methods for data transformation of different data packages. This technique ca
  3. Experiments on the quantitative analysis of two-dimensional gels Two-dimensional electrophoresis, as an important experimental tool for comparative proteomics studies, has been applied to conveniently reflect the differences
  4. Bidirectional gel fluorescence staining and imaging experiments Staining of biphasic gel electrophoresis is a crucial step in comparative proteomics studies regarding the number of proteins to be measured, the accurate quant
  5. Experiments on bidirectional electrophoresis techniques in plant proteomics Bidirectional gel electrophoresis and mass spectrometry for protein identification using fixed pH gradients (IPGs ) are currently the main techniques for proteo
  6. Experiments on the solubilization of proteins by descaling and leaving agents prior to bidirectional electrophoresis Because of its outstanding ability to separate total proteins, bidirectional gel electrophoresis can be applied to the separation of all types of proteins. Howe
  7. Extraction and solubilization experiments of plant plasma membrane proteins In all living cells the plasma membrane (PM ) exists as an interface between the cytoplasm and the environment and is one of the most complex and differentiated
  8. Alfalfa stem cell wall protein extraction experiment The plant cell wall is a highly dynamic and chemically active component of the plant cell. The main components of the cell wall are polysaccharides, as well as
  9. Nuclear Protein Extraction Experiment The integrity of the proteome of subcellular components such as the nucleus is largely determined by whether or not other cellular contaminants are removed from
  10. Root meristem cell nuclear protein extraction experiment The isolation and extraction of nuclear proteins has facilitated the study of plant proteomics. This technique relies on subcellular isolation with which the pr
per page