MIPs and Their Role in the Exchange of Metalloids

摘要: 1. Aquaporins: A Family of Highly Regulate d Multifunctional Channels Charles Hachez and Francois Chaumont Abstract Introduction-The Discovery Aquaporins Topology Selectivity Measurement Aquaporin Activity Water Movement Inhibition Phenotype Analysis Reveals Involvement in Key Physiological Processes Regulation: Gating Localization Conclusion 2. Phylogeny Major Intrinsic Proteins Jonas A.H. Danielson Urban Johanson Introduction Historical Account the MIP Plant MIPs Phylogenetic NIPs Solute Transport NIP?Like Bacterial Ancestral State ar/R Filter 3. Metalloids, Soil Chemistry Environment Enzo Lombi Peter E. Holm Perspective Environmental Relevance Factors Controlling Bioavailability Assessing Metalloids 4. Arsenic Prokaryotes Eukaryotic Microbes Barry P. Rosen Markus J. Tamas Metalloid 5. by Aquaglyceroporins: Consequences Treatment Human Diseases Rita Mukhopadhyay Eric Beitz Cancer Uptake via Aquaglyceroporins Protozoan Parasitic Infections Parasite Facilitate Therapeutic Modulation AQP Permeability 6. Roles Vertebrate Detoxification Zijuan Liu Expression Is Both an Toxin Carcinogen Organic Inorganic Molecular Mechanisms for Translocation Toxicity Relation Regulation Perspectives 7. Boron Transportin Plants: Arabidopsis NIP5 1 NIP6 Kyoko Miwa, Mayuki Tanaka, Takehiro Kamiya Toru Fujiwara Function Plants B Improvement Growth Property through BOR NIP Transporters Foresights 8. Silicon Higher Jian Feng Ma Influx Si Efflux Transporter Difference System between Paddy Field Crops Xylem Unloading 9. New Players Their Potential Gerd Bienert Thomas Jahn The Challenge As Speciation What Do Different "Omics" Tell Us About NIP?Mediated Transmembrane Transport? Role Trivalent Antimony 10. Biomimetic Membranes Claus Helix Nielsen Osmotic Index