Транспортные системы Транспортеры Механорецепторы Терморецепторы Аквапорины Порины Экспортные

Model of peptide transport in epithelial cells from intestine and kidney

Peptide transporter Membrane domains in green – substrate-binding part; colored residues are critical to

Phylogenetic tree for members of the PTR family

Lactose transporter E.Coli. Residues involved in substrate or H+ interaction

Na+-coupled Glu transporter from Pyrococcus horikoshii (GltPh)

Glu transporter from Pytococcus horikoshii

Mechanosensitive and voltage activated channel from E.Coli of small conductance ~ 1 nS

Model of AcrB-AcrA-TolC complex in E.coli

Structure of AcrB from E.coli at 3.5 A resolution

Trimeric AcrB pump from E-coli with large central cavity of 5000 cubic angstroms

ATP-induced conformational changes ModBC-A Sav1866

Mr 33,2 kDa a-Hemolysin (Staphylococcus aureus) 16 b-strands heptamer

Modeles of type III (T3SS) and type IV (T4SS) secretion systems

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9744-membrane_systems.ppt

Количество слайдов: 74

>Транспортные системы Транспортеры Механорецепторы Терморецепторы Аквапорины Порины Экспортные каналы Токсины Gap junction Транспортные системы Транспортеры Механорецепторы Терморецепторы Аквапорины Порины Экспортные каналы Токсины Gap junction

>Транспортеры Транспортеры

>Model of peptide transport in epithelial cells from intestine and kidney Model of peptide transport in epithelial cells from intestine and kidney

>Peptide transporter Membrane domains in green – substrate-binding part; colored residues are critical to Peptide transporter Membrane domains in green – substrate-binding part; colored residues are critical to function

>Phylogenetic tree for members of the PTR family Phylogenetic tree for members of the PTR family

>Neurotransmitter transporter families Neurotransmitter transporter families

>GABA transport GABA transport

>Leu transporter from Aquifex aeolicus Leu transporter from Aquifex aeolicus

>Lactose transporter E.Coli Lactose transporter E.Coli

>Lactose transporter E.Coli. Residues involved in substrate or H+ interaction Lactose transporter E.Coli. Residues involved in substrate or H+ interaction

>Na+-coupled Glu transporter from Pyrococcus horikoshii (GltPh) Na+-coupled Glu transporter from Pyrococcus horikoshii (GltPh)

>Glu transporter from Pytococcus horikoshii Glu transporter from Pytococcus horikoshii

>Lactose transporter from E. coli Lactose transporter from E. coli

>Механорецепторы Механорецепторы

>Mechanosensitive and voltage activated channel from E.Coli of small conductance ~ 1 nS Mechanosensitive and voltage activated channel from E.Coli of small conductance ~ 1 nS (MscS). TM3 helices lining pore, TM1 and TM2 are candidates for the tension and voltage sensor.

>Терморецепторы Терморецепторы

>корица камфора андрографолид корица камфора андрографолид

>Test receptors Test receptors

>Аквапорины Аквапорины

>Порины Порины

>Omp32 Omp32

>Maltoporin from Salmonella typhimurium Maltoporin from Salmonella typhimurium

>Экспортные каналы Экспортные каналы

>Model of AcrB-AcrA-TolC complex in E.coli Model of AcrB-AcrA-TolC complex in E.coli

>Structure of AcrB from E.coli at 3.5 A resolution Structure of AcrB from E.coli at 3.5 A resolution

>Trimeric AcrB pump from E-coli with large central cavity of 5000 cubic angstroms Trimeric AcrB pump from E-coli with large central cavity of 5000 cubic angstroms

>ToIC & OM proteins ToIC & OM proteins

>ToIC ToIC

>ATP dependent drug efflux system ATP dependent drug efflux system

>MsbA (E.coli) MsbA (E.coli)

>ABC transporter proteins ABC transporter proteins

>ATP-induced conformational changes ModBC-A Sav1866 ATP-induced conformational changes ModBC-A Sav1866

>Токсины Токсины

>Mr 33,2 kDa a-Hemolysin (Staphylococcus aureus) 16 b-strands heptamer Mr 33,2 kDa a-Hemolysin (Staphylococcus aureus) 16 b-strands heptamer

>Yersinia protein injectisome Yersinia protein injectisome

>Modeles of type III (T3SS) and type IV (T4SS) secretion systems Modeles of type III (T3SS) and type IV (T4SS) secretion systems

>Gap junction Gap junction