Appendix
... following the procedure described by Burns and Zydney (2000). Typical experimental data obtained using a 1 mM Bis-Tris buffer with 10 mM NaCl at pH 7 are shown in Figure A1 for an unmodified 300 kDa UltracelTM membrane and a negatively-charged version that was charged for 24 hr. The apparent zeta po ...
... following the procedure described by Burns and Zydney (2000). Typical experimental data obtained using a 1 mM Bis-Tris buffer with 10 mM NaCl at pH 7 are shown in Figure A1 for an unmodified 300 kDa UltracelTM membrane and a negatively-charged version that was charged for 24 hr. The apparent zeta po ...
슬라이드 1
... : Multiplication of an infectious agent within the body : Multiplication of pathogenic bacteria (even if the person is asymptomatic) is deemed an infection (not in normal flora) o Pathogen : A microorganism capable of causing disease o Pathogenicity : The ability of an infectious agent to cause duse ...
... : Multiplication of an infectious agent within the body : Multiplication of pathogenic bacteria (even if the person is asymptomatic) is deemed an infection (not in normal flora) o Pathogen : A microorganism capable of causing disease o Pathogenicity : The ability of an infectious agent to cause duse ...
Anti-GPCR GPR116 antibody ab111169 Product datasheet 1 References 2 Images
... Proteolytically cleaved into 2 highly conserved sites: one in the SEA domain and the other in the stalk domain region preceding the first transmembrane. The later 2 subunits, the extracellular subunit and the seven-transmembrane subunit, remain tightly associated and non-covalently linked. ...
... Proteolytically cleaved into 2 highly conserved sites: one in the SEA domain and the other in the stalk domain region preceding the first transmembrane. The later 2 subunits, the extracellular subunit and the seven-transmembrane subunit, remain tightly associated and non-covalently linked. ...
Lecture 02, origins and prokaryotes - Cal State LA
... Domain Bacteria Tend to grow in aerobic (oxygen-containing), less extreme environments Cells surrounded by a cell wall made of material called peptidoglycan, a mixture of peptides (short chains of amino acids) and sugars all cross-linked together to make strong sheets Have structurally distinct rib ...
... Domain Bacteria Tend to grow in aerobic (oxygen-containing), less extreme environments Cells surrounded by a cell wall made of material called peptidoglycan, a mixture of peptides (short chains of amino acids) and sugars all cross-linked together to make strong sheets Have structurally distinct rib ...
lecture 3 - UG 2014
... • Because S-layer lattices possess pores identical in size and morphology in the 2- to 8-nm range, they work as precise molecular sieves, providing sharp cutoff levels for the bacterial cells • A kind of periplasmic space is formed between the S-layer and the plasma membrane where secreted macromole ...
... • Because S-layer lattices possess pores identical in size and morphology in the 2- to 8-nm range, they work as precise molecular sieves, providing sharp cutoff levels for the bacterial cells • A kind of periplasmic space is formed between the S-layer and the plasma membrane where secreted macromole ...
Chem*3560 Lecture 33: Membrane receptors and signalling
... by release of signalling molecules or hormones from one tissue to stimulate a response in another tissue. Some of these signalling molecules are relatively nonpolar and can pass through the bilayer. Steroids like estradiol or testosterone enter cells and bind to soluble receptor proteins in the cyto ...
... by release of signalling molecules or hormones from one tissue to stimulate a response in another tissue. Some of these signalling molecules are relatively nonpolar and can pass through the bilayer. Steroids like estradiol or testosterone enter cells and bind to soluble receptor proteins in the cyto ...
Chapter 27
... and the outer membrane protects the pathogens from the defenses of their hosts. • Gram-negative bacteria are commonly more resistant than gram-positive species to antibiotics because the outer membrane impedes entry of antibiotics. ...
... and the outer membrane protects the pathogens from the defenses of their hosts. • Gram-negative bacteria are commonly more resistant than gram-positive species to antibiotics because the outer membrane impedes entry of antibiotics. ...
1-Bacterial Structure & Genetics
... rigid part , mucopeptide composed of alternating strands of N- acetyl muramic acid and N- acetyle glucosamine linked with peptide sub units. ...
... rigid part , mucopeptide composed of alternating strands of N- acetyl muramic acid and N- acetyle glucosamine linked with peptide sub units. ...
PROSES PRODUKSI BIOINDUSTRI (PROSES FERMENTASI)
... Cytoplasmic materials are enclosed in a rigid wall on the surface and a membrane beneath the wall, and they are immobile. The membrane contains energy generating components. The genetic materials (structural and plasmid DNA) are circular, not enclosed in nuclear membrane, and do not contain basic pr ...
... Cytoplasmic materials are enclosed in a rigid wall on the surface and a membrane beneath the wall, and they are immobile. The membrane contains energy generating components. The genetic materials (structural and plasmid DNA) are circular, not enclosed in nuclear membrane, and do not contain basic pr ...
Plate 16 - Bacterial Spores
... • Some Gram-positive bacteria can resist extreme conditions by forming an endospore • Endospores (spores) are tough, dormant structures that allow bacteria to survive environmentally stressful periods • Spores can lie dormant for thousands of years ...
... • Some Gram-positive bacteria can resist extreme conditions by forming an endospore • Endospores (spores) are tough, dormant structures that allow bacteria to survive environmentally stressful periods • Spores can lie dormant for thousands of years ...
Structural studies of phosphoinositide 3-kinase
... The yeast GLUE domain has a positively charged pocket which is occupied by a single sulfate anion in the crystal structure. The walls of the pocket are built by three loops, β1/β2, β5/β6 and β7/α1. Mutagenesis of the residues interacting with the sulfate ion eliminates lipid binding, suggesting that ...
... The yeast GLUE domain has a positively charged pocket which is occupied by a single sulfate anion in the crystal structure. The walls of the pocket are built by three loops, β1/β2, β5/β6 and β7/α1. Mutagenesis of the residues interacting with the sulfate ion eliminates lipid binding, suggesting that ...
II. Kingdom Eubacteria
... Obtained from bacteria and fungi. 1. Penicillin – interferes with cell-wall synthesis 2. Tetracycline – interferes with protein ...
... Obtained from bacteria and fungi. 1. Penicillin – interferes with cell-wall synthesis 2. Tetracycline – interferes with protein ...
Gene Section EDIL3 (EGF-Like Repeats And Discoidin I-Like Domains 3)
... The EGF repeats of EDIL3 are homologous to molecules such as Notch (Accession: NM_017617.3) and its ligands Crumbs (Accession: CH471090.1) and Delta (Accession: NT_033777.2). There is also considerable homology in this region to the following four other proteins: a developmental sea urchin protein f ...
... The EGF repeats of EDIL3 are homologous to molecules such as Notch (Accession: NM_017617.3) and its ligands Crumbs (Accession: CH471090.1) and Delta (Accession: NT_033777.2). There is also considerable homology in this region to the following four other proteins: a developmental sea urchin protein f ...
The Bacterial Cell Envelope I. The cell envelope Glycocalyx
... Composition of the polysaccharide varies among bacterial species and even among individuals within a species ...
... Composition of the polysaccharide varies among bacterial species and even among individuals within a species ...
Bacterial Infections
... Wound infection by Clostridium tetani Produces a neurotoxin which causes a prolonged muscle contraction Death due to spasm of the breathing muscles About 10 cases each year in Australia, of which one will die Neonatal tetanus (often infection of the umbilical stump) has a death rate of appro ...
... Wound infection by Clostridium tetani Produces a neurotoxin which causes a prolonged muscle contraction Death due to spasm of the breathing muscles About 10 cases each year in Australia, of which one will die Neonatal tetanus (often infection of the umbilical stump) has a death rate of appro ...
Chapter 9: An Introduction to Taxonomy: The Bacteria
... • The science of classification • Provides an orderly basis for the naming of organisms • Places organisms into a category or taxon (plural: taxa) • Carolus Linnaeus: 18th century Swedish botanist; the Father of Taxonomy Binomial Nomenclature • The system used to name all living things • The first n ...
... • The science of classification • Provides an orderly basis for the naming of organisms • Places organisms into a category or taxon (plural: taxa) • Carolus Linnaeus: 18th century Swedish botanist; the Father of Taxonomy Binomial Nomenclature • The system used to name all living things • The first n ...
Gene Section LYPD3 (LY6/PLAUR domain containing 3) Atlas of Genetics and Cytogenetics
... residues, anchored to the cell membrane via GPI (Figure 2A). It contains two LU domains (domains I and II), each of about 90 amino acids, and a serine-, threonine-, proline-rich (STP-rich) region. LU domains adopt a "three-fingered" folding topology, that is characterized by 4 consensus disulfide bo ...
... residues, anchored to the cell membrane via GPI (Figure 2A). It contains two LU domains (domains I and II), each of about 90 amino acids, and a serine-, threonine-, proline-rich (STP-rich) region. LU domains adopt a "three-fingered" folding topology, that is characterized by 4 consensus disulfide bo ...
Transport of Cytoplasmically Synthesized Proteins into Membranous
... Translocons used by polypeptides to cross membranes in eukaryotes ...
... Translocons used by polypeptides to cross membranes in eukaryotes ...
Ch. 27: Bacteria and Archaea
... Colonies of cells that fix nitrogen and produce oxygen so that neighboring area is hospitable Ocean floor and dental plaque ...
... Colonies of cells that fix nitrogen and produce oxygen so that neighboring area is hospitable Ocean floor and dental plaque ...
PGS: 534 – 540
... These prokaryotes account for more than half of all non- genetic diseases in humans. B. Opportunists (such as streptococcus) become a problem when the body is busy fighting something else, such as a cold virus. (They see an opportunity to reproduce and take over.) C. Exotoxins – These are secreted p ...
... These prokaryotes account for more than half of all non- genetic diseases in humans. B. Opportunists (such as streptococcus) become a problem when the body is busy fighting something else, such as a cold virus. (They see an opportunity to reproduce and take over.) C. Exotoxins – These are secreted p ...
Gene Section PHLPP1 (PH domain leucine rich repeat protein phosphatase 1)
... (serine 660 in PKCbetaII) increases protein stability; once the HM is dephosphorylated, two other important regulatory sites on the kinase (the activation loop and the turn motif) are rendered more sensitive to dephosphorylation by other phosphatases. The dephosphorylated PKC is then shunted to the ...
... (serine 660 in PKCbetaII) increases protein stability; once the HM is dephosphorylated, two other important regulatory sites on the kinase (the activation loop and the turn motif) are rendered more sensitive to dephosphorylation by other phosphatases. The dephosphorylated PKC is then shunted to the ...
221_exam_1_2003
... Describe how thioglycolate medium is used to determine the relationship of an organism to oxygen. Explain the function of the various key ingredients of the thioglycolate medium. Describe the growth pattern you would expect to observe for a strict aerobe, strict anaerobe, facultative and microaerop ...
... Describe how thioglycolate medium is used to determine the relationship of an organism to oxygen. Explain the function of the various key ingredients of the thioglycolate medium. Describe the growth pattern you would expect to observe for a strict aerobe, strict anaerobe, facultative and microaerop ...
Ch 27 Bacteria and Archaea
... Some species have a capsule surrounding the cell wall. The capsule can provide protection against immune system cells (phagocytes) Some bacteria have pili – hair like structures made of protein, help bacteria to adhere to surfaces Some pili are involved in transmitting DNA between bacteria ...
... Some species have a capsule surrounding the cell wall. The capsule can provide protection against immune system cells (phagocytes) Some bacteria have pili – hair like structures made of protein, help bacteria to adhere to surfaces Some pili are involved in transmitting DNA between bacteria ...
Intracellular Compartments and Protein Sorting
... Signal sequence often at C-terminus Some proteins with sequence near N-terminus Peroxins (receptors, docking proteins) participate in transport Inherited defects in peroxin genes such as Zellweger syndrome ...
... Signal sequence often at C-terminus Some proteins with sequence near N-terminus Peroxins (receptors, docking proteins) participate in transport Inherited defects in peroxin genes such as Zellweger syndrome ...
Trimeric autotransporter adhesin
In molecular biology, trimeric autotransporter adhesins (TAAs), are proteins found on the outer membrane of Gram-negative bacteria. Bacteria use TAAs in order to infect their host cells via a process called cell adhesion. TAAs also go by another name, oligomeric coiled-coil adhesins, which is shortened to OCAs. In essence, they are virulence factors, factors that make the bacteria harmful and infective to the host organism.TAAs are just one of many methods bacteria use to infect their hosts, infection resulting in diseases such as pneumonia, sepsis, and meningitis. Most bacteria infect their host through a method named the secretion pathway. TAAs are part of the secretion pathway, to be more specific the type Vc secretion system.Trimeric autotransporter adhesins have a unique structure. The structure they hold is crucial to their function. They all appear to have a head-stalk-anchor structure. Each TAA is made up of three identical proteins, hence the name trimeric. Once the membrane anchor has been inserted into the outer membrane, the passenger domain passes through it into the host extracellular environment autonomously, hence the description of autotransporter. The head domain, once assembled, then adheres to an element of the host extracellular matrix, for example, collagen, fibronectin, etc.