mouse_comparison_jul..
... Shank3 Mouse Comparison Table. The mouse table is a work in progress. We will continue to update the table with new findings, replication data, and new mouse models. We hope, over time, to find a better platform for sharing mouse findings. In the meanwhile, please contact Geraldine Bliss to suggest ...
... Shank3 Mouse Comparison Table. The mouse table is a work in progress. We will continue to update the table with new findings, replication data, and new mouse models. We hope, over time, to find a better platform for sharing mouse findings. In the meanwhile, please contact Geraldine Bliss to suggest ...
Comparison of Mammalian LAT1 and Bacterial BrnQ Transport
... the two protein suggest that LAT1 has 13 regions of the protein that are transmembrane domains, whereas, BrnQ has 12 predicted transmembrane domains. The predicted orientations of the two proteins differ at the carboxyl terminus where LAT1 is oriented on the outside face of the membrane, while in Br ...
... the two protein suggest that LAT1 has 13 regions of the protein that are transmembrane domains, whereas, BrnQ has 12 predicted transmembrane domains. The predicted orientations of the two proteins differ at the carboxyl terminus where LAT1 is oriented on the outside face of the membrane, while in Br ...
The YidC/Oxa1/Alb3 protein family Saller, Manfred J.
... directly from Proteobacteria and Cyanobacteria, as one would assume based on the endosymbiotic theory. Additional separate gene duplications and/or secondary losses of Oxa/Alb proteins led to a rich diversity and to the distinct numbers of homologs found in each organism. For example, mitochondriate ...
... directly from Proteobacteria and Cyanobacteria, as one would assume based on the endosymbiotic theory. Additional separate gene duplications and/or secondary losses of Oxa/Alb proteins led to a rich diversity and to the distinct numbers of homologs found in each organism. For example, mitochondriate ...
Contributions/Accomplishments
... - viruses contain either DNA or RNA but not both of them. Living cells have both of them. These nucleic acids can either double stranded or single stranded. (Next lecture we will learn about DNA and RNA and how living cells use them.) The Membrane Envelope (if present) - some viruses have a fatty (l ...
... - viruses contain either DNA or RNA but not both of them. Living cells have both of them. These nucleic acids can either double stranded or single stranded. (Next lecture we will learn about DNA and RNA and how living cells use them.) The Membrane Envelope (if present) - some viruses have a fatty (l ...
Bacteria Notes
... – Tend to be smaller – Classified according to their mode of getting nutrients, mechanism of movement, and their shape ▪ Kingdom Archaebacteria (ancient bacteria) – Tend to be larger – Tend to live in extreme environments ...
... – Tend to be smaller – Classified according to their mode of getting nutrients, mechanism of movement, and their shape ▪ Kingdom Archaebacteria (ancient bacteria) – Tend to be larger – Tend to live in extreme environments ...
Structural basis of ubiquitylation Andrew P VanDemark and
... E2, UbcH7, which, remarkably, binds the two very different HECT and RING structures in a large part through the same two loops at one end of the E2 structure (Figure 3). The prominent role of UbcH7 Phe63 in binding the E3s suggests that the identity of this residue correlates with cognate E2–E3 pair ...
... E2, UbcH7, which, remarkably, binds the two very different HECT and RING structures in a large part through the same two loops at one end of the E2 structure (Figure 3). The prominent role of UbcH7 Phe63 in binding the E3s suggests that the identity of this residue correlates with cognate E2–E3 pair ...
Bacterial Cell Structure, Function and Classification
... were a type of bacteria, but due to the work of Woese and others, it is now known that although they look like bacteria, Archaea are different at molecular level. In addition having a different type of ribosome than bacteria, archaea do not have peptidoglycan in their cell walls. The Domain Eukarya ...
... were a type of bacteria, but due to the work of Woese and others, it is now known that although they look like bacteria, Archaea are different at molecular level. In addition having a different type of ribosome than bacteria, archaea do not have peptidoglycan in their cell walls. The Domain Eukarya ...
Printer Friendly Document
... Example 1 – Rediscovering Nudix enzyme FolQ in Lactococcus lactis: Enter via a protein name, view associations among proteins with that name. * FolP (Dihydropteroate synthase (EC 2.5.1.15), a key enzyme of pterin and folate synthesis * Select Lactococcus lactis MG1363 from organism list (results are ...
... Example 1 – Rediscovering Nudix enzyme FolQ in Lactococcus lactis: Enter via a protein name, view associations among proteins with that name. * FolP (Dihydropteroate synthase (EC 2.5.1.15), a key enzyme of pterin and folate synthesis * Select Lactococcus lactis MG1363 from organism list (results are ...
File - Microbiology
... • On Human skin - reducing the number of microorganisms by mechanical means – Wiping the microbes from the skin surface ...
... • On Human skin - reducing the number of microorganisms by mechanical means – Wiping the microbes from the skin surface ...
Kingdom Bacteria
... meaning that one organism (the parasite) benefits at the expense of another organism (the host), which is often harmed but usually not killed. These pathogenic (disease causing) micro-organisms typically produce deadly substances called ______. A toxin is a poison produced in the body of a living or ...
... meaning that one organism (the parasite) benefits at the expense of another organism (the host), which is often harmed but usually not killed. These pathogenic (disease causing) micro-organisms typically produce deadly substances called ______. A toxin is a poison produced in the body of a living or ...
Leishmania Flagellum
... the characterization of individual elements. Bin/Amphiphysin/Rvs (BAR) domains are 200-amino-acid modular elements found in many eukaryotic multi-domain proteins [14]. Although their amino acid sequence may be poorly conserved and therefore difficult to identify, their structure is well conserved th ...
... the characterization of individual elements. Bin/Amphiphysin/Rvs (BAR) domains are 200-amino-acid modular elements found in many eukaryotic multi-domain proteins [14]. Although their amino acid sequence may be poorly conserved and therefore difficult to identify, their structure is well conserved th ...
Bacteria in the Environment
... The bacteria then helps us to digest food and make some vitamins that we can’t produce by ourselves. For cattle, the bacteria in their intestines help them produce the enzymes necessary to break down cellulose, which is mostly in grass and hay. Bacteria helps cattle digest their food. ...
... The bacteria then helps us to digest food and make some vitamins that we can’t produce by ourselves. For cattle, the bacteria in their intestines help them produce the enzymes necessary to break down cellulose, which is mostly in grass and hay. Bacteria helps cattle digest their food. ...
Salmonella, Campylobacter, Listeria, Mycobacteria
... Example of chemical agents, their target microbe, level of activity, and toxicity. ...
... Example of chemical agents, their target microbe, level of activity, and toxicity. ...
File
... As photosynthesizers, algae need light, water, and carbon dioxide for food production and growth, but they do not generally require organic compounds from the environment. As a result of photosynthesis, algae produce oxygen and carbohydrates that are then utilized by other organisms, including anima ...
... As photosynthesizers, algae need light, water, and carbon dioxide for food production and growth, but they do not generally require organic compounds from the environment. As a result of photosynthesis, algae produce oxygen and carbohydrates that are then utilized by other organisms, including anima ...
Alignment and Structure Prediction of Divergent Protein Families
... teria share a common, three-component organization. The inner membrane components of these pumps are translocases of three families: resistance-nodulation-division (RND; Saier et al., 1994), major facilitator (Grif®th et al., 1992; Marger & Saier, 1993), and the family of ATP-binding cassette (ABC) ...
... teria share a common, three-component organization. The inner membrane components of these pumps are translocases of three families: resistance-nodulation-division (RND; Saier et al., 1994), major facilitator (Grif®th et al., 1992; Marger & Saier, 1993), and the family of ATP-binding cassette (ABC) ...
Saito et al, 2009 - The EMBO Journal
... complex binds Sar1 by direct interaction of Sec23 with Sar1GTP. This forms the first of two layers of coat proteins on the cytoplasmic surface of the ER (Bi et al, 2002). In this prebudding complex, Sec24 is thought to be key for the binding and concentration of transmembrane (TM) cargoes that conta ...
... complex binds Sar1 by direct interaction of Sec23 with Sar1GTP. This forms the first of two layers of coat proteins on the cytoplasmic surface of the ER (Bi et al, 2002). In this prebudding complex, Sec24 is thought to be key for the binding and concentration of transmembrane (TM) cargoes that conta ...
Microbes and Humans
... Microbes on Us β-Hemolytic Bacteria on Blood Agar…. streak from throat swab. We have many bacteria on us: mutualistic, commensal and potentially pathogenic. We are COLONIZED !! It is all based on our SURFACES. ...
... Microbes on Us β-Hemolytic Bacteria on Blood Agar…. streak from throat swab. We have many bacteria on us: mutualistic, commensal and potentially pathogenic. We are COLONIZED !! It is all based on our SURFACES. ...
Microbial Growth (Ch 6)
... Figure 6.11 The streak plate method for isolating pure bacterial cultures. ...
... Figure 6.11 The streak plate method for isolating pure bacterial cultures. ...
Bacteria
... May have short, hairlike projections called pili on cell wall to attach to host or another bacteria when transferring genetic material Most are unicellular Found in most habitats ...
... May have short, hairlike projections called pili on cell wall to attach to host or another bacteria when transferring genetic material Most are unicellular Found in most habitats ...
L 11Flagellar motors
... • The necessary free energy is derived from either the proton gradient or sodium ion gradient that exists across the plasma membrane. • Hence, either proton motive force or sodium motive force facilitates flagellar motion. • Flagella do not rotate at a constant speed but instead can increase or decr ...
... • The necessary free energy is derived from either the proton gradient or sodium ion gradient that exists across the plasma membrane. • Hence, either proton motive force or sodium motive force facilitates flagellar motion. • Flagella do not rotate at a constant speed but instead can increase or decr ...
Origin of diderm (Gram-negative) bacteria
... or two membranes (diderms). It is important to understand how these and other variations that are observed in the cell envelopes of prokaryotic organisms have originated. In 2009, James Lake proposed that cells with two membranes (primarily Gramnegative bacteria) originated from an ancient endosymbi ...
... or two membranes (diderms). It is important to understand how these and other variations that are observed in the cell envelopes of prokaryotic organisms have originated. In 2009, James Lake proposed that cells with two membranes (primarily Gramnegative bacteria) originated from an ancient endosymbi ...
Veterinary Bacteriology and Virology 101
... 1. Exotoxins – proteins that are released mostly by gram positive (but to some extent also by gram negative bacteria) 2. Endotoxins – only found in gram negative bacteria*; they differ from exotoxins in that they are not released, per se, but are a normal part of the outer membrane and attack the bo ...
... 1. Exotoxins – proteins that are released mostly by gram positive (but to some extent also by gram negative bacteria) 2. Endotoxins – only found in gram negative bacteria*; they differ from exotoxins in that they are not released, per se, but are a normal part of the outer membrane and attack the bo ...
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.