Electron microscopy in structural studies of Photosystem II
... frozen at temperatures below −100 ◦ C to produce a planes of fractures through the specimen. Fracture planes tend to pass along the central hydrophobic plane of the lipid bilayer to produce two complementary fractured faces. Since the integral protein complexes that span the membrane bilayer are not ...
... frozen at temperatures below −100 ◦ C to produce a planes of fractures through the specimen. Fracture planes tend to pass along the central hydrophobic plane of the lipid bilayer to produce two complementary fractured faces. Since the integral protein complexes that span the membrane bilayer are not ...
Cellular uptake of long-chain fatty acids: role of membrane
... observation that oleate bound specifically to liver plasma membranes, Stremmel et al. succeeded in isolating a membrane FABP using affinity chromatography [26, 37]. The protein was a single polypeptide of approximately 43 kDa, with no attached carbohydrate, and an isoelectric point of the order of 9 ...
... observation that oleate bound specifically to liver plasma membranes, Stremmel et al. succeeded in isolating a membrane FABP using affinity chromatography [26, 37]. The protein was a single polypeptide of approximately 43 kDa, with no attached carbohydrate, and an isoelectric point of the order of 9 ...
Lysosomal enzymes and inflammation
... mitochondrial fraction contained completely characteristic particles which possessed all the hydrolytic enzymes of this fraction but held them in a latent condition behind a semi-permeable organelle membrane (see de Duve, 1959; 1969). To these particles de Duve gave the name 'lysosome', i.e. lytic b ...
... mitochondrial fraction contained completely characteristic particles which possessed all the hydrolytic enzymes of this fraction but held them in a latent condition behind a semi-permeable organelle membrane (see de Duve, 1959; 1969). To these particles de Duve gave the name 'lysosome', i.e. lytic b ...
Slide 1
... of immature oocytes from the mouse (A–C), Bovine (D–F), and human (G–I). It should be noted that all images were collected from fixed oocytes and chromatin is labeled with Hoechst dyes that detect only adenosine-thymidine–rich domains of chromatin; where apparent, unstained spherical structures repr ...
... of immature oocytes from the mouse (A–C), Bovine (D–F), and human (G–I). It should be noted that all images were collected from fixed oocytes and chromatin is labeled with Hoechst dyes that detect only adenosine-thymidine–rich domains of chromatin; where apparent, unstained spherical structures repr ...
growth of the plant cell wall - Personal.psu.edu
... branches and other modifications in their structure prevent them from forming microfibrils by themselves. Xyloglucan and arabinoxylan are two of the most abundant hemicelluloses. Details of their structure vary slightly among plant species. Xyloglucan has a backbone that is similar to that of cellul ...
... branches and other modifications in their structure prevent them from forming microfibrils by themselves. Xyloglucan and arabinoxylan are two of the most abundant hemicelluloses. Details of their structure vary slightly among plant species. Xyloglucan has a backbone that is similar to that of cellul ...
Mast cells and dendritic cells form synapses that facilitate antigen
... three types of MCs: bone marrow–derived MC (BMMC), peritoneal-derived MC (PMC), and the MC/9 cell line (Fig. S2). It is interesting to note that although the MC/9 cell line did not respond to cross-linking with the typical release of granular contents (no measureable β-hexosaminidase release; unpubl ...
... three types of MCs: bone marrow–derived MC (BMMC), peritoneal-derived MC (PMC), and the MC/9 cell line (Fig. S2). It is interesting to note that although the MC/9 cell line did not respond to cross-linking with the typical release of granular contents (no measureable β-hexosaminidase release; unpubl ...
Table of Contents - College Test bank
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
Chapter_01
... Golgi apparatus or Golgi complex are critical for post-translational modifications that help sort, condense, package, and deliver proteins arriving from the ER. Copyright © 2014 by Mosby, an imprint of Elsevier Inc. ...
... Golgi apparatus or Golgi complex are critical for post-translational modifications that help sort, condense, package, and deliver proteins arriving from the ER. Copyright © 2014 by Mosby, an imprint of Elsevier Inc. ...
Table of Contents
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
as a PDF
... use the C1 splice but have either N0 or N1, respectively. These two constructs, designated as [HA]-N0 and [HA]-N1 for their different NH2-terminal splices, correspond to [HA]-D-AKAP1a and [HA]-D-AKAP1b, respectively. To make COOH-terminal HA fusion proteins of D-AKAP1, the cDNA encoding the first 14 ...
... use the C1 splice but have either N0 or N1, respectively. These two constructs, designated as [HA]-N0 and [HA]-N1 for their different NH2-terminal splices, correspond to [HA]-D-AKAP1a and [HA]-D-AKAP1b, respectively. To make COOH-terminal HA fusion proteins of D-AKAP1, the cDNA encoding the first 14 ...
Multiscale View of Cytoskeletal Mechanoregulation of Cell and
... B. Geiger (*) Department of Molecular Cell Biology, Weizmann Institute of Science, Rehovot 76100, Israel ...
... B. Geiger (*) Department of Molecular Cell Biology, Weizmann Institute of Science, Rehovot 76100, Israel ...
Table of Contents
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
... 1) Match the following components of HIV with the correct descriptive term: 1. ___ ...
Computational and genetic evidence that different structural
... involved in cellulose synthesis (CESAs) is important because cellulose is the most abundant component in the plant cell wall, a key renewable biomaterial. Here, we explored the structure and function of the region encompassing transmembrane helices (TMHs) 5 and 6 in CESA using computational and gene ...
... involved in cellulose synthesis (CESAs) is important because cellulose is the most abundant component in the plant cell wall, a key renewable biomaterial. Here, we explored the structure and function of the region encompassing transmembrane helices (TMHs) 5 and 6 in CESA using computational and gene ...
Plant–pathogen interactions: what is proteomics telling us?
... the defence mechanisms in plants, the recognition and signalling events that occur in plant cells in response to microorganism challenge need to be extremely rapid, reliable and specific, and are part of the strategy evolved by plants to survive attacks. The intracellular sensitive perception of path ...
... the defence mechanisms in plants, the recognition and signalling events that occur in plant cells in response to microorganism challenge need to be extremely rapid, reliable and specific, and are part of the strategy evolved by plants to survive attacks. The intracellular sensitive perception of path ...
The Chemical & Physical Structure of Merino Wool
... together to form proteins by a variety of covalent ...
... together to form proteins by a variety of covalent ...
Lightning-triggered electroporation and electrofusion as possible
... [19,20], were rare and largely ignored. With extensive DNA sequencing, however, it emerged that a number of genes in eukaryotes are absent from archaeal genomes, yet present in phylogenetically more distant bacteria [21,22], and it also became increasingly clear that the phylogenetic trees charted f ...
... [19,20], were rare and largely ignored. With extensive DNA sequencing, however, it emerged that a number of genes in eukaryotes are absent from archaeal genomes, yet present in phylogenetically more distant bacteria [21,22], and it also became increasingly clear that the phylogenetic trees charted f ...
Elsevier Editorial System(tm) for Current Opinion in Plant Biology
... intracellular immune receptors) and microbes (pathogen associated molecular patterns [PAMPs] and effectors) have now been revealed [1,2]. Within the context of hostpathogen interactions, „effectors‟ are molecules, typically proteins, secreted by pathogens that manipulate host cell processes for thei ...
... intracellular immune receptors) and microbes (pathogen associated molecular patterns [PAMPs] and effectors) have now been revealed [1,2]. Within the context of hostpathogen interactions, „effectors‟ are molecules, typically proteins, secreted by pathogens that manipulate host cell processes for thei ...
Hepatitis C Virus: Molecular Pathways and - e
... evidence lead researchers to believe that HCV encoded proteins could no longer be separated by roles because some proteins were found to play a role in both processes [14,15]. With the ability to grow viral cells in cell culture, much of viral assembly and release of viral particles has been reveale ...
... evidence lead researchers to believe that HCV encoded proteins could no longer be separated by roles because some proteins were found to play a role in both processes [14,15]. With the ability to grow viral cells in cell culture, much of viral assembly and release of viral particles has been reveale ...
