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Gene Section GLIS2 (GLIS family zinc finger 2) in Oncology and Haematology
... al., 2000). Kang and colleagues described the regulation of gene expression by Glis1-3 through the interaction with transcriptional mediators that are recruited by specific repressor and activation domains within the respective Glis protein. According to cell context, Glis2 can thus act as a transcr ...
... al., 2000). Kang and colleagues described the regulation of gene expression by Glis1-3 through the interaction with transcriptional mediators that are recruited by specific repressor and activation domains within the respective Glis protein. According to cell context, Glis2 can thus act as a transcr ...
Super ShieldTM HRP Conjugate Stabilizer
... capability to make it work for you. “With ImmunO4, it was easy to get formulations that worked in my assays.” ...
... capability to make it work for you. “With ImmunO4, it was easy to get formulations that worked in my assays.” ...
Chapter summaries
... hydrogen bonds orientated parallel to the helix axis and formed between the CO and NH groups of residues separated by four intervening residues. 11. In contrast the strand represents an extended structure (the pitch distance is ~6.8-7Å, the translation distance is 3.5Å) with fewer residues per tur ...
... hydrogen bonds orientated parallel to the helix axis and formed between the CO and NH groups of residues separated by four intervening residues. 11. In contrast the strand represents an extended structure (the pitch distance is ~6.8-7Å, the translation distance is 3.5Å) with fewer residues per tur ...
Genetic control by riboswitches and ribozymes
... Riboswitches are highly structured domains that typically reside within noncoding regions of certain mRNAs. They monitor the level of specific metabolites by selective binding without the need for intermediary protein factors. These genetic switches typically consist of two functional domains, an ap ...
... Riboswitches are highly structured domains that typically reside within noncoding regions of certain mRNAs. They monitor the level of specific metabolites by selective binding without the need for intermediary protein factors. These genetic switches typically consist of two functional domains, an ap ...
Expanded protein information at SGD: new pages and proteome browser.
... physical interaction data in an ongoing collaboration with BioGRID by providing direct access to more than 82 000 manually-curated interactions. INTRODUCTION The Saccharomyces Genome Database (SGD) collects, organizes and presents biological information about the genes and proteins of the budding ye ...
... physical interaction data in an ongoing collaboration with BioGRID by providing direct access to more than 82 000 manually-curated interactions. INTRODUCTION The Saccharomyces Genome Database (SGD) collects, organizes and presents biological information about the genes and proteins of the budding ye ...
Department of Health Information Management
... • Family: the proteins in the same family are homologous, evolved from the same ancestor. Usually, the identity of two sequences are very high. • Super Family: distant homologous sequences, evolved from the same ancestor. Sequence identity is around 25%30%. • Fold: only shapes are similar, no homolo ...
... • Family: the proteins in the same family are homologous, evolved from the same ancestor. Usually, the identity of two sequences are very high. • Super Family: distant homologous sequences, evolved from the same ancestor. Sequence identity is around 25%30%. • Fold: only shapes are similar, no homolo ...
Ammonia-Nitrogen in Fermented Feeds - Agri
... Ammonia-N in silage is produced by the breakdown of protein by either plant proteolytic enzymes, or clostridial microorganisms (secondary fermentation). Although NH 3-N is not considered as protein (Nonprotein nitrogen-NPN), it provides N that can be used by rumen bacteria to synthesize microbial pr ...
... Ammonia-N in silage is produced by the breakdown of protein by either plant proteolytic enzymes, or clostridial microorganisms (secondary fermentation). Although NH 3-N is not considered as protein (Nonprotein nitrogen-NPN), it provides N that can be used by rumen bacteria to synthesize microbial pr ...
Gene Section MIXL1 (Mix1 homeobox like 1 (Xenopus laevis)) -
... MIXL1 is a member of the Mix/Bix family of transcription factors, of which it is the only member identified in humans. It is also a member of the larger grouping of paired type homeoboxes, a family of genes which share sequence similarity in the homeobox domain with paired box family (PAX). MIXL1 sh ...
... MIXL1 is a member of the Mix/Bix family of transcription factors, of which it is the only member identified in humans. It is also a member of the larger grouping of paired type homeoboxes, a family of genes which share sequence similarity in the homeobox domain with paired box family (PAX). MIXL1 sh ...
Coarse Grained MD
... Structure-based potentials: folded proteins Potentials like those used in elastic network models (ENM). ENM reproduce very well the results of atomistic molecular dynamics. How can it work so well? Flexibility depends strongly on the shape and topology of the protein. Sequence has a minor effect in ...
... Structure-based potentials: folded proteins Potentials like those used in elastic network models (ENM). ENM reproduce very well the results of atomistic molecular dynamics. How can it work so well? Flexibility depends strongly on the shape and topology of the protein. Sequence has a minor effect in ...
Olivoil Avenate Emulsifier - In
... FUNCTION: Natural PEG-free Soft and emollient Emulsifier of vegetal origin DESCRIPTION: A new non-ethoxylated, vegetal derived emulsifier that combines the unique lipidic chains of olive oil with the characteristic affinity of hydrolyzed oat proteins toward the skin surface called Olivoyl Hydrolyzed ...
... FUNCTION: Natural PEG-free Soft and emollient Emulsifier of vegetal origin DESCRIPTION: A new non-ethoxylated, vegetal derived emulsifier that combines the unique lipidic chains of olive oil with the characteristic affinity of hydrolyzed oat proteins toward the skin surface called Olivoyl Hydrolyzed ...
Tutorial_4 (2016) - Protein Alignments
... • PAM1 Captures mutation rates between close proteins – protein with 1% divergence ...
... • PAM1 Captures mutation rates between close proteins – protein with 1% divergence ...
A Review of the Methods available for the Determination of the
... At each peptide link along the molecular backbone, for example, there is a > C = O and a > N—H, while the side chains may also carry polar groups, that is, electrically asymmetrical groups with an affinity for each other and for water. In the so-called globular proteins the polypeptide chains are fo ...
... At each peptide link along the molecular backbone, for example, there is a > C = O and a > N—H, while the side chains may also carry polar groups, that is, electrically asymmetrical groups with an affinity for each other and for water. In the so-called globular proteins the polypeptide chains are fo ...
word
... Comparison of transmembrane domain recognition between Sec61 translocon and TIM23 complex Authors: Salomé Calado Botelho, Marie Österberg, Hyun Kim, Gunnar von Heijne ER Associated Degradation: Pedro Carvalho Retro-translocation of a Misfolded Luminal ER Protein by the Ubiquitin-ligase Hrd1p Authors ...
... Comparison of transmembrane domain recognition between Sec61 translocon and TIM23 complex Authors: Salomé Calado Botelho, Marie Österberg, Hyun Kim, Gunnar von Heijne ER Associated Degradation: Pedro Carvalho Retro-translocation of a Misfolded Luminal ER Protein by the Ubiquitin-ligase Hrd1p Authors ...
Structural Studies of DsbA and its Putative Partner, VKOR, in
... be re-oxidized by its putative partner, vitamin K epoxide reductase (VKOR). The intent of this study is to further investigate the molecular determinants of the interactions between DsbA and VKOR by X-ray crystallography. In order to achieve this, DsbA crystals were grown in order to be soaked with ...
... be re-oxidized by its putative partner, vitamin K epoxide reductase (VKOR). The intent of this study is to further investigate the molecular determinants of the interactions between DsbA and VKOR by X-ray crystallography. In order to achieve this, DsbA crystals were grown in order to be soaked with ...
(Figure 1.3) (Figure 1.6)
... (Figure 5.3) Surface potential of p140(375-480). (A) Electrostatic potential of the accessible surface of p140(375-480) is shown . Negative potential is colored in red and positive potential in blue. The residues contributing to the surface charge are indicated on the surface. (B) Surface accessible ...
... (Figure 5.3) Surface potential of p140(375-480). (A) Electrostatic potential of the accessible surface of p140(375-480) is shown . Negative potential is colored in red and positive potential in blue. The residues contributing to the surface charge are indicated on the surface. (B) Surface accessible ...
How Do Plant Mitochondria Avoid Importing Chloroplast Proteins
... reveal considerable conservation of primary structure in the Tom22 protein from these five evolutionary divergent fungi. The fungal Tom22 is made up of four domains: the cis receptor domain exposed in the cytosol, a short mitochondrial-targeting segment, a single membranespanning domain, and a small ...
... reveal considerable conservation of primary structure in the Tom22 protein from these five evolutionary divergent fungi. The fungal Tom22 is made up of four domains: the cis receptor domain exposed in the cytosol, a short mitochondrial-targeting segment, a single membranespanning domain, and a small ...
EXPRESSION OF IQ-MOTIF GENES IN HUMAN CELLS AND ASPM
... most of the remaining sequence (65% occur every 22–28 residues in human ASPM). The multiple IQ motifs have been identified as KOG0160. The SCH domain is located at the Cterminus in human ASPM. The SCH domain is conserved among vertebrates with 72% protein identity between the human and mouse ASPM co ...
... most of the remaining sequence (65% occur every 22–28 residues in human ASPM). The multiple IQ motifs have been identified as KOG0160. The SCH domain is located at the Cterminus in human ASPM. The SCH domain is conserved among vertebrates with 72% protein identity between the human and mouse ASPM co ...
Final Presentations Abstract Book(1.3 Mb .pdb file)
... Cells of Flavobacterium johnsoniae move over surfaces using gliding motility. Gliding motility is widespread among the phylum Bacteroidetes, and several members cause disease in fish. In gliding motility, surface-exposed adhesins mediate attachment and movement of cells, and are propelled around the ...
... Cells of Flavobacterium johnsoniae move over surfaces using gliding motility. Gliding motility is widespread among the phylum Bacteroidetes, and several members cause disease in fish. In gliding motility, surface-exposed adhesins mediate attachment and movement of cells, and are propelled around the ...
Abstracts
... are fused to the plasma membrane, and they need to be retrieved for the reformation of synaptic vesicles. Furthermore, from biomedical point of view, endocytosis would be one of crucial steps to achieve efficient drug delivery of or successful gene therapies. The basic mechanisms underlying endocyto ...
... are fused to the plasma membrane, and they need to be retrieved for the reformation of synaptic vesicles. Furthermore, from biomedical point of view, endocytosis would be one of crucial steps to achieve efficient drug delivery of or successful gene therapies. The basic mechanisms underlying endocyto ...
Protein domain
![](https://commons.wikimedia.org/wiki/Special:FilePath/Pyruvate_kinase_protein_domains.png?width=300)
A protein domain is a conserved part of a given protein sequence and (tertiary) structure that can evolve, function, and exist independently of the rest of the protein chain. Each domain forms a compact three-dimensional structure and often can be independently stable and folded. Many proteins consist of several structural domains. One domain may appear in a variety of different proteins. Molecular evolution uses domains as building blocks and these may be recombined in different arrangements to create proteins with different functions. Domains vary in length from between about 25 amino acids up to 500 amino acids in length. The shortest domains such as zinc fingers are stabilized by metal ions or disulfide bridges. Domains often form functional units, such as the calcium-binding EF hand domain of calmodulin. Because they are independently stable, domains can be ""swapped"" by genetic engineering between one protein and another to make chimeric proteins.