Dynamic in vivo interactions among Myc network members
... distinct roles for the encoded proteins in tissue-speci®c negative control of cellular proliferation (Foley et al., 1998; Schreiber-Agus et al., 1998). Despite the well-described interactions of Myc network proteins, little is known about their distribution within the nucleus, or how they seek out o ...
... distinct roles for the encoded proteins in tissue-speci®c negative control of cellular proliferation (Foley et al., 1998; Schreiber-Agus et al., 1998). Despite the well-described interactions of Myc network proteins, little is known about their distribution within the nucleus, or how they seek out o ...
The Dual Function of Sugar Carriers: Transport and Sugar
... Uptake of sucrose into the SEs is believed to increase the hydrostatic pressure difference between the ends of the phloem conduits so as to drive the mass flow movement of the phloem sap. The velocity of translocation in the phloem is relatively high, ranging from 0.5 to 3 m hr21 (Köckenberger et al ...
... Uptake of sucrose into the SEs is believed to increase the hydrostatic pressure difference between the ends of the phloem conduits so as to drive the mass flow movement of the phloem sap. The velocity of translocation in the phloem is relatively high, ranging from 0.5 to 3 m hr21 (Köckenberger et al ...
Probing the receptor recognition site of the FimH adhesin by f
... Type 1fimbriae are surface organelles of Escherichia coli which mediate Dmannose-sensitive binding to different host surfaces. This binding is conferred by the minor fimbrial component FimH. The binding domain of the FimH adhesin has been studied by constructing hybrids of FimH and a homologous prot ...
... Type 1fimbriae are surface organelles of Escherichia coli which mediate Dmannose-sensitive binding to different host surfaces. This binding is conferred by the minor fimbrial component FimH. The binding domain of the FimH adhesin has been studied by constructing hybrids of FimH and a homologous prot ...
Fluorescence Spectroscopy
... Protein folding in cells (in vivo) is extremely complicated and differs depending on the organism. Folding is far more complicated in eukaryotic cells (for example: human cell) than in prokaryotic ones (bacteria). Due to this complexity, the study of protein folding is extremely limited in vivo. Peo ...
... Protein folding in cells (in vivo) is extremely complicated and differs depending on the organism. Folding is far more complicated in eukaryotic cells (for example: human cell) than in prokaryotic ones (bacteria). Due to this complexity, the study of protein folding is extremely limited in vivo. Peo ...
File
... Answer: Even though water is polar and so highly insoluble in the membrane lipids, it readily passes through the cell membrane for 2 reasons: 1. Water molecules are small enough to move through the monetary spaces created between the phospholipid molecules’ tails as they sway and move within the lip ...
... Answer: Even though water is polar and so highly insoluble in the membrane lipids, it readily passes through the cell membrane for 2 reasons: 1. Water molecules are small enough to move through the monetary spaces created between the phospholipid molecules’ tails as they sway and move within the lip ...
In Plant and Animal Cells, Detergent-Resistant
... shrinking over time from up to several hundred nanometers in original reports, to minute membrane areas of ,20 nm that are highly dynamic in position and composition. Now they are considered to be generally not much larger than protein complexes surrounded by specific lipid shells (Anderson and Jaco ...
... shrinking over time from up to several hundred nanometers in original reports, to minute membrane areas of ,20 nm that are highly dynamic in position and composition. Now they are considered to be generally not much larger than protein complexes surrounded by specific lipid shells (Anderson and Jaco ...
- Wiley Online Library
... to bind to glycerol kinase preventing the production of glycerol 3-phosphate, the inducer of the glycerol catabolic genes. Since glycerol enters E. coli by facilitated di¡usion and glycerol 3-phosphate is not a substrate for the glycerol facilitator, phosphorylation is required for entrapping glycer ...
... to bind to glycerol kinase preventing the production of glycerol 3-phosphate, the inducer of the glycerol catabolic genes. Since glycerol enters E. coli by facilitated di¡usion and glycerol 3-phosphate is not a substrate for the glycerol facilitator, phosphorylation is required for entrapping glycer ...
7.06 Cell Biology EXAM #3
... Below are true statements about the process of importing proteins into the peroxisome. For each statement, outline an experiment that could be used to come to that conclusion. Include an illustration of the specific result (that depicts pictorially the actual data you would obtain from the experimen ...
... Below are true statements about the process of importing proteins into the peroxisome. For each statement, outline an experiment that could be used to come to that conclusion. Include an illustration of the specific result (that depicts pictorially the actual data you would obtain from the experimen ...
... Abstract. Along with its stimulating effects caffeine has various deleterious effect which demands for the process of decaffeination. The present work aims at the structure prediction of decaffeinating enzyme from Pseudomonas. The purified enzyme was subjected to LCMS. and analyzed using MASCOT pept ...
SUPPLEMENTARY INFORMATION
... Supplementary Fig. 5. Effects of various salts on the thermostability of purified vcINDY ...
... Supplementary Fig. 5. Effects of various salts on the thermostability of purified vcINDY ...
The Cytoskeleton
... GTPases: cdc42: its activation triggers actin polymerization and bundling at ...
... GTPases: cdc42: its activation triggers actin polymerization and bundling at ...
What is MEROPS ?
... substrate specificity. The MEROPS database provides an alternative, hierarchical classification by domain structure (CLAN), sequence (FAMILY) and specificity (PEPTIDASE). There are no families of hypothetical proteins in MEROPS. A family contains peptidases of only one catalytic type. A clan, howeve ...
... substrate specificity. The MEROPS database provides an alternative, hierarchical classification by domain structure (CLAN), sequence (FAMILY) and specificity (PEPTIDASE). There are no families of hypothetical proteins in MEROPS. A family contains peptidases of only one catalytic type. A clan, howeve ...
Alignments
... PAM: “Accepted point mutation” • Two proteins with 50% identity may have 80 changes per 100 residues. (Why? Because any residue can be subject to back mutations.) • Proteins with 20% to 25% identity are in the “twilight zone” and may be statistically significantly related. • PAM or “accepted point ...
... PAM: “Accepted point mutation” • Two proteins with 50% identity may have 80 changes per 100 residues. (Why? Because any residue can be subject to back mutations.) • Proteins with 20% to 25% identity are in the “twilight zone” and may be statistically significantly related. • PAM or “accepted point ...
Full-Text PDF
... environmental needs [20,21]. The coexistence of two functionally and morphologically distinct vacuoles in single plant cells was confirmed by several studies involving different species [22–25]. Distinct vacuoles with different contents can certainly answer to specific physiological needs [19,25]. T ...
... environmental needs [20,21]. The coexistence of two functionally and morphologically distinct vacuoles in single plant cells was confirmed by several studies involving different species [22–25]. Distinct vacuoles with different contents can certainly answer to specific physiological needs [19,25]. T ...
Transport of dicarboxylates in Saccharomyces cerevisiae
... Transport of dicarboxylates plays an important role in cell metabolism. In particular, they are intermediates of the citrate cycle. Transport of succinate across the mitochondrial membrane provides correlation between metabolism in peroxysomes and in mitochondria. In recent years, much attention has ...
... Transport of dicarboxylates plays an important role in cell metabolism. In particular, they are intermediates of the citrate cycle. Transport of succinate across the mitochondrial membrane provides correlation between metabolism in peroxysomes and in mitochondria. In recent years, much attention has ...
to get the file - Oxford Brookes University
... ß Blackwell Publishing Ltd, The Plant Journal, (2003), 37, 398±414 ...
... ß Blackwell Publishing Ltd, The Plant Journal, (2003), 37, 398±414 ...
The Structure and Function of Large Biological Molecules
... follow. However, this analogy falls far short of describing the great diversity of macromolecules because most biological polymers have many more monomers than the number of letters in even the longest word. Proteins, for example, are built from 20 kinds of amino acids arranged in chains that are ty ...
... follow. However, this analogy falls far short of describing the great diversity of macromolecules because most biological polymers have many more monomers than the number of letters in even the longest word. Proteins, for example, are built from 20 kinds of amino acids arranged in chains that are ty ...
... 11. (6 pts) Please do one of the following choices. Do all parts within a choice. Choice A: Using immunoglobulins (antibodies) as an example, briefly describe: i) quaternary structure ii) protein domains/motifs. Choice B: Draw a “cartoon” diagram of an antibody and indicate on your diagram the follo ...
Health relevance of intestinal protein fermentation in young
... conditions along the GIT and some putative consequences for intestinal bacterial protein fermentation are summarized in Table 1. Generally, an efficient pre-caecal protein digestion and absorption is critical for both the supply of the animal with essential amino acids for protein synthesis and a red ...
... conditions along the GIT and some putative consequences for intestinal bacterial protein fermentation are summarized in Table 1. Generally, an efficient pre-caecal protein digestion and absorption is critical for both the supply of the animal with essential amino acids for protein synthesis and a red ...
