Structure and Function of Salivary Proteins Outline Basic salivary
... • However, single or even multiple biomarkers often do not produce unequivocal answer – Sensitivity- they may not be present in a detectable amount in all patients esp. early-stage – Specificity- they may also express in non-cancerous tissues ...
... • However, single or even multiple biomarkers often do not produce unequivocal answer – Sensitivity- they may not be present in a detectable amount in all patients esp. early-stage – Specificity- they may also express in non-cancerous tissues ...
Dynamic Localization of the DNA Replication
... from reloading onto nascent DNA, as unauthorized loading can result in rereplication (Fujita et al., 1996; Tsuruga et al., 1997; Kearsey and Labib, 1998; Namdar and Kearsey, 2006). Distinct mechanisms have evolved to prevent MCM reloading during S phase in budding yeast and animals. In budding yeast ...
... from reloading onto nascent DNA, as unauthorized loading can result in rereplication (Fujita et al., 1996; Tsuruga et al., 1997; Kearsey and Labib, 1998; Namdar and Kearsey, 2006). Distinct mechanisms have evolved to prevent MCM reloading during S phase in budding yeast and animals. In budding yeast ...
PDF
... Taken at face value, Figure 1 shows how the epidermal cell files are tilted in relation to the organ axis while the underlying, radially expanded and shortened cell files do not, but are aligned with the organ axis. This implies that the epidermal cell layer is also tilted with respect to the underlyi ...
... Taken at face value, Figure 1 shows how the epidermal cell files are tilted in relation to the organ axis while the underlying, radially expanded and shortened cell files do not, but are aligned with the organ axis. This implies that the epidermal cell layer is also tilted with respect to the underlyi ...
The programme of cell death in plants and animals – A comparison
... plant PCD are believed to be sufficient enough to conclude that PCD is as important in plants as in animals8–10 and that it can occur on a local or systemic scale. The molecular mechanisms underlying PCD in the animal system are comparatively better known than in plants, although the relationships b ...
... plant PCD are believed to be sufficient enough to conclude that PCD is as important in plants as in animals8–10 and that it can occur on a local or systemic scale. The molecular mechanisms underlying PCD in the animal system are comparatively better known than in plants, although the relationships b ...
spatial control of cell expansion by the plant cytoskeleton
... by University of California - San Diego on 10/18/05. For personal use only. ...
... by University of California - San Diego on 10/18/05. For personal use only. ...
MICROTUBULE ORGANIZATION 1 Regulates
... forming the continuous ring-like structures typical of wild type (Fig. 4A). Some spindles were severely disorganized, with misaligned short microtubules, resulting in some instances in complete disorganization of chromosomal arrangement (Fig. 4D). Other spindles had short microtubules but normally a ...
... forming the continuous ring-like structures typical of wild type (Fig. 4A). Some spindles were severely disorganized, with misaligned short microtubules, resulting in some instances in complete disorganization of chromosomal arrangement (Fig. 4D). Other spindles had short microtubules but normally a ...
CHAPTER 35: PROTISTS
... eukaryote as it is unlike any other eukaryote. It lacks mitochondria, though it contains two other kinds of bacteria that perform the same function. To a great extent it resembles archaebacteria more than it does eukaryotes. Early eukaryotes probably engulfed symbiotic, aerobic eubacteria similar to ...
... eukaryote as it is unlike any other eukaryote. It lacks mitochondria, though it contains two other kinds of bacteria that perform the same function. To a great extent it resembles archaebacteria more than it does eukaryotes. Early eukaryotes probably engulfed symbiotic, aerobic eubacteria similar to ...
Chapter 16 Lecture Outline
... information: modality, location, intensity, duration • Modality—type of stimulus or sensation it produces – Vision, hearing, taste – Labeled line code: all action potentials are identical. Each nerve pathway from sensory cells to the brain is labeled to identify its origin, and the brain uses these ...
... information: modality, location, intensity, duration • Modality—type of stimulus or sensation it produces – Vision, hearing, taste – Labeled line code: all action potentials are identical. Each nerve pathway from sensory cells to the brain is labeled to identify its origin, and the brain uses these ...
Publications_files/Stotland et al 2012
... complex originally discovered in Arabidopsis thaliana whose main function was determined to be the control of light-regulated genes in plant development (Wei and Deng, 1992). The complex is highly conserved in all living organisms, and its subunits share homology with the 26S Proteasome and the tran ...
... complex originally discovered in Arabidopsis thaliana whose main function was determined to be the control of light-regulated genes in plant development (Wei and Deng, 1992). The complex is highly conserved in all living organisms, and its subunits share homology with the 26S Proteasome and the tran ...
An Ultrastructural Study of the Gastric Campylobacter
... The overall appearance of A . serpens was similar to this campylobacter-like organism (Fig. 3 a). The most obvious difference was the absence of the flagellar sheath. Sarcosinate extracts of A . serpens contained large featureless discs (Curry et al., 1984) that were associated with the terminal fla ...
... The overall appearance of A . serpens was similar to this campylobacter-like organism (Fig. 3 a). The most obvious difference was the absence of the flagellar sheath. Sarcosinate extracts of A . serpens contained large featureless discs (Curry et al., 1984) that were associated with the terminal fla ...
Protein Quality Control along the Route to the Plant Vacuole
... 1995). BiP is a molecular chaperone of the heat shock 70 class and assists protein maturation in the ER, probably by inhibiting hydrophobic interactions that may lead to permanent misfolding of folding and assembly intermediates (Pedrazzini and Vitale, 1996).We have also found that an assembly-defec ...
... 1995). BiP is a molecular chaperone of the heat shock 70 class and assists protein maturation in the ER, probably by inhibiting hydrophobic interactions that may lead to permanent misfolding of folding and assembly intermediates (Pedrazzini and Vitale, 1996).We have also found that an assembly-defec ...
Nuclear Dynamics during Plant Innate Immunity1
... been shown to function in the nucleus. In resting cells, N is found in the cytoplasm and the nucleus. During TMV infection, the viral replicase p50 is delivered into the plant cell cytoplasm where it recruits the tobacco rhodanase sulfurtransferase NRIP1, which otherwise localizes to the stroma of c ...
... been shown to function in the nucleus. In resting cells, N is found in the cytoplasm and the nucleus. During TMV infection, the viral replicase p50 is delivered into the plant cell cytoplasm where it recruits the tobacco rhodanase sulfurtransferase NRIP1, which otherwise localizes to the stroma of c ...
Shock
... have semirigid cell wall outside the cell membrane. This cell wall is made up of some peptidoglycans, also called murein. The cell wall can fix a stain called a gram stain – thus making them Gram positive bacteria – Staphylococcus and Streptococcus. • Some bacteria have a membrane outside the cell w ...
... have semirigid cell wall outside the cell membrane. This cell wall is made up of some peptidoglycans, also called murein. The cell wall can fix a stain called a gram stain – thus making them Gram positive bacteria – Staphylococcus and Streptococcus. • Some bacteria have a membrane outside the cell w ...
MAP Kinase Pathways
... Activated Ras promotes formation at the membrane of signaling complexes containing three sequentially acting protein kinases that are associated with a scaffold protein. This kinase cascade culminates in activation of MAP (mitogenactivating protein) kinase, a serine/threonine kinase also known as ER ...
... Activated Ras promotes formation at the membrane of signaling complexes containing three sequentially acting protein kinases that are associated with a scaffold protein. This kinase cascade culminates in activation of MAP (mitogenactivating protein) kinase, a serine/threonine kinase also known as ER ...
Characterization of the unconventional myosin VIII in plant cells and
... Myosins are a large superfamily of motor proteins which, in association with actin, are involved in intracellular motile processes. In addition to the conventional myosins involved in muscle contractility, there is, in animal cells, a wide range of unconventional myosins implicated in membrane-assoc ...
... Myosins are a large superfamily of motor proteins which, in association with actin, are involved in intracellular motile processes. In addition to the conventional myosins involved in muscle contractility, there is, in animal cells, a wide range of unconventional myosins implicated in membrane-assoc ...
A Cytoplasm to Vacuole Targeting Pathway in P. pastoris
... of proteins involved in all autophagy‑related pathways (PpAtg5, PpAtg8, PpAtg9, and PpVps15), or in the absence of two proteins (PpAtg11 and PpVac8) required only for the Cvt pathway in S. cerevisiae (Fig. 2A and B). Whereas in wild‑type cells, PpApe1‑CFP showed substantial maturation and localized ...
... of proteins involved in all autophagy‑related pathways (PpAtg5, PpAtg8, PpAtg9, and PpVps15), or in the absence of two proteins (PpAtg11 and PpVac8) required only for the Cvt pathway in S. cerevisiae (Fig. 2A and B). Whereas in wild‑type cells, PpApe1‑CFP showed substantial maturation and localized ...
Chlamydomonas reinhardtii strains carrying the stb1-1
... The original mutant strains I73 (sta4-1) and I97 (sta4-2) were transformed with the complete PHOB genomic fragment amplified by PCR and cloned in the pSL18 plasmid (see methods). The paromomycin resistant clones were screened by zymogram (a). Three complementated strains were obtained from 23 resist ...
... The original mutant strains I73 (sta4-1) and I97 (sta4-2) were transformed with the complete PHOB genomic fragment amplified by PCR and cloned in the pSL18 plasmid (see methods). The paromomycin resistant clones were screened by zymogram (a). Three complementated strains were obtained from 23 resist ...
Roles of the mammalian target of rapamycin
... it from engaging with the scaffold protein eIF4G to form initiation factor complexes. mTORC1 phosphorylates 4EBP1 at several sites, resulting in its release from eIF4E, allowing it to bind eIF4G. eIF4G also binds eIF4A, and formation of eIF4E–eIF4G–eIF4A complexes is thought to be especially importa ...
... it from engaging with the scaffold protein eIF4G to form initiation factor complexes. mTORC1 phosphorylates 4EBP1 at several sites, resulting in its release from eIF4E, allowing it to bind eIF4G. eIF4G also binds eIF4A, and formation of eIF4E–eIF4G–eIF4A complexes is thought to be especially importa ...
Hydrogen peroxide induces programmed cell death features in
... `apoptotic-like nuclei') resembling those observed during the induction of apoptosis in animal cells, for example, in hematopoietic cells such as HL60 (Solary et al., 1994). As can be seen using mixed light, H2O2 also induces high cell content shrinkage on these apoptotic-like cells (Fig. 2E, F). Th ...
... `apoptotic-like nuclei') resembling those observed during the induction of apoptosis in animal cells, for example, in hematopoietic cells such as HL60 (Solary et al., 1994). As can be seen using mixed light, H2O2 also induces high cell content shrinkage on these apoptotic-like cells (Fig. 2E, F). Th ...
The unfolded protein response: an intracellular
... resides in the ER or inner nuclear membrane (with which the ER is continuous), with its N-terminal half facing the ER lumen, and its C-terminal half – which contains the kinase domain – facing the nucleus or cytoplasm. In this orientation, the N-terminal half is thought to serve as a sensor domain t ...
... resides in the ER or inner nuclear membrane (with which the ER is continuous), with its N-terminal half facing the ER lumen, and its C-terminal half – which contains the kinase domain – facing the nucleus or cytoplasm. In this orientation, the N-terminal half is thought to serve as a sensor domain t ...