Full text - 2nd International Conference of the
... in 1875 by a decree of Francis Joseph I, emperor of the Austria-Hungary. Eduard Tangl was nominated as an extraordinary professor of botany on 23 July 1876, and ordinary professor of botany and pharmacognosy on 14 July 1881. The post gave him the long awaited financial stability. He took up his duti ...
... in 1875 by a decree of Francis Joseph I, emperor of the Austria-Hungary. Eduard Tangl was nominated as an extraordinary professor of botany on 23 July 1876, and ordinary professor of botany and pharmacognosy on 14 July 1881. The post gave him the long awaited financial stability. He took up his duti ...
Splenic Epstein-Barr Virus–Associated Inflammatory Pseudotumor
... c-synuclein, and D2-40.4,5,8,15 In most studies CD35 appears to be the most sensitive and reliable marker for this tumor.8,12,16 The spindle cells are often also positive for smooth muscle actin (SMA), but negative for desmin, caldesmon, CD31, CD34, S100, anaplastic lymphoma kinase (ALK), and CD30. ...
... c-synuclein, and D2-40.4,5,8,15 In most studies CD35 appears to be the most sensitive and reliable marker for this tumor.8,12,16 The spindle cells are often also positive for smooth muscle actin (SMA), but negative for desmin, caldesmon, CD31, CD34, S100, anaplastic lymphoma kinase (ALK), and CD30. ...
Gram Stain - American Proficiency Institute
... appear pink or red. The Gram stain is used both to characterize bacteria growing on culture media and to directly examine specimens submitted for culture. It is especially useful in helping to quickly confirm or refute a physician’s presumptive diagnosis when infection is suspected, because culture ...
... appear pink or red. The Gram stain is used both to characterize bacteria growing on culture media and to directly examine specimens submitted for culture. It is especially useful in helping to quickly confirm or refute a physician’s presumptive diagnosis when infection is suspected, because culture ...
The Forces Behind Cell Movement
... and are functionally polar in nature [1,12]. This means that they have two distinct ends: a fast and a slow growing end (called the plus end and minus end respectively) [1,12]. The minus end has a critical actin monomer concentration that is ~6 times higher than that at the plus end (~0.6 μM and ~0. ...
... and are functionally polar in nature [1,12]. This means that they have two distinct ends: a fast and a slow growing end (called the plus end and minus end respectively) [1,12]. The minus end has a critical actin monomer concentration that is ~6 times higher than that at the plus end (~0.6 μM and ~0. ...
Standard PDF - Wiley Online Library
... fibre length together with the chemical composition of wood are critical factors that determine its material properties and hence its suitability for a specific end use in the wood-processing industry. Wood structure is established during xylogenesis as a result of cambial activity. Wood is formed t ...
... fibre length together with the chemical composition of wood are critical factors that determine its material properties and hence its suitability for a specific end use in the wood-processing industry. Wood structure is established during xylogenesis as a result of cambial activity. Wood is formed t ...
Intelligent Monitoring System Satisfies Customer Needs for
... Of particular interest from a battery technology point of view is the real and unilateral trend towards higher impedances over time. The average cell impedance increased 14%, 30% and 49% for Banks 1, 2 and 3, respectively, over the average impedance value after the 100-day stabilization period. It i ...
... Of particular interest from a battery technology point of view is the real and unilateral trend towards higher impedances over time. The average cell impedance increased 14%, 30% and 49% for Banks 1, 2 and 3, respectively, over the average impedance value after the 100-day stabilization period. It i ...
During Cytokinesis Light Chain, Tctex
... involved in the function of IL-7 receptors (19, 20) and IL-5 receptors (21) in lymphocytes. Interestingly, Yasunaga et al. (22) have observed that the kinase also plays a critical role in mitotic division (cytokinesis) of proB cells. In addition, Ley et al. (23) have demonstrated significant cytopla ...
... involved in the function of IL-7 receptors (19, 20) and IL-5 receptors (21) in lymphocytes. Interestingly, Yasunaga et al. (22) have observed that the kinase also plays a critical role in mitotic division (cytokinesis) of proB cells. In addition, Ley et al. (23) have demonstrated significant cytopla ...
POM-POM2/CELLULOSE SYNTHASE
... assembled in the Golgi and transported to the cell surface where they are inserted into the plasma membrane adjacent to cortical microtubules (Crowell et al., 2009; Gutierrez et al., 2009). Apart from Golgi and plasma membrane localization, the CESAs are found in small post-Golgi compartments referr ...
... assembled in the Golgi and transported to the cell surface where they are inserted into the plasma membrane adjacent to cortical microtubules (Crowell et al., 2009; Gutierrez et al., 2009). Apart from Golgi and plasma membrane localization, the CESAs are found in small post-Golgi compartments referr ...
Protist predation can favour cooperation within bacterial species
... in monocultures regardless of the resource concentration (strain resource: F4,27 ¼ 0.4, p ¼ 0.8, electronic supplementary material, figure S1a). Surprisingly, protists were driven to extinction in 10 and 100% resource concentrations by all bacterial strains during the co-culture experiments. Accor ...
... in monocultures regardless of the resource concentration (strain resource: F4,27 ¼ 0.4, p ¼ 0.8, electronic supplementary material, figure S1a). Surprisingly, protists were driven to extinction in 10 and 100% resource concentrations by all bacterial strains during the co-culture experiments. Accor ...
Apyrase Suppression Raises Extracellular ATP
... cytoplasmic ATP to leak into the ECM of plant cells, and data from several laboratories are consistent with the hypothesis that this eATP could serve as an early signal of biotic stress. This hypothesis would predict that, to the extent that the suppression of APY1 and APY2 leads to an increase in [ ...
... cytoplasmic ATP to leak into the ECM of plant cells, and data from several laboratories are consistent with the hypothesis that this eATP could serve as an early signal of biotic stress. This hypothesis would predict that, to the extent that the suppression of APY1 and APY2 leads to an increase in [ ...
344_final version - OPUS at UTS
... On 3 March 2008, the voltages of each single cell for the H-300 fuel cell were measured only under the conditions of OC (I=0A), current I=3.16 A, and I =6.13 A. On 17 Sept. 2012, the voltages of each single cell were measured under the conditions of the current 0-4.5A. If the current value is over 4 ...
... On 3 March 2008, the voltages of each single cell for the H-300 fuel cell were measured only under the conditions of OC (I=0A), current I=3.16 A, and I =6.13 A. On 17 Sept. 2012, the voltages of each single cell were measured under the conditions of the current 0-4.5A. If the current value is over 4 ...
Engagement of the inhibitory receptor CD158a
... CD3-redirected lysis of murine FcR+ P815 cells. Thus, TCR and KIR were triggered on CTL by microbeads coated with anti-CD3 or anti-CD3 + anti-CD158a mAbs and membrane reorganization was analysed using confocal microscopy (Fig 2B). Stimulation by anti-CD3 coated beads (beads exhibit light red autoflu ...
... CD3-redirected lysis of murine FcR+ P815 cells. Thus, TCR and KIR were triggered on CTL by microbeads coated with anti-CD3 or anti-CD3 + anti-CD158a mAbs and membrane reorganization was analysed using confocal microscopy (Fig 2B). Stimulation by anti-CD3 coated beads (beads exhibit light red autoflu ...
Mice lacking the homeodomain transcription factor
... the number of glucagon-producing cells and the amount of glucagon expressed per cell was significantly reduced (Fig. 3f). The decrease in glucagon-expressing cells can be detected as early as E10.5, and by the end of embryogenesis (E18.5) there are approximately 20% of the normal number of α cells. ...
... the number of glucagon-producing cells and the amount of glucagon expressed per cell was significantly reduced (Fig. 3f). The decrease in glucagon-expressing cells can be detected as early as E10.5, and by the end of embryogenesis (E18.5) there are approximately 20% of the normal number of α cells. ...
Repairing the Damaged Plasma Membrane of the
... lysosomes. The outer membrane of an autophagosome fuses with a lysosome to form an autolysosome. The lysosome’s hydrolases degrade the autophagosome-delivered contents and its inner membrane. 9 Damage and Degradation to the Cell Membrane When cell membranes are intact their receptor surface is able ...
... lysosomes. The outer membrane of an autophagosome fuses with a lysosome to form an autolysosome. The lysosome’s hydrolases degrade the autophagosome-delivered contents and its inner membrane. 9 Damage and Degradation to the Cell Membrane When cell membranes are intact their receptor surface is able ...
Secured cutting: controlling separase at the metaphase to anaphase
... cleavage sites in Scc1 was replaced by the specific recognition sequence of a plant virus protease. Cleavage of Scc1 in yeast metaphase by this protease, under conditions in which the separase was kept inactive, resulted in a strikingly efficient anaphase in terms of sister chromatid separation and ...
... cleavage sites in Scc1 was replaced by the specific recognition sequence of a plant virus protease. Cleavage of Scc1 in yeast metaphase by this protease, under conditions in which the separase was kept inactive, resulted in a strikingly efficient anaphase in terms of sister chromatid separation and ...
protcell
... that if any party shall succeed in seizing or attaching by any means or otherwise levying execution against any cellular assets attributable to any cell of the company in respect of a liability not attributable to that cell, that party shall hold those assets or their proceeds on trust for the compa ...
... that if any party shall succeed in seizing or attaching by any means or otherwise levying execution against any cellular assets attributable to any cell of the company in respect of a liability not attributable to that cell, that party shall hold those assets or their proceeds on trust for the compa ...
Quaternary ammonium surfactant structure determines selective
... transmitted urogenital infections. Although attributed to their high affinity for biological membranes, the mechanisms behind QAS microbicidal activity are not fully understood. We evaluated how QAS structure affects antimicrobial activity and whether this can be exploited for use in prophylaxis of ...
... transmitted urogenital infections. Although attributed to their high affinity for biological membranes, the mechanisms behind QAS microbicidal activity are not fully understood. We evaluated how QAS structure affects antimicrobial activity and whether this can be exploited for use in prophylaxis of ...
Early Embryogenesis in Flowering Plants: Setting Up the Basic Body
... histone chaperone complex CAF1 (5). However, it cannot be excluded that the maternal predominance during early A. thaliana embryogenesis is mainly or also due to transcript carryover from the egg cell rather than specific downregulation of the paternal alleles. Hence, the two aforementioned mechanism ...
... histone chaperone complex CAF1 (5). However, it cannot be excluded that the maternal predominance during early A. thaliana embryogenesis is mainly or also due to transcript carryover from the egg cell rather than specific downregulation of the paternal alleles. Hence, the two aforementioned mechanism ...
Melanization and Hemocyte Homeostasis in the Freshwater
... form of antibodies, which are proteins that are produced by cells of lymphoid lineage within the adaptive immune system (Jiravanichpaisal et al. 2006). The innate system is an important first line of defense that discriminates self from non-self molecules and recognizes conserved molecules produced ...
... form of antibodies, which are proteins that are produced by cells of lymphoid lineage within the adaptive immune system (Jiravanichpaisal et al. 2006). The innate system is an important first line of defense that discriminates self from non-self molecules and recognizes conserved molecules produced ...
Autophagy_Marc
... What's the advantage of having this as a separate term from vacuole ? In animals, the corresponding organelle is the “lysosome”. - Issue of species-specific functions: Some proteins, functions, or processes are very specific to certain species and cannot be propagated. As an example, mitochondrial d ...
... What's the advantage of having this as a separate term from vacuole ? In animals, the corresponding organelle is the “lysosome”. - Issue of species-specific functions: Some proteins, functions, or processes are very specific to certain species and cannot be propagated. As an example, mitochondrial d ...
microcircuitry of bipolar cells in cat retina1
... Nelson and Kolb, 1983). In view of thesegrowing complexities, it seemedcritical to develop a comprehensiveclassification of bipolar neurons in which each of the diverse morphological categoriescould be associatedwith a distinctive cytology, synaptic circuitry, physiology, and chemistry. If such a cl ...
... Nelson and Kolb, 1983). In view of thesegrowing complexities, it seemedcritical to develop a comprehensiveclassification of bipolar neurons in which each of the diverse morphological categoriescould be associatedwith a distinctive cytology, synaptic circuitry, physiology, and chemistry. If such a cl ...
PDF
... multicellular structures are also transparent, allowing the visualization of cell movement and of gene expression through the use of a broad range of fluorescent, enzymatic or antigenic protein tags, or by in situ hybridization (Gerisch and Muller-Taubenberger, 2003; Maeda et al., 2003). Both D. dis ...
... multicellular structures are also transparent, allowing the visualization of cell movement and of gene expression through the use of a broad range of fluorescent, enzymatic or antigenic protein tags, or by in situ hybridization (Gerisch and Muller-Taubenberger, 2003; Maeda et al., 2003). Both D. dis ...
Cell cycle
The cell cycle or cell-division cycle is the series of events that take place in a cell leading to its division and duplication (replication) that produces two daughter cells. In prokaryotes which lack a cell nucleus, the cell cycle occurs via a process termed binary fission. In cells with a nucleus, as in eukaryotes, the cell cycle can be divided into three periods: interphase, the mitotic (M) phase, and cytokinesis. During interphase, the cell grows, accumulating nutrients needed for mitosis, preparing it for cell division and duplicating its DNA. During the mitotic phase, the cell splits itself into two distinct daughter cells. During the final stage, cytokinesis, the new cell is completely divided. To ensure the proper division of the cell, there are control mechanisms known as cell cycle checkpoints.The cell-division cycle is a vital process by which a single-celled fertilized egg develops into a mature organism, as well as the process by which hair, skin, blood cells, and some internal organs are renewed. After cell division, each of the daughter cells begin the interphase of a new cycle. Although the various stages of interphase are not usually morphologically distinguishable, each phase of the cell cycle has a distinct set of specialized biochemical processes that prepare the cell for initiation of cell division.