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<channel rdf:about="http://triscience.com/Cells/Growth/rss">
  <title>Cell Growth</title>
  <link>http://triscience.com</link>

  <description>
    
      When used in the context of cellular study, growth can also be used to refer to two different functions: cell development and cell division. However, growth in cell division refers to the growth in the population of the cells, where a “mother cell” grows and divides itself to produce two “daughter cells.” In the context of cell development, cell growth refers to the increase in the volume of cytoplasm, organelles, and genetic material before replication occurs.

Cell growth in the context of cell populations is of the exponential kind, which is called “doubling.” In this phenomenon, each cell generation should grow twice its size—there should be twice the number of the previous generation of cells. However, one must consider that the counting the number of generations and multiplying each number by two will yield a maximum figure but not an exact one—not all cells survive in every generation. The cell cycle, which is the term used for the process of cell division, is generally asexual. Growth for the constituents of the cell is a steady and continuous process, which is only interrupted briefly when the cell divides into two. There are four phases in every cell cycle. 

There are three types of cell division: binary fission, mitosis, and meiosis. 

The growth of the cell itself is different yet related process to cell division. There are some cells that do not begin the division process until the individual cell has reached a specific size. Typically, when the nutrient supply is restricted, the growth of the cell’s size is relatively slower. The time period between the divisions of the cells is also increased. 

Cell size growth can be viewed through the use of a microscope, but the increase in cell population is usually easier to observe and more significative.

This category contains scientific information about cell growth, which can refer to cell development and cell division.
    
  </description>

  

  
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        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-clinical-features-of-160-cases-of-acute-sodium-silico-fluoride-poisoning"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-characteristics-of-the-adjustment-in-the-ph-of-the-xylem-exudate-of-segments-of-vigna-hypocotyls-during-xylem-perfusion"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-changing-parent-child-relationship-self-esteem-and-intelligence-as-determinants-of-orientation-to-the-future-during-early-adolescence"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-changes-of-the-morphology-and-structure-of-cotyledon-storage-cell-and-their-relation-to-the-accumulation-of-oil-and-protein-in-peanut"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-ces-d-as-a-screen-for-depression-and-other-psychiatric-disorders-in-adolescents"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-cell-adhesive-effect-of-basic-fibroblast-growth-factor-on-pituitary-cells-in-vitro"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-carboxyl-terminus-of-scg1-the-g-alpha-subunit-involved-in-yeast-mating-is-implicated-in-interactions-with-the-pheromone-receptors"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-cancer-stroma"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-breeding-of-diploid-strains-of-trigonopsis-variabilis-by-protoplast-fusion"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-bovine-papillomavirus-e5-oncogene-can-cooperate-with-ras-identification-of-p21-amino-acids-critical-for-transformation-by-c-ras-h-but-not-v-ras-h"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-bos1-gene-encodes-an-essential-27-kd-putative-membrane-protein-that-is-required-for-vesicular-transport-from-the-er-to-the-golgi-complex-in-yeast"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-bloody-tap-obtained-at-amniocentesis-an-analysis-of-its-significance"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-biological-significance-of-low-testosterone-levels-and-of-adrenal-androgens-in-transplantable-prostate-cancer-lines"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-biological-effects-of-macrophage-colony-stimulating-factor-induced-by-progestin-on-growth-and-differentiation-of-endometrial-adenocarcinoma-cells"/>
      
      
        <rdf:li rdf:resource="http://triscience.com/Cells/Growth/the-biological-basis-for-conformal-three-dimensional-radiation-therapy"/>
      
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  <item rdf:about="http://triscience.com/Cells/Growth/the-clinical-features-of-160-cases-of-acute-sodium-silico-fluoride-poisoning">
    <title>The clinical features of 160 cases of acute sodium silico fluoride poisoning</title>
    <link>http://triscience.com/Cells/Growth/the-clinical-features-of-160-cases-of-acute-sodium-silico-fluoride-poisoning</link>
    <description>160 cases of acute sodium silicofluoride poisoning due to accidental intake are reported in this paper. Owing to the great amount of the chemical taken, the onset was abrupt and the digestive symptoms...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>11</dc:subject>
    
    
      <dc:subject>brain</dc:subject>
    
    
      <dc:subject>cardiovascular</dc:subject>
    
    
      <dc:subject>electrocardiographic</dc:subject>
    
    
      <dc:subject>fluoride</dc:subject>
    
    
      <dc:subject>gastritis</dc:subject>
    
    
      <dc:subject>gastroscopy</dc:subject>
    
    
      <dc:subject>heart</dc:subject>
    
    
      <dc:subject>liver</dc:subject>
    
    
      <dc:subject>oriteria</dc:subject>
    
    
      <dc:subject>poisoning</dc:subject>
    
    
      <dc:subject>segment</dc:subject>
    
    
      <dc:subject>silicofluoride</dc:subject>
    
    
      <dc:subject>symptoms</dc:subject>
    
    
      <dc:subject>toxin</dc:subject>
    
    
      <dc:subject>ulceration</dc:subject>
    
    <dc:date>2013-05-21T01:54:32Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-characteristics-of-the-adjustment-in-the-ph-of-the-xylem-exudate-of-segments-of-vigna-hypocotyls-during-xylem-perfusion">
    <title>The characteristics of the adjustment in the ph of the xylem exudate of segments of vigna hypocotyls during xylem perfusion</title>
    <link>http://triscience.com/Cells/Growth/the-characteristics-of-the-adjustment-in-the-ph-of-the-xylem-exudate-of-segments-of-vigna-hypocotyls-during-xylem-perfusion</link>
    <description>The xylem vessels of segments of Vigna hypocotyl were perfused with solutions of various pH values. With both acid and alkaline perfusion solutions, the pH of the xylem exudate tended to equilibrate a...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>acid</dc:subject>
    
    
      <dc:subject>alkaline</dc:subject>
    
    
      <dc:subject>anoxia</dc:subject>
    
    
      <dc:subject>apoplast</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>concentrations</dc:subject>
    
    
      <dc:subject>elongation</dc:subject>
    
    
      <dc:subject>equilibrate</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>hypocotyl</dc:subject>
    
    
      <dc:subject>light</dc:subject>
    
    
      <dc:subject>metabolism</dc:subject>
    
    
      <dc:subject>methanol</dc:subject>
    
    
      <dc:subject>physiological</dc:subject>
    
    
      <dc:subject>plasmalemma</dc:subject>
    
    
      <dc:subject>preheated</dc:subject>
    
    
      <dc:subject>proton</dc:subject>
    
    
      <dc:subject>protons</dc:subject>
    
    
      <dc:subject>respiratory</dc:subject>
    
    
      <dc:subject>segments</dc:subject>
    
    <dc:date>2013-05-21T01:54:19Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-changing-parent-child-relationship-self-esteem-and-intelligence-as-determinants-of-orientation-to-the-future-during-early-adolescence">
    <title>The changing parent child relationship self esteem and intelligence as determinants of orientation to the future during early adolescence</title>
    <link>http://triscience.com/Cells/Growth/the-changing-parent-child-relationship-self-esteem-and-intelligence-as-determinants-of-orientation-to-the-future-during-early-adolescence</link>
    <description>In order to study how parent-child interaction, self-esteem and intelligence influence adolescents' orientation to the future, 57 11-year-old and 56 15-year-old adolescents were interviewed about thei...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>11</dc:subject>
    
    
      <dc:subject>grow</dc:subject>
    
    
      <dc:subject>internality</dc:subject>
    
    
      <dc:subject>olds</dc:subject>
    
    <dc:date>2013-05-21T01:54:17Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-changes-of-the-morphology-and-structure-of-cotyledon-storage-cell-and-their-relation-to-the-accumulation-of-oil-and-protein-in-peanut">
    <title>The changes of the morphology and structure of cotyledon storage cell and their relation to the accumulation of oil and protein in peanut</title>
    <link>http://triscience.com/Cells/Growth/the-changes-of-the-morphology-and-structure-of-cotyledon-storage-cell-and-their-relation-to-the-accumulation-of-oil-and-protein-in-peanut</link>
    <description>A series of significant changes of the morphology and structure of cotyledon storage cell were found during the pod development in peanut. From 0 to 30 days after peg striking into the soil, the cotyl...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>amyloplast</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cotyledon</dc:subject>
    
    
      <dc:subject>granule</dc:subject>
    
    
      <dc:subject>granules</dc:subject>
    
    
      <dc:subject>grow</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>lipid</dc:subject>
    
    
      <dc:subject>morphology</dc:subject>
    
    
      <dc:subject>peanut</dc:subject>
    
    
      <dc:subject>protein</dc:subject>
    
    
      <dc:subject>seed</dc:subject>
    
    
      <dc:subject>soil</dc:subject>
    
    
      <dc:subject>space</dc:subject>
    
    
      <dc:subject>starch</dc:subject>
    
    
      <dc:subject>water</dc:subject>
    
    <dc:date>2013-05-21T01:54:17Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-ces-d-as-a-screen-for-depression-and-other-psychiatric-disorders-in-adolescents">
    <title>The ces d as a screen for depression and other psychiatric disorders in adolescents</title>
    <link>http://triscience.com/Cells/Growth/the-ces-d-as-a-screen-for-depression-and-other-psychiatric-disorders-in-adolescents</link>
    <description>The performance of the Center for Epidemiologic Studies Depression Scale (Ces-D) as a screen for depression was explored in a two-stage epidemiological study of adolescents. The study consisted of a C...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>11</dc:subject>
    
    
      <dc:subject>hivinx</dc:subject>
    
    <dc:date>2013-05-21T01:54:14Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-cell-adhesive-effect-of-basic-fibroblast-growth-factor-on-pituitary-cells-in-vitro">
    <title>The cell adhesive effect of basic fibroblast growth factor on pituitary cells in vitro</title>
    <link>http://triscience.com/Cells/Growth/the-cell-adhesive-effect-of-basic-fibroblast-growth-factor-on-pituitary-cells-in-vitro</link>
    <description>Both native and recombinant basic fibroblast growth factor (Fgf) exerted a marked effect on the morphology of a pituitary clonal somatotroph-like cell line (MtT/S) in vitro. Addition of 10 pg-20 ng bo...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>apposed</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>clonal</dc:subject>
    
    
      <dc:subject>concentration</dc:subject>
    
    
      <dc:subject>concentrations</dc:subject>
    
    
      <dc:subject>epithelial</dc:subject>
    
    
      <dc:subject>fgfml</dc:subject>
    
    
      <dc:subject>fibroblast</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>morphological</dc:subject>
    
    
      <dc:subject>morphology</dc:subject>
    
    
      <dc:subject>mtts</dc:subject>
    
    
      <dc:subject>ngml</dc:subject>
    
    
      <dc:subject>physiological</dc:subject>
    
    
      <dc:subject>polygonal</dc:subject>
    
    
      <dc:subject>proliferation</dc:subject>
    
    
      <dc:subject>recombinant</dc:subject>
    
    
      <dc:subject>somatotroph</dc:subject>
    
    
      <dc:subject>stimulation</dc:subject>
    
    <dc:date>2013-05-21T01:54:10Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-carboxyl-terminus-of-scg1-the-g-alpha-subunit-involved-in-yeast-mating-is-implicated-in-interactions-with-the-pheromone-receptors">
    <title>The carboxyl terminus of scg1 the g alpha subunit involved in yeast mating is implicated in interactions with the pheromone receptors</title>
    <link>http://triscience.com/Cells/Growth/the-carboxyl-terminus-of-scg1-the-g-alpha-subunit-involved-in-yeast-mating-is-implicated-in-interactions-with-the-pheromone-receptors</link>
    <description>The carboxyl termini of.alpha. subunits of mammalian G proteins have been implicated in receptor interactions. We have used a genetic analysis to test such a role for the carboxyl termimus of Scg1, th...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>acid</dc:subject>
    
    
      <dc:subject>activation</dc:subject>
    
    
      <dc:subject>amino</dc:subject>
    
    
      <dc:subject>carboxyl</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>cellular</dc:subject>
    
    
      <dc:subject>dominant</dc:subject>
    
    
      <dc:subject>galphas</dc:subject>
    
    
      <dc:subject>genetic</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>guanine</dc:subject>
    
    
      <dc:subject>mammalian</dc:subject>
    
    
      <dc:subject>morphology</dc:subject>
    
    
      <dc:subject>mutations</dc:subject>
    
    
      <dc:subject>nucleotide</dc:subject>
    
    
      <dc:subject>phenotype</dc:subject>
    
    
      <dc:subject>pheromone</dc:subject>
    
    
      <dc:subject>proline</dc:subject>
    
    
      <dc:subject>protein</dc:subject>
    
    
      <dc:subject>proteins</dc:subject>
    
    <dc:date>2013-05-21T01:54:05Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-cancer-stroma">
    <title>The cancer stroma</title>
    <link>http://triscience.com/Cells/Growth/the-cancer-stroma</link>
    <description>The cancer stroma is made of cellular and non-cellular formations which grow along with cancer cells to build up a tumor. It comes from inflammatory cells and mesenchymal tissue which are mobilized an...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>angiogenesis</dc:subject>
    
    
      <dc:subject>anti</dc:subject>
    
    
      <dc:subject>antinomic</dc:subject>
    
    
      <dc:subject>cancer</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>cellular</dc:subject>
    
    
      <dc:subject>degradation</dc:subject>
    
    
      <dc:subject>degrade</dc:subject>
    
    
      <dc:subject>enzyme</dc:subject>
    
    
      <dc:subject>fibroblast</dc:subject>
    
    
      <dc:subject>glycosaminoglycans</dc:subject>
    
    
      <dc:subject>grow</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>inflammation</dc:subject>
    
    
      <dc:subject>inflammatory</dc:subject>
    
    
      <dc:subject>lymphocytes</dc:subject>
    
    
      <dc:subject>macrophages</dc:subject>
    
    
      <dc:subject>mesenchymal</dc:subject>
    
    
      <dc:subject>mitosis</dc:subject>
    
    <dc:date>2013-05-21T01:54:02Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-breeding-of-diploid-strains-of-trigonopsis-variabilis-by-protoplast-fusion">
    <title>The breeding of diploid strains of trigonopsis variabilis by protoplast fusion</title>
    <link>http://triscience.com/Cells/Growth/the-breeding-of-diploid-strains-of-trigonopsis-variabilis-by-protoplast-fusion</link>
    <description>Fusion products were prototrophic strains with high stability. The cell size and Dna content were about the sum of cells of the two parent strains. Protein contents of fusion products was higher than ...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>acid</dc:subject>
    
    
      <dc:subject>amino</dc:subject>
    
    
      <dc:subject>biomass</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>fusants</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>hematoxylin</dc:subject>
    
    
      <dc:subject>nuclear</dc:subject>
    
    
      <dc:subject>nucleus</dc:subject>
    
    
      <dc:subject>oxidase</dc:subject>
    
    
      <dc:subject>products</dc:subject>
    
    
      <dc:subject>protein</dc:subject>
    
    
      <dc:subject>prototrophic</dc:subject>
    
    
      <dc:subject>stability</dc:subject>
    
    
      <dc:subject>uninuceated</dc:subject>
    
    <dc:date>2013-05-21T01:53:57Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-bovine-papillomavirus-e5-oncogene-can-cooperate-with-ras-identification-of-p21-amino-acids-critical-for-transformation-by-c-ras-h-but-not-v-ras-h">
    <title>The bovine papillomavirus e5 oncogene can cooperate with ras identification of p21 amino acids critical for transformation by c ras h but not v ras h</title>
    <link>http://triscience.com/Cells/Growth/the-bovine-papillomavirus-e5-oncogene-can-cooperate-with-ras-identification-of-p21-amino-acids-critical-for-transformation-by-c-ras-h-but-not-v-ras-h</link>
    <description>We have previously used a series of insertion-deletion mutants of the mutationally activated v-rasH gene to identify several regions of the encoded protein that are dispensable for cellular transforma...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>acids</dc:subject>
    
    
      <dc:subject>amino</dc:subject>
    
    
      <dc:subject>bekesi</dc:subject>
    
    
      <dc:subject>biol</dc:subject>
    
    
      <dc:subject>biological</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>cellular</dc:subject>
    
    
      <dc:subject>codons</dc:subject>
    
    
      <dc:subject>compatible</dc:subject>
    
    
      <dc:subject>cotransfection</dc:subject>
    
    
      <dc:subject>gene</dc:subject>
    
    
      <dc:subject>genome</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>guanine</dc:subject>
    
    
      <dc:subject>johnsen</dc:subject>
    
    
      <dc:subject>kung</dc:subject>
    
    
      <dc:subject>lesions</dc:subject>
    
    
      <dc:subject>lowy</dc:subject>
    
    
      <dc:subject>mutants</dc:subject>
    
    <dc:date>2013-05-21T01:53:56Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-bos1-gene-encodes-an-essential-27-kd-putative-membrane-protein-that-is-required-for-vesicular-transport-from-the-er-to-the-golgi-complex-in-yeast">
    <title>The bos1 gene encodes an essential 27 kd putative membrane protein that is required for vesicular transport from the er to the golgi complex in yeast</title>
    <link>http://triscience.com/Cells/Growth/the-bos1-gene-encodes-an-essential-27-kd-putative-membrane-protein-that-is-required-for-vesicular-transport-from-the-er-to-the-golgi-complex-in-yeast</link>
    <description>We recently described the identification of Bos1 (Newman, A., J. Shim, and S. Ferro-Novick. 1990. Mol. Cell. Biol. 10:3405-3414). Bos1 is a gene that in multiple copy suppresses the growth and secreti...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>biol</dc:subject>
    
    
      <dc:subject>carboxypeptidase</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>cellular</dc:subject>
    
    
      <dc:subject>ferro</dc:subject>
    
    
      <dc:subject>gene</dc:subject>
    
    
      <dc:subject>golgi</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>hypothesis</dc:subject>
    
    
      <dc:subject>membrane</dc:subject>
    
    
      <dc:subject>mutants</dc:subject>
    
    
      <dc:subject>newman</dc:subject>
    
    
      <dc:subject>novick</dc:subject>
    
    
      <dc:subject>protein</dc:subject>
    
    
      <dc:subject>proteins</dc:subject>
    
    
      <dc:subject>secretion</dc:subject>
    
    
      <dc:subject>secretory</dc:subject>
    
    
      <dc:subject>sequence</dc:subject>
    
    
      <dc:subject>shim</dc:subject>
    
    <dc:date>2013-05-21T01:53:56Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-bloody-tap-obtained-at-amniocentesis-an-analysis-of-its-significance">
    <title>The bloody tap obtained at amniocentesis an analysis of its significance</title>
    <link>http://triscience.com/Cells/Growth/the-bloody-tap-obtained-at-amniocentesis-an-analysis-of-its-significance</link>
    <description>Bloody taps were obtained in 158 out of 5765 (2.7 per cent) middle trimester amniocenteses reviewed. Of these, 70 (44 per cent) contained measurable fetal blood, and 88 (56 per cent) only maternal blo...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>11</dc:subject>
    
    
      <dc:subject>amniocenteses</dc:subject>
    
    
      <dc:subject>amniocentesis</dc:subject>
    
    
      <dc:subject>amniocyte</dc:subject>
    
    
      <dc:subject>fetal</dc:subject>
    
    
      <dc:subject>fetoprotein</dc:subject>
    
    
      <dc:subject>fluid</dc:subject>
    
    
      <dc:subject>trimester</dc:subject>
    
    <dc:date>2013-05-21T01:53:54Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-biological-significance-of-low-testosterone-levels-and-of-adrenal-androgens-in-transplantable-prostate-cancer-lines">
    <title>The biological significance of low testosterone levels and of adrenal androgens in transplantable prostate cancer lines</title>
    <link>http://triscience.com/Cells/Growth/the-biological-significance-of-low-testosterone-levels-and-of-adrenal-androgens-in-transplantable-prostate-cancer-lines</link>
    <description>The transplantable and androgen-dependent human prostate tumor models Pc-82 and Pc-Ew were used to study whether low levels of testosterone and androgens of adrenal origin were capable of stimulating ...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>androgen</dc:subject>
    
    
      <dc:subject>androgens</dc:subject>
    
    
      <dc:subject>androstenedione</dc:subject>
    
    
      <dc:subject>animals</dc:subject>
    
    
      <dc:subject>bromodeoxyuridine</dc:subject>
    
    
      <dc:subject>cancer</dc:subject>
    
    
      <dc:subject>carcinoma</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>dehydroepiandrosterone</dc:subject>
    
    
      <dc:subject>dihydrostestosterone</dc:subject>
    
    
      <dc:subject>dihydrotestosterone</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>human</dc:subject>
    
    
      <dc:subject>intra</dc:subject>
    
    
      <dc:subject>plasma</dc:subject>
    
    
      <dc:subject>pmolg</dc:subject>
    
    
      <dc:subject>prostate</dc:subject>
    
    
      <dc:subject>prostatic</dc:subject>
    
    
      <dc:subject>stimulate</dc:subject>
    
    
      <dc:subject>stimulating</dc:subject>
    
    <dc:date>2013-05-21T01:53:49Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-biological-effects-of-macrophage-colony-stimulating-factor-induced-by-progestin-on-growth-and-differentiation-of-endometrial-adenocarcinoma-cells">
    <title>The biological effects of macrophage colony stimulating factor induced by progestin on growth and differentiation of endometrial adenocarcinoma cells</title>
    <link>http://triscience.com/Cells/Growth/the-biological-effects-of-macrophage-colony-stimulating-factor-induced-by-progestin-on-growth-and-differentiation-of-endometrial-adenocarcinoma-cells</link>
    <description>Progestins have biological effects of regression and differentiation on human endometrial adenocarcinoma. We investigated the effects of progestin on the induction of macrophage-colony-stimulating fac...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>acid</dc:subject>
    
    
      <dc:subject>adenocarcinoma</dc:subject>
    
    
      <dc:subject>agar</dc:subject>
    
    
      <dc:subject>anti</dc:subject>
    
    
      <dc:subject>autocrine</dc:subject>
    
    
      <dc:subject>biological</dc:subject>
    
    
      <dc:subject>cancer</dc:subject>
    
    
      <dc:subject>cdna</dc:subject>
    
    
      <dc:subject>cell</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>colony</dc:subject>
    
    
      <dc:subject>cytoplasm</dc:subject>
    
    
      <dc:subject>endometrial</dc:subject>
    
    
      <dc:subject>estrogen</dc:subject>
    
    
      <dc:subject>expression</dc:subject>
    
    
      <dc:subject>extracted</dc:subject>
    
    
      <dc:subject>gene</dc:subject>
    
    
      <dc:subject>glycogen</dc:subject>
    
    
      <dc:subject>granules</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    <dc:date>2013-05-21T01:53:48Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>


  <item rdf:about="http://triscience.com/Cells/Growth/the-biological-basis-for-conformal-three-dimensional-radiation-therapy">
    <title>The biological basis for conformal three dimensional radiation therapy</title>
    <link>http://triscience.com/Cells/Growth/the-biological-basis-for-conformal-three-dimensional-radiation-therapy</link>
    <description>The recent introduction of new computer technology for treatment planning and computer-driven treatment delivery systems, such as multi-leaf collimators and on-line verification systems, has accelerat...</description>
    
    <dc:publisher>No publisher</dc:publisher>
    <dc:creator>admin</dc:creator>
    <dc:rights></dc:rights>
    
      <dc:subject>atention</dc:subject>
    
    
      <dc:subject>biologic</dc:subject>
    
    
      <dc:subject>cancer</dc:subject>
    
    
      <dc:subject>cells</dc:subject>
    
    
      <dc:subject>clinical</dc:subject>
    
    
      <dc:subject>clonogens</dc:subject>
    
    
      <dc:subject>collimators</dc:subject>
    
    
      <dc:subject>diagnosis</dc:subject>
    
    
      <dc:subject>disease</dc:subject>
    
    
      <dc:subject>growth</dc:subject>
    
    
      <dc:subject>hypothesis</dc:subject>
    
    
      <dc:subject>leaf</dc:subject>
    
    
      <dc:subject>metastases</dc:subject>
    
    
      <dc:subject>metastatic</dc:subject>
    
    
      <dc:subject>micrometastases</dc:subject>
    
    
      <dc:subject>mitotic</dc:subject>
    
    
      <dc:subject>multi</dc:subject>
    
    
      <dc:subject>radiation</dc:subject>
    
    
      <dc:subject>therapy</dc:subject>
    
    
      <dc:subject>treatment</dc:subject>
    
    <dc:date>2013-05-21T01:53:48Z</dc:date>
    <dc:type>Doculite</dc:type>
  </item>





</rdf:RDF>
