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  • Team:SupBiotech-Paris/Material & Method
    === Material === <span style="float: right">[[Team:SupBiotech-Paris/Material & Method#drapeau|Back to top]]</span>
    18 KB (2,864 words) - 02:53, 22 October 2009
  • Team:Heidelberg/Notebook MaM
    [[Team:Heidelberg/Notebook_MaM#Material|[Back]]] [[Team:Heidelberg/Notebook_MaM#Material|[Back]]]
    62 KB (8,391 words) - 16:35, 20 November 2009
  • Team:EPF-Lausanne/Survey
    <b>Brothers and sisters have the same genetic material, only their environment make them different: Right or wrong? </b><br> [[Image:Siblings.png|Brothers and sisters have the same genetic material, only their environment make them different: Right or wrong?]]
    22 KB (3,531 words) - 18:23, 21 October 2009
  • Functional biomaterials Idea Approach.html
    ...omains covalently linked to the polypeptides of the cell matrix giving the material new functions such as preventing growth of pathogens, stimulating growth of ...astin-based self-assembling polypeptides, which could form new polypeptide material, that mimics extracellular matrix, which is the natural environment of diff
    8 KB (1,115 words) - 02:31, 22 October 2009
  • Team:Paris/EthicalReportBiosafetyBiosecurity
    ...e heart of that process : from the formulation of the ethical risks to its material and biological answer. ...spirit of synthetic biology. This more academic source does not go through material modes of containment and biological systems of security. It proposes, in a
    39 KB (6,091 words) - 19:56, 21 October 2009
  • Team:Paris/EthicalReportNaturalityArtificiality
    ...ed through Evelyn Fox Keller's writings, scientific work is not only about material production, neither epistemological. It is also a discursive one. Thus, rev ... “living”) or as chassis (referring so to the lexicon of construction, material support) : two ways, two possibilities of perception are offered to us. In
    34 KB (5,309 words) - 19:59, 21 October 2009
  • Team:Tsinghua/Background
    ...terial into the host cell as part of their replication cycle. This genetic material contains basic 'instructions' of how to produce more copies of these viruse ...ontained in the adenoviruses is not transient into the host cell's genetic material, while the DNA molecule is left free in the nucleus of the host cell, leadi
    16 KB (2,474 words) - 16:46, 21 October 2009
  • Team:Valencia/All Definitions
    ...thetic biology is the manipulation of organic material to make new organic material. For example, it is currently mostly applied in DNA, where plasmids for bac *Design of genetic material in organisms to accomplish a task.
    47 KB (6,943 words) - 03:53, 22 October 2009
  • Team:Valencia/Human Practice/Definitions
    Synthetic biology is the manipulation of organic material to make new organic material. For example, it is currently mostly applied in DNA, where plasmids for bac Design of genetic material in organisms to accomplish a task.
    46 KB (6,920 words) - 21:34, 15 October 2009
  • Team:Heidelberg/Notebook synthetic promoters dna
    * Run Gene synthesis PCR (compare material and methods) * Gene synthesis (compare Material and Methods) using the following oligo concentrations and a PCR purificatio
    48 KB (6,939 words) - 23:25, 21 October 2009
  • Team:ULB-Brussels/Project/Biological
    === Material and Methods === To increase the amount of plasmidic material, we performed transformations with DG1 ''E. coli'' competent cells from [ht
    12 KB (1,949 words) - 02:48, 22 October 2009
  • Team:Slovenia/Regulated assembly Results.html
    ...ransmission electron microscopy (''Figure 9''). On ''Figure 9'' the porous material is visible. GyrB-CutA1 model predict that hexahedrons have a diameter of 23 <b>Figure 4:</b> Porous structure of the material consisting of GyrB-CutA1 fusion protein crosslinked by coumermycin. examine
    5 KB (746 words) - 03:38, 22 October 2009
  • Regulated assembly Results.html
    ...d with transmission electron microscopy (Figure 9). On Figure 9 the porous material is visible. GyrB-CutA1 model predict that hexahedrons have a diameter of 23 Figure 9: Porous structure of the material consisting of GyrB-CutA1 fusion protein crosslinked by coumermycin. examine
    5 KB (711 words) - 00:47, 22 October 2009
  • Team:ULB-Brussels/Projet/Introduction
    ...e challenge is to produce large amounts of glue without it sticking to the material where it is produced. The problem of stickiness to the material of the container used to produce the glue was not investigated. In fact, we
    3 KB (433 words) - 12:06, 20 October 2009
  • Team:Imperial College London/M3
    ...thermoinduction, restriction enzymes are expressed that remove the genetic material"> ...ll carrying the protein of interest. This is done by removing the genetic material which renders the cell inanimate. <br>
    8 KB (1,259 words) - 03:54, 22 October 2009
  • Team:TUDelft/Ethics results
    '''3.''' In biology, evolution is the change in the genetic material of a population of organisms from one generation to the next. Should mankin ...at all things are composed of material and all phenomena are the result of material interactions. The statement made is quite extreme, and might go even furthe
    52 KB (8,420 words) - 22:51, 21 October 2009
  • Team:ULB-Brussels/Project/Introduction
    This material is an elastic, gel-like adhesive substance composed of both protein and pol ...e challenge is to produce large amounts of glue without it sticking to the material where it is produced.
    4 KB (644 words) - 02:13, 22 October 2009
  • Team:Slovenia/Regulated assembly Idea Approach.html
    ...mycin and novobiocin respectively and observed the porous structure of the material at the nanoscale by transmission electron microscope. ...on by CutA1 (A). Transmission electron microscopic image of gyrB-CutA1 (B) material crosslinked by coumermycin, which forms hexagonal pores (shown in cyan).
    7 KB (1,023 words) - 02:56, 22 October 2009
  • Regulated assembly Idea Approach.html
    ...mycin and novobiocin respectively and observed the porous structure of the material at the nanoscale by transmission electron microscope. ...on by CutA1 (A). Transmission electron microscopic image of gyrB-CutA1 (B) material crosslinked by coumermycin, which forms hexagonal pores (shown in cyan).
    7 KB (1,011 words) - 02:38, 22 October 2009
  • Sponsorship
    * Registration packet material * Registration packet material
    6 KB (773 words) - 14:15, 29 September 2009

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