Difference between revisions of "Team:TU Dresden/Playground"

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       <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
 
       <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
 +
          class="zoom">
 +
      <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
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</figure>
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Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria.
 +
    These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings.
 +
    Using the powerful genetics of <i>Bacillus subtilis</i> and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell.
 +
    With this unique setup, we provide a whole new universe of applications to the iGEM community.
 +
</figure>
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<figure>
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    <figure class="makeresponsive floatleft" style="width: 50%;">
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
 +
          class="zoom">
 +
      <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
 +
</figure>
 +
Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria.
 +
    These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings.
 +
    Using the powerful genetics of <i>Bacillus subtilis</i> and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell.
 +
    With this unique setup, we provide a whole new universe of applications to the iGEM community.
 +
</figure>
 +
 +
<!-- STYLING TEXT -->
 +
    <p>You can make text <b>bold</b>, tief<sub>gestellt</sub>, <i>italic</i> and so on. Ask google or me for the right tags if you want to do something more fancy. :)</p>
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<!-- INCLUDE SEVERAL PICTURES NEXT TO EACH OTHER LIKE THIS -->
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    <figure>
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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          style="width: 32%;"
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          class="makeresponsive">
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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          style="width: 32%;"
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          class="makeresponsive">
 +
      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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          style="width: 32%;"
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          class="makeresponsive">
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      <figcaption>This is an example picture</figcaption>
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    </figure>
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  <figure>
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    <figure style="width: 32%;">
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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          class="makeresponsive zoom">
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      <figcaption>This is example picture 1</figcaption>
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    </figure>
 +
    <figure style="width: 32%;">
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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      <figcaption>This is example picture 2</figcaption>
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    </figure>
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    <figure style="width: 32%;">
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
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          alt="An example picture to show how to include them."
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      <figcaption>This is example picture 3</figcaption>
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    </figure>
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    <figcaption> Caption for all three figures </figcaption>
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<div id="pagebanner" style="background-image: url(https://static.igem.org/mediawiki/2017/6/6a/T--TU_Dresden--planet--galaxy.png);padding-top: 0;">
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<svg viewBox="0 0 2200 1000" width="100%" onload="init(evt)">
 
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      <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
 
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Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria.
 
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    These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings.
 
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    Using the powerful genetics of <i>Bacillus subtilis</i> and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell.
 
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    With this unique setup, we provide a whole new universe of applications to the iGEM community.
 
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
 
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          alt="An example picture to show how to include them."
 
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          class="zoom">
 
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      <figcaption><b>Figure 1: Example.</b> This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.</figcaption>
 
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</figure>
 
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Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria.
 
−
    These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings.
 
−
    Using the powerful genetics of <i>Bacillus subtilis</i> and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell.
 
−
    With this unique setup, we provide a whole new universe of applications to the iGEM community.
 
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</figure>
 
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<!-- STYLING TEXT -->
 
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    <p>You can make text <b>bold</b>, tief<sub>gestellt</sub>, <i>italic</i> and so on. Ask google or me for the right tags if you want to do something more fancy. :)</p>
 
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      <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
 
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      <figcaption>This is example picture 3</figcaption>
 
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<figure>
 
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     <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"
 
     <img src="https://static.igem.org/mediawiki/2017/f/f4/TU_Dresden_Meetup_10.jpg"

Revision as of 22:10, 1 November 2017

Entering A Whole New Universe Of Applications!

Section title

Subsection title

This is an even smaller heading

This is example text. I copied the abstract here to fill some space: Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria.

These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings.

Using the powerful genetics of Bacillus subtilis and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell.

With this unique setup, we provide a whole new universe of applications to the iGEM community.

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  • Secont Item
  • Third Item
  • First Item
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Primerlist Primerlist

EncaBcillus - It's a trap!

An example picture to show how to include them.
Figure 1: Example. This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.
An example picture to show how to include them.
Figure 1: Example. This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.
Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria. These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings. Using the powerful genetics of Bacillus subtilis and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell. With this unique setup, we provide a whole new universe of applications to the iGEM community.
An example picture to show how to include them.
Figure 1: Example. This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture This is an example picture End of the figures caption is here.
Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria. These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings. Using the powerful genetics of Bacillus subtilis and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell. With this unique setup, we provide a whole new universe of applications to the iGEM community.

You can make text bold, tiefgestellt, italic and so on. Ask google or me for the right tags if you want to do something more fancy. :)

An example picture to show how to include them. An example picture to show how to include them. An example picture to show how to include them.
This is an example picture
An example picture to show how to include them.
This is example picture 1
An example picture to show how to include them.
This is example picture 2
An example picture to show how to include them.
This is example picture 3
Caption for all three figures
EncaBcillus It´s a trap! Tooltip
An example picture to show how to include them.

EncaBcillus - It's a trap!

Synthetic biology wants to go beyond the pure biological by integrating concepts from chemistry or physics into the living world. At this interphase, our project wants to introduce Peptidosomes as a new fundamental approach for generating and applying encapsulated bacteria. These spheres possess advantageous properties like stability in different media and a mesh-like structure that allows for the selective exchange of compounds via diffusion. Therefore, we are able to benefit from the entrapped cells' abilities, while ensuring that they are not released into their surroundings. Using the powerful genetics of Bacillus subtilis and its secretory capabilities we demonstrate communication and cooperation between separately encapsulated bacterial populations as well as the environment. Peptidosomes can be further enhanced by incorporating magnetic or biological beads - which can be functionalized with proteins - into their peptide-based shell. With this unique setup, we provide a whole new universe of applications to the iGEM community.

LINKS

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