Difference between revisions of "Team:SUSTech Shenzhen/Collaborations"

 
(8 intermediate revisions by 4 users not shown)
Line 8: Line 8:
 
= With SZU-China =
 
= With SZU-China =
  
This year, we found that our interlab study kit had some problems so we again asked our “old neighbor”, Shenzhen University for help. They decided that they won't do interlab study experiment so they kindly give us their interlab study kit.
 
  
[[File:SUSTech_Shenzhen-4D254EAC-3BD8-4C4C-93FC-2043D5BF39DF.png | 1000px | thumb | center ]]
+
{{SUSTech_Image_Center_10 | filename=SUSTech_Shenzhen-4D254EAC-3BD8-4C4C-93FC-2043D5BF39DF.png | caption= | width=1000px }}
  
It seems to be a convention to cooperate with SZU-China iGEM team. Attending iGEM competition and organizing every event well are tough challenges for every team every year. It is comforting to have a reliable friend through time.  
+
There is a long tradition of helping each other between SZU-China iGEM team and us. Participating the iGEM competition is a challenging experience for college students like us, such as multitasking with course studies, other research works in the laboratory, handling administrative works, preparing for unsuspected events etc. It is quite comforting to have a reliable ally battling by your side through the toughest days.
  
In September, when we were all busy with part construction work, they found that their pSB1C3 backbone obtained from the provided kit did not work. As a result, their target gene could not express successfully. After changing their antibiotics, LB agar plate, and all kinds of genes inserted, which did not solve the problem, they came to us for help.  
+
There was quality issues with our Interlab study kit. Our sister university, the Shenzhen University solved our problem with lending us their Interlab study kit.
 +
In September, when we were all busy with our parts construction work, they found that their pSB1C3 backbone provided by the iGEM kit was not working. As a result, their target gene could not be expressed successfully. After exhausted all the possibilities, including changing their antibiotics, LB agar plate, and all kinds of genes inserted, they came to us for help.
  
We provided them with the original backbone and one of our chromoprotein biobrick plasmids with pSB1C3, which was constructed with one red pigment coding sequence eforRed. It is our favorite design that it could express strong crimson color and be used as a reporter indicating whether a ligation process is correct. Our plasmids played a great role in their following experiments.
+
We provided them with the original backbone and pSB1C3 with one of our chromoprotein BioBrick, which had been constructed with red pigment coding sequence eforRed. It is our favorite design in our BioBricks submissions because it could express strong crimson color. The loss of crimson color in colonies after subcloning indicated successful gene insertion. We provided these to our colleagues, which played a great role in their following experiments.
  
[[File:SUSTech_Shenzhen-7969A42C-A7BB-45A1-A89F-260C178B39E8.png | 1000px | thumb | center ]]
+
{{SUSTech_Image_Center_10 | filename=SUSTech_Shenzhen-7969A42C-A7BB-45A1-A89F-260C178B39E8.png | caption= | width=1000px}}
  
 
= With TCU_Taiwan =
 
= With TCU_Taiwan =
  
This year TCU_Taiwan had a great idea to use chromoprotein as a reporter detecting diabetes. As a diagnostic tool, the bacterial indicators were expected to synthesize pigment as soon as possible when detecting glucose level in blood samples or urine samples.
+
This year TCU_Taiwan came up with a great idea to use chromoprotein as a reporter to detecting diabetes. As a diagnostic tool, the bacterial indicators were expected to synthesize pigment as fast as possible when detecting glucose level in blood samples or urine samples.
  
By chance, our team was building our chromoprotein biobricks. Of course, we kindly reminded them the long expression time of chromoprotein and gave them some pertinent suggestions about the probable substitute, such as R-GECO which could respond instantaneously. We really hoped our kind suggestion could help them to improve their design and make it perfect.
+
Our team was also building our chromoprotein BioBricks. We shared our experiences with them them on the long expression time of chromoprotein. We also provided them with alternative suggestions , such as R-GECO which could respond instantaneously. We really hoped our advice could help them to improve their design and results.
  
 
= Special Thanks =
 
= Special Thanks =
  
We have to mention a special group that help us a lot. That is the whole family of iGEM-China. Chinese students now make up a significant part in iGEM. However, due to the Internet barrier, annoying time zone, and the language gap, there are many challenges during the whole competition. So we established a social media group for discussion and for helping each other. All of our communication could be regarded as a cooperation.
+
We have to mention a special group that help us a lot. That is the whole family of iGEM-China. Chinese students are now making up a significant fraction in iGEM competition. However, due to time zone, and the language differences , we faced many challenges throughout the process. So we established a social media group to help each other. Each and every one of us benefited from this group. It is the greatest cooperation that can ever come to our doors.
 
+
We also want to thank the team from NCKU. They organized a wonderful conference to make the teams in the Asia-pacific area get together. We received hospitality and warmest entertainment during those days. It was a really good opportunity to practice our presentation, and, most importantly, make friends with various persons.
+
[[File:SUSTech_Shenzhen-B3BA096CAE97F127AD57FB02DD82EAF7.jpg|800px||thumb|left]]
+
[[File:SUSTech_Shenzhen-37986F142B9DDF746ADE9123D437DEC5.jpg|800px||thumb|left]]
+
  
 +
We also want to thank the team from NCKU. They organized a wonderful conference to give the teams in the Asia-pacific area a chance to discuss their projects together. We received the warmest welcome from the hospitable team members of NCKU and had a great time during the conferences. It was a valuable opportunity to practice our presentation, and, most importantly, make new friends.
 +
{{SUSTech_Image_Center_10 | filename=SUSTech_Shenzhen-B3BA096CAE97F127AD57FB02DD82EAF7.jpg | caption= | width=800px}}
 +
{{SUSTech_Image_Center_10 | filename=SUSTech_Shenzhen-37986F142B9DDF746ADE9123D437DEC5.jpg | caption= | width=800px}}
  
 
{{:Team:SUSTech_Shenzhen/main-content-end}}
 
{{:Team:SUSTech_Shenzhen/main-content-end}}
 
{{:Team:SUSTech_Shenzhen/wiki-footer}}
 
{{:Team:SUSTech_Shenzhen/wiki-footer}}
 
{{:Team:SUSTech_Shenzhen/themeJs}}
 
{{:Team:SUSTech_Shenzhen/themeJs}}

Latest revision as of 13:29, 19 October 2016

Team SUSTC-Shenzhen

Collaborations

Team

With SZU-China

SUSTech Shenzhen-4D254EAC-3BD8-4C4C-93FC-2043D5BF39DF.png

There is a long tradition of helping each other between SZU-China iGEM team and us. Participating the iGEM competition is a challenging experience for college students like us, such as multitasking with course studies, other research works in the laboratory, handling administrative works, preparing for unsuspected events etc. It is quite comforting to have a reliable ally battling by your side through the toughest days.

There was quality issues with our Interlab study kit. Our sister university, the Shenzhen University solved our problem with lending us their Interlab study kit. In September, when we were all busy with our parts construction work, they found that their pSB1C3 backbone provided by the iGEM kit was not working. As a result, their target gene could not be expressed successfully. After exhausted all the possibilities, including changing their antibiotics, LB agar plate, and all kinds of genes inserted, they came to us for help.

We provided them with the original backbone and pSB1C3 with one of our chromoprotein BioBrick, which had been constructed with red pigment coding sequence eforRed. It is our favorite design in our BioBricks submissions because it could express strong crimson color. The loss of crimson color in colonies after subcloning indicated successful gene insertion. We provided these to our colleagues, which played a great role in their following experiments.

SUSTech Shenzhen-7969A42C-A7BB-45A1-A89F-260C178B39E8.png

With TCU_Taiwan

This year TCU_Taiwan came up with a great idea to use chromoprotein as a reporter to detecting diabetes. As a diagnostic tool, the bacterial indicators were expected to synthesize pigment as fast as possible when detecting glucose level in blood samples or urine samples.

Our team was also building our chromoprotein BioBricks. We shared our experiences with them them on the long expression time of chromoprotein. We also provided them with alternative suggestions , such as R-GECO which could respond instantaneously. We really hoped our advice could help them to improve their design and results.

Special Thanks

We have to mention a special group that help us a lot. That is the whole family of iGEM-China. Chinese students are now making up a significant fraction in iGEM competition. However, due to time zone, and the language differences , we faced many challenges throughout the process. So we established a social media group to help each other. Each and every one of us benefited from this group. It is the greatest cooperation that can ever come to our doors.

We also want to thank the team from NCKU. They organized a wonderful conference to give the teams in the Asia-pacific area a chance to discuss their projects together. We received the warmest welcome from the hospitable team members of NCKU and had a great time during the conferences. It was a valuable opportunity to practice our presentation, and, most importantly, make new friends.

SUSTech Shenzhen-B3BA096CAE97F127AD57FB02DD82EAF7.jpg
SUSTech Shenzhen-37986F142B9DDF746ADE9123D437DEC5.jpg

Made by from the iGEM team SUSTech_Shenzhen.

Licensed under CC BY 4.0.