"
Team:UEA-JIC Norwich/Weekthirteen
From 2011.igem.org
(Created page with "{{Banner}} __NOTOC__ <br>Monday 4th September <br> Ben Jevans carried out a PCR of the miniprepped Ble and G-Luc plasmids and ran a gel, then performed another mini-prep and gel ...") |
|||
| (One intermediate revision not shown) | |||
| Line 1: | Line 1: | ||
{{Banner}} | {{Banner}} | ||
__NOTOC__ | __NOTOC__ | ||
| - | < | + | |
| - | < | + | <h2>[[File:mon13.jpg]]</h2> |
| + | <p> | ||
Ben Jevans carried out a PCR of the miniprepped Ble and G-Luc plasmids and ran a gel, then performed another mini-prep and gel on twelve previously made cultures. The results of the first mini-prep look good and well as the results from the second mini-prep. | Ben Jevans carried out a PCR of the miniprepped Ble and G-Luc plasmids and ran a gel, then performed another mini-prep and gel on twelve previously made cultures. The results of the first mini-prep look good and well as the results from the second mini-prep. | ||
| - | < | + | <h2>[[File:Tue13.jpg]]</h2> |
| - | < | + | |
A restriction digest and gel were performed on the pSAD and G-Luc product, results here looked fairly decent. Mark and Mario return to boot up some more transformation and testing in algae, they get all the equipment ready for the following days to come and do a restriction digest on the G-Luc plasmid so it is linearised . Alistair performed a restriction digest using XbaI and SpeI on his CaMV product but got disappointing results as it looked like the CaMV promoter had not been inserted into the intermediate vector. | A restriction digest and gel were performed on the pSAD and G-Luc product, results here looked fairly decent. Mark and Mario return to boot up some more transformation and testing in algae, they get all the equipment ready for the following days to come and do a restriction digest on the G-Luc plasmid so it is linearised . Alistair performed a restriction digest using XbaI and SpeI on his CaMV product but got disappointing results as it looked like the CaMV promoter had not been inserted into the intermediate vector. | ||
| - | < | + | <h2>[[File:Wed13.jpg]]</h2> |
| - | < | + | |
| - | + | ||
| - | + | Ben Jevans repeated his digest on the pSAD and G-Luc as well as the addition of a new digest of the cholarmphenicol plasmid containing red fluorescent protein (RFP). These were ran on gels and extracted afterwards; once successfully extracted a DNA ligation was performed. Mario and Mark performed a transformation in algae using the conventional glass bead method in collaboration with starch embedding to help ensure a higher chance of transformants. Alistair performed control digests checking the activity of the enzymes to ensure that they are functioning correctly, and they were found to be working correctly. Likely assumption is that the product was not inserted. | |
<br> | <br> | ||
| - | + | <br> | |
| + | Kimberley confirmed she had the necessary funding from STEMNET in order to buy materials for the school activities. | ||
| - | < | + | <h2>[[File:Thur13.jpg]]</h2> |
| + | |||
| + | Ben Jevans runs a gel for his product of ligation made on the previous day, results attained are not quite what was wanted. Another PCR was then conducted upon the pSAD terminator and arginine biosynthesis genes. A restriction digest was done upon the G-Luc plasmid and all three products were ran on a gel,extracted and then ligated together. A transformation using the chloramphenicol plasmid ligated with the pSAD terminator was performed also. Mark and Mario conducted a second transformation in algae via the method of electroporation and starch embedding, planning for future tests are to begin. | ||
<br> | <br> | ||
| + | <br> | ||
| + | Kimberley met with Elspeth Latimer, the writer for the SAW project, to discuss the activities she had planned. | ||
| + | |||
| + | <h2>[[File:Fri13.jpg]]</h2> | ||
| + | |||
Ben Jevans starts the day by carrying out colony PCR on the colonies picked off the plates made and grown the previous day containing the pSAD promoter in the chloramphenicol plasmid. A gel was ran and extraction of the pSAD-T, ARG-biosynthesis and G-Luc digestion products were cloned into a pGEM-T easy vector. Mario and Mark today performed tests in algae to gather some information about its growing conditions and preferred niche. Alistair performed another cloning experiment with purified PCR product for the CaMV promoter and attempted to ligate it into the pGEM-T easy vector, which was left to ligate overnight. | Ben Jevans starts the day by carrying out colony PCR on the colonies picked off the plates made and grown the previous day containing the pSAD promoter in the chloramphenicol plasmid. A gel was ran and extraction of the pSAD-T, ARG-biosynthesis and G-Luc digestion products were cloned into a pGEM-T easy vector. Mario and Mark today performed tests in algae to gather some information about its growing conditions and preferred niche. Alistair performed another cloning experiment with purified PCR product for the CaMV promoter and attempted to ligate it into the pGEM-T easy vector, which was left to ligate overnight. | ||
| - | < | + | <h2>[[File:Sat13.jpg]]</h2> |
| - | < | + | |
| - | + | ||
| - | + | Alistair performed a transformation of his ligation product and Ben Jevans ligation product. Was left to grow overnight. | |
<br> | <br> | ||
| + | <br> | ||
| + | Kimberley bought all the materials needed for her activity as part of the SAW project and set to work on the desert setting that would be used in the school. | ||
| + | |||
| + | <h2>[[File:Sun13.jpg]]</h2> | ||
| + | |||
A miniprep was conducted upon the cultures made from colony PCR, this includes E.coli transformed with the ligation product of insert plus the chloramphenicol plasmid and E.coli transformed with ligation product of insert and the pGEM-T easy vector. | A miniprep was conducted upon the cultures made from colony PCR, this includes E.coli transformed with the ligation product of insert plus the chloramphenicol plasmid and E.coli transformed with ligation product of insert and the pGEM-T easy vector. | ||
Latest revision as of 02:32, 21 September 2011
Ben Jevans carried out a PCR of the miniprepped Ble and G-Luc plasmids and ran a gel, then performed another mini-prep and gel on twelve previously made cultures. The results of the first mini-prep look good and well as the results from the second mini-prep.
A restriction digest and gel were performed on the pSAD and G-Luc product, results here looked fairly decent. Mark and Mario return to boot up some more transformation and testing in algae, they get all the equipment ready for the following days to come and do a restriction digest on the G-Luc plasmid so it is linearised . Alistair performed a restriction digest using XbaI and SpeI on his CaMV product but got disappointing results as it looked like the CaMV promoter had not been inserted into the intermediate vector.
Ben Jevans repeated his digest on the pSAD and G-Luc as well as the addition of a new digest of the cholarmphenicol plasmid containing red fluorescent protein (RFP). These were ran on gels and extracted afterwards; once successfully extracted a DNA ligation was performed. Mario and Mark performed a transformation in algae using the conventional glass bead method in collaboration with starch embedding to help ensure a higher chance of transformants. Alistair performed control digests checking the activity of the enzymes to ensure that they are functioning correctly, and they were found to be working correctly. Likely assumption is that the product was not inserted.
Kimberley confirmed she had the necessary funding from STEMNET in order to buy materials for the school activities.
Ben Jevans runs a gel for his product of ligation made on the previous day, results attained are not quite what was wanted. Another PCR was then conducted upon the pSAD terminator and arginine biosynthesis genes. A restriction digest was done upon the G-Luc plasmid and all three products were ran on a gel,extracted and then ligated together. A transformation using the chloramphenicol plasmid ligated with the pSAD terminator was performed also. Mark and Mario conducted a second transformation in algae via the method of electroporation and starch embedding, planning for future tests are to begin.
Kimberley met with Elspeth Latimer, the writer for the SAW project, to discuss the activities she had planned.
Ben Jevans starts the day by carrying out colony PCR on the colonies picked off the plates made and grown the previous day containing the pSAD promoter in the chloramphenicol plasmid. A gel was ran and extraction of the pSAD-T, ARG-biosynthesis and G-Luc digestion products were cloned into a pGEM-T easy vector. Mario and Mark today performed tests in algae to gather some information about its growing conditions and preferred niche. Alistair performed another cloning experiment with purified PCR product for the CaMV promoter and attempted to ligate it into the pGEM-T easy vector, which was left to ligate overnight.
Alistair performed a transformation of his ligation product and Ben Jevans ligation product. Was left to grow overnight.
Kimberley bought all the materials needed for her activity as part of the SAW project and set to work on the desert setting that would be used in the school.
