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- | {{:Team:Heidelberg/Template}} | + | {{:Team:Heidelberg/Single}} |
- | {{:Team:Heidelberg/Pagetop|note_mouse}} | + | {{:Team:Heidelberg/Single_Pagetop|note_virobytes}} |
- | | + | {{:Team:Heidelberg/Side_Top}} |
- | =October=
| + | |
- | | + | |
- | ===15/10/2010===
| + | |
- | * organize 600 Million HEK293T cells
| + | |
- | * prepare 2 liter of media
| + | |
- | | + | |
- | ==17/10/2010==
| + | |
- | * plate 100x 15cm dishes with each 5.5*10^6 cells
| + | |
- | | + | |
- | ==18/10/2010==
| + | |
- | * due to contamination 70 new plates are seeded in the afternoon
| + | |
- | ==19/10/2010==
| + | |
- | * triple transfection with PEI using standard protocol for triple transfection:
| + | |
- | * set-up of the plate:
| + | |
- | ** 1) off target: construct M23 with perfect binding site for miR122, AAV8 serotype (AAV8), Adenohelper virus 5 (Ad5)
| + | |
- | ** 2) control: pBSU6Sv40Luc2 transgene in ITRs transfected together with shuffeled capsid of the 50 clones which was capable of transducing Huh7 and HepG2 cells, Ad 5
| + | |
- | ** 3) control: pBSU6sv40Luc 2 transgene, AAV8, Ad 5
| + | |
- | ** 4) shRNA miR expression vector for miRhaat (pBSU6H1haat), AAV8, Ad 5
| + | |
- | ** 5) the same as 4)
| + | |
- | ** 6) tuning construct: perfect binding site for shRNA miRhaat (M1), AAV8, Ad5
| + | |
- | ** 7) tuning construct: imperfect binding site randomized from nucleotide 9-12 (M9), AAV8, Ad5
| + | |
- | ==21/10/2010==
| + | |
- | * harvest 70 plates of Hek cells
| + | |
- | * centrifuge: 10 min at 1500 rpm
| + | |
- | * wash with 30ml 1xPBS
| + | |
- | * centrifuge: 10 min at 1500 rpm
| + | |
- | * start freeze and thaw cycles
| + | |
- | * pour the gradient
| + | |
- | * centrifuge in the ultracentrifuge for 2h at 10°C and 50K
| + | |
- | * soak out the purified virus out of the 40% phase
| + | |
- | | + | |
- | ==22/10/2010==
| + | |
- | * double check the titre of capsids via dot plat and the packaged DNA via viral DNA extraction and running on an agarose gel using a virus with a known titre as a control
| + | |
- | * mice were injected the following:
| + | |
- | * 1) SV40-Luc2-miR122 perfect binding site in AAV8 capsid
| + | |
- | * 2) SV40-Luc2 in our shuffeled capsid
| + | |
- | * 3) SV40-Luc2 in AAV8 capsid
| + | |
- | * 4) SV40-Luc2-miRhaat perfect binding site in AAV8 capsid
| + | |
- | * 5) SV40-Luc2-miRhaat imperfect binding site (9-12) in AAV8 capsid
| + | |
- | * 6) Sv40-Luc2-miRhaat perfect binding site double injected with H1-shhaat both in AAV8 capsid
| + | |
- | * 7) Sv40-Luc2-miRhaat imperfect binding site double injected with H1-shhaat both in AAV8 capsid
| + | |
- | ==25/10/2010==
| + | |
- | *plate 40 15 cm dishes with 5.5*10^6 cells per dish
| + | |
- | ==26/10/2010==
| + | |
- | *transfect all 40 plates using PEI transfection buffer and the following set-up
| + | |
- | ==27/10/2010==
| + | |
- | * bioluminescence measurements on mice from the first injection round
| + | |
- | | + | |
- | | + | |
- | | + | |
- | | + | |
- | {{:Team:Heidelberg/Pagemiddle}} | + | |
| {| cellpadding="5" cellspacing="0" style="text-align: center; color:#009be1; border: 3px solid #009be1;" | | {| cellpadding="5" cellspacing="0" style="text-align: center; color:#009be1; border: 3px solid #009be1;" |
| |- border="0" | | |- border="0" |
Line 110: |
Line 58: |
| | colspan="7"| <span style="color:#ffffff">-</span> | | | colspan="7"| <span style="color:#ffffff">-</span> |
| |} | | |} |
- | {{:Team:Heidelberg/Bottom}} | + | {{:Team:Heidelberg/Side_Bottom}} |
| + | __NOTOC__ |
| + | =October= |
| + | |
| + | ===15/10/2010=== |
| + | * organize 600 Million HEK293T cells |
| + | * prepare 2 liter of media |
| + | |
| + | ===17/10/2010=== |
| + | * plate 100x 15cm dishes with each 5.5*10^6 cells |
| + | |
| + | ===18/10/2010=== |
| + | * due to contamination 70 new plates are seeded in the afternoon |
| + | ===19/10/2010=== |
| + | * triple transfection with PEI using standard protocol for triple transfection: |
| + | * set-up of the plate: |
| + | ** 1) off target: construct M23 with perfect binding site for miR122, AAV8 serotype (AAV8), Adenohelper virus 5 (Ad5) |
| + | ** 2) control: pBSU6Sv40Luc2 transgene in ITRs transfected together with shuffeled capsid of the 50 clones which was capable of transducing Huh7 and HepG2 cells, Ad 5 |
| + | ** 3) control: pBSU6sv40Luc 2 transgene, AAV8, Ad 5 |
| + | ** 4) shRNA miR expression vector for miRhaat (pBSU6H1haat), AAV8, Ad 5 |
| + | ** 5) the same as 4) |
| + | ** 6) tuning construct: perfect binding site for shRNA miRhaat (M1), AAV8, Ad5 |
| + | ** 7) tuning construct: imperfect binding site randomized from nucleotide 9-12 (M9), AAV8, Ad5 |
| + | ===21/10/2010=== |
| + | * harvest 70 plates of Hek cells |
| + | * centrifuge: 10 min at 1500 rpm |
| + | * wash with 30ml 1xPBS |
| + | * centrifuge: 10 min at 1500 rpm |
| + | * start freeze and thaw cycles |
| + | * pour the gradient |
| + | * centrifuge in the ultracentrifuge for 2h at 10°C and 50K |
| + | * soak out the purified virus out of the 40% phase |
| + | |
| + | ===22/10/2010=== |
| + | * double check the titre of capsids via dot plat and the packaged DNA via viral DNA extraction and running on an agarose gel using a virus with a known titre as a control |
| + | * mice were injected the following: |
| + | * 1) SV40-Luc2-miR122 perfect binding site in AAV8 capsid |
| + | * 2) SV40-Luc2 in our shuffeled capsid |
| + | * 3) SV40-Luc2 in AAV8 capsid |
| + | * 4) SV40-Luc2-miRhaat perfect binding site in AAV8 capsid |
| + | * 5) SV40-Luc2-miRhaat imperfect binding site (9-12) in AAV8 capsid |
| + | * 6) Sv40-Luc2-miRhaat perfect binding site double injected with H1-shhaat both in AAV8 capsid |
| + | * 7) Sv40-Luc2-miRhaat imperfect binding site double injected with H1-shhaat both in AAV8 capsid |
| + | ===25/10/2010=== |
| + | *plate 40 15 cm dishes with 5.5*10^6 cells per dish |
| + | ===26/10/2010=== |
| + | *transfect all 40 plates using PEI transfection buffer and the following set-up |
| + | ===27/10/2010=== |
| + | * bioluminescence measurements on mice from the first injection round |
| + | |
| + | {{:Team:Heidelberg/Single_Bottom}} |
October
15/10/2010
- organize 600 Million HEK293T cells
- prepare 2 liter of media
17/10/2010
- plate 100x 15cm dishes with each 5.5*10^6 cells
18/10/2010
- due to contamination 70 new plates are seeded in the afternoon
19/10/2010
- triple transfection with PEI using standard protocol for triple transfection:
- set-up of the plate:
- 1) off target: construct M23 with perfect binding site for miR122, AAV8 serotype (AAV8), Adenohelper virus 5 (Ad5)
- 2) control: pBSU6Sv40Luc2 transgene in ITRs transfected together with shuffeled capsid of the 50 clones which was capable of transducing Huh7 and HepG2 cells, Ad 5
- 3) control: pBSU6sv40Luc 2 transgene, AAV8, Ad 5
- 4) shRNA miR expression vector for miRhaat (pBSU6H1haat), AAV8, Ad 5
- 5) the same as 4)
- 6) tuning construct: perfect binding site for shRNA miRhaat (M1), AAV8, Ad5
- 7) tuning construct: imperfect binding site randomized from nucleotide 9-12 (M9), AAV8, Ad5
21/10/2010
- harvest 70 plates of Hek cells
- centrifuge: 10 min at 1500 rpm
- wash with 30ml 1xPBS
- centrifuge: 10 min at 1500 rpm
- start freeze and thaw cycles
- pour the gradient
- centrifuge in the ultracentrifuge for 2h at 10°C and 50K
- soak out the purified virus out of the 40% phase
22/10/2010
- double check the titre of capsids via dot plat and the packaged DNA via viral DNA extraction and running on an agarose gel using a virus with a known titre as a control
- mice were injected the following:
- 1) SV40-Luc2-miR122 perfect binding site in AAV8 capsid
- 2) SV40-Luc2 in our shuffeled capsid
- 3) SV40-Luc2 in AAV8 capsid
- 4) SV40-Luc2-miRhaat perfect binding site in AAV8 capsid
- 5) SV40-Luc2-miRhaat imperfect binding site (9-12) in AAV8 capsid
- 6) Sv40-Luc2-miRhaat perfect binding site double injected with H1-shhaat both in AAV8 capsid
- 7) Sv40-Luc2-miRhaat imperfect binding site double injected with H1-shhaat both in AAV8 capsid
25/10/2010
- plate 40 15 cm dishes with 5.5*10^6 cells per dish
26/10/2010
- transfect all 40 plates using PEI transfection buffer and the following set-up
27/10/2010
- bioluminescence measurements on mice from the first injection round
|