In addition to the information above, here is a curated collection of images related to Sirna Mediated Screen Experimental Approach And Reconstruction Of The 1.
- Cellular Transcriptional Profiling-based Sirna Screen For Host Factors ...
- Gene Silencing By Design
- A Schematic Representation Of The Experimental Protocol For The Sirna ...
- Small Interfering Rna (sirna)-based Gene Silencing. First, A Precursor ...
- Detection Of Sirna Mediated Protein Knockdown With Immunofluorescence ...
 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                 
                                +Experimental+design+of+siRNA+injection+into+the+dorsal+striatum+and+following+behavioral+tests.+A+diagram+showing+siRNA+injection+sites+in+the+dorsal+striatum+(AP%2C+%2B1.0%3B+ML%2C+%C2%B11.5%3B+DV%2C+%E2%88%923.6+mm).+Representative+photomicrograph+showing+the+dorsal+striatum+injected+with+fluorescence-tagged+siRNA-control.+Brain+sections+were+prepared+2+days+after+siRNA+injection.+dST:+dorsal+striatum%3B+cc:+corpus+callosum.+(B)+Real-time+PCR+data+showing+the+level+of+siRNA-induced+knockdown+of+Shank3%2C+Nlgn3%2C+Fmr1%2C+Mecp2+and+Tsc1+in+HT22+cells.+Cells+were+harvested+24+h+after+siRNA+transfection.+(C%2C+D)+Grooming+(C)+and+digging+(D)+behaviors+of+mice+with+the+knockdown+of+Shank3%2C+Nlgn3%2C+Fmr1%2C+Mecp2+or+Tsc1+in+the+dorsal+striatum.+(E%2C+F)+Experimental+design+of+the+social+novelty+preference+test+using+U-field+two-choice+field+(E).+The+exploration+time+of+mice+with+the+knockdown+of+Shank3%2C+Nlgn3%2C+Fmr1%2C+Mecp2+or+Tsc1in+the+dorsal+striatum+(F).+(G%2C+H)+Experimental+design+of+novel+object+preference+(G)%2C+and+sniffing+time+against+the+object+of+mice+with+the+knockdown+of+Shank3%2C+Nlgn3%2C+Fmr1%2C+Mecp2+or+Tsc1+in+the+dorsal+striatum+(H).+n%3D6%E2%80%938+animals.+(I)+Real-time+PCR+data+showing+the+siRNA-induced+knockdown+of+Mecp2+and+Tsc1+in+the+dorsal+striatum+of+WT+mice+(I).+n%3D3+animals%2C+and+3+PCR+repeats+for+each+siRNA.+(J%2C+K)+Experimental+design+of+the+three+chamber+test+(.jpg) 
                                 
                                 
                                 
                                 
                                 
                             
                             
                             
                            