![]() C:\Program Files (x86)\CLC Main Workbench 5\data\databases\univec\UniVec.fasta.C:\Program Files (x86)\CLC Main Workbench 5\data\BLOSUM80.C:\Program Files (x86)\CLC Main Workbench 5\data\BLOSUM62.C:\Program Files (x86)\CLC Main Workbench 5\data\BLOSUM45.C:\Program Files (x86)\CLC Main Workbench 5\Conversion.jar.C:\Program Files (x86)\CLC Main Workbench 5\CLCWorkbench.jar.C:\Program Files (x86)\CLC Main Workbench 5\clcmainwb5.vmoptions.C:\Program Files (x86)\CLC Main Workbench 5\clcmainwb5.exe.C:\Program Files (x86)\CLC Main Workbench 5\CLC-LICENSE-CLCMAINWB.lic.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\52_microarray.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\51_multiplexing.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\40_rna.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\32_epcr.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\31_gatewaycloning.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\30_gene.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\20_protein.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\11_mlphylo.jar.C:\Program Files (x86)\CLC Main Workbench 5\clc_plugins\10_progene.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\free-base.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-rna.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-protein.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-progene.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-gene.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-free.jar.C:\Program Files (x86)\CLC Main Workbench 5\api\api-base.jar.The files below are left behind on your disk when you remove CLC Main Workbench 5.5: C:\Program Files (x86)\CLC Main Workbench 6.C:\Program Files (x86)\CLC Main Workbench 5.Some files, folders and Windows registry data will be left behind when you want to remove CLC Main Workbench 5.5 from your computer. The information on this page is only about version 5.5 of CLC Main Workbench 5.5. They occupy about 8.54 MB ( 8950840 bytes) on disk. The executables below are part of CLC Main Workbench 5.5. Usually the CLC Main Workbench 5.5 application is found in the C:\Program Files (x86)\CLC Main Workbench 5 directory, depending on the user's option during setup. CLC Main Workbench 5.5's entire uninstall command line is C:\Program Files (x86)\CLC Main Workbench 5\uninstall.exe. clcmainwb5.exe is the programs's main file and it takes close to 167.50 KB (171520 bytes) on disk. 2.5.1 using the level 2 GO vocabulary: (A) Biological process terms, (B) Cellular component terms and (C) Molecular function terms.A way to uninstall CLC Main Workbench 5.5 from your systemThis page contains complete information on how to remove CLC Main Workbench 5.5 for Windows. The Windows release was developed by CLC bio A/S. Go over here for more info on CLC bio A/S. More details about the app CLC Main Workbench 5.5 can be seen at. The analysis was performed with Blast2Go v. inaequalis inoculated (I) and uninoculated (N) leaves at 72 and 96 hours post inoculation. ![]() ![]() L1 and L7 correspond to Leaf 1 and Leaf 7 for V. Gene ontology (GO) functional annotation of the 20 most abundant transcripts of each cDNA library. Summary of the candidate genes for the ontogenic resistance in Apple found at 72 and 96(hpi). Significant differences between qRT-PCR and RNA-seq data are indicated with * ( p<0.05) and ** ( p<0.01). PX3: Peroxidase 3 EDS1: Enhanced Disease Susceptibility 1 LOX: Lipoxygenase MT3: Metallothionein 3-like LTP: Lipid Transfer Protein. Genes differentially expressed between young (L1: white bars) and old (L7: gray bars) apple leaves. Quantitative reverse-transcription real-time PCR (qRT-PCR) validation of the candidate genes. MapMan ontogenic resistance overview map at 96-inoculation (hpi). Red: up-regulation and Blue: down-regulation of genes. L7) for both uninoculated (A) and inoculated (B) leaves. MapMan ontogenic resistance overview map at 72-inoculation (hpi).ĭifferentially expressed genes found between young and old leaves (L1 vs. Reads and genes mapped in each generated cDNA library. ![]() Genes differentially expressed for leaves of different age (L1 and L7), for inoculated and uninoculated leaves (I and N), and for the two time point analysed (72 and 96 hpi). Principal component analysis performed with the CLC Genomics Workbench v. ![]()
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