plasmid encoding the VSV antigenome, lacking the G gene, and encoding mCherry, for producing recombinant VSV lacking a glycoprotein for pseudotyping assays or for cloning and production of VSV encoding foreign glycoproteins.
plasmid encoding the VSV antigenome, lacking the G gene, and encoding eGFP, for producing recombinant VSV lacking a glycoprotein for pseudotyping assays or for cloning and production of VSV encoding foreign glycoproteins.
The 3' terminal 217 nts of Aeonium ringspot virus RNA1 and RNA2 (excluding the poly(A) tail) are cloned in pGEM-T Easy allowing for transcription of a riboprobe to detect both genomic RNAs.
Unit: 2 micrograms of plasmid DNA, allowing for the synthesis of a probe after T7-driven transcription
The full-length genome of TYLCV (1.7 copies) is cloned in the binary plasmid vector pCambia 0380, allowing transformation into Agrobacterium and infection of plants.
The full-length genome of TYLCV-Mld (2 copies in tandem) is cloned in the binary plasmid vector pCambia 2300 allowing transformation into Agrobacterium and infection of plants
The full-length genome of PYMV-A (1.44 copies) is cloned in the binary plasmid vector pCambia 0380 allowing transformation into Agrobacterium and infection of plants
The full-length genome of PYMV-B component (1.54 copies) is cloned in the binary plasmid vector pCambia 0380, allowing transformation into Agrobacterium and infection of plants
The full-length genome of Tomato leaf curl Comoros virus(1.2 copies) is cloned in the binary plasmid vector pCambia 2300, allowing transformation into Agrobacterium and infection of plants
The full-length genome of CpCDV (1.8 copies) is cloned in the binary plasmid vector pBin19, allowing transformation into Agrobacterium and infection of plants
Unit: 1 microgram, allowing infection of plants following transformation into Agrobacterium
The full-length genome of TYLCSV (1.8 copies) is cloned in the binary plasmid vector pBin19, allowing transformation into Agrobacterium and infection of plants
Unit: 1 microgram, allowing infection of plants following transformation into Agrobacterium
Plasmid contains the entire genome of HIV-1 (NL4-3) with the respective specific mutations in the protease gene. These may confer drug resistance to specific HIV protease inhibitors and have been identified in clinical specimens from individuals with therapeutic failure.