AparnaBio
 
작성일 : 13-01-09
[AparnaBio] InVivoAct™
In vivo에서 RNAi의 활동을 비교하는 데 유용한 negative control 및 positive control 시약입니다.
 
InVivoAct™
Investigate RNAi In Vivo Activity with Negative and Positive Controls
 
 
In vivo에서 RNAi의 활동을 비교하는 데 유용한 negative control 및 positive control 시약입니다.
 
Use of InVivoPlex® with InVivoActTM–hVEGF, a clinically validated target for lung cancer, to treat mice bearing H460
NSCLC subcutaneous tumor 3 times per week for two weeks, results in tumor growth inhibition equivalent to that of an
approved mAb therapeutic using an identical regimen with the same tumor.
 
InVivoActTM RNAi reagents provide standardized negative and positive control treatment groups for in vivo RNAi
studies.  The reagents are provided in a kit designed for InVivoPlex®, or can be used with other in vivo RNAi
formulations.
 
 
Features ;
  • Standardized negative and positive control RNAi agents designed for in vivo studies
  • The negative control RNAi agent lacks biological effects on murine disease models
  • The positive control RNAi agents have been designed for high potency, high selectivity
  • Can be used in multiple dose regimens, dose response studies, to simulate targeted therapy
 
 
Applications ;
  • Perform in vivo RNAi studies with standardized control groups
  • Prioritize promising gene targets relative to clinically validated targets
 
 
Points To Consider ;
 
Use InVivoActTM to evaluate gene or protein inhibition in vivo:
 
InVivoActTM–neg can be used to provide a negative control treatment group in studies to evaluate gene and protein
inhibition by in vivo RNAi formulations, such as InVivoPlex®–Tumor.  For these studies, we recommend three doses such
as on Monday, Wednesday, and Friday, with gene or protein levels assayed the following Monday, comparing the
experimental RNAi group to the negative control treatment group.  
 
Evaluate experimental therapeutic targets in vivo with InVivoPlex®:
 
Use of in vivo RNAi formulations to evaluate candidate therapeutic targets identified with in vitro RNAi studies will usually
require repeated doses to show an effect on tumor behavior, and will require multiple treatment groups with negative
controls and ideally a positive control RNAi agent.  InVivoActTM kits have been developed to provide negative and
positive controls, and are designed for easy use with InVivoPlex®–Tumor.  InVivoActTM–hVEGF was shown to inhibit
H460 tumor as well as the approved mAb therapeutic, and can be used to facilitate validation of more potent targets in
similar tumor cell pathways.  Other InVivoActTM positive control kits are available for other clinically validated targets, for
studies that require a positive control in other biochemical pathways.
 
Regulatory issues for performing InVivoPlex® studies:
 
Use of animals for scientific research usually is subject to national and in some cases regional or local laws.  For laboratories
in the US AparnaBio can help provide draft protocol language and guidance as well as links to information available from
the US Government, and gladly discuss how use of InVivoActTM kits can be described to review committees, including a
description of how its use is consistent with established humane use of experimental animals.
 
Product Summary ;
 
InVivoActTM reagents enable in vivo RNAi studies, providing standardized negative and positive control treatment groups for comparison in studies with experimental RNAi agents.  With these control treatment groups, such studies can
produce clinically relevant information on tumor gene function, candidate targets for therapeutic intervention, and in vivo
validation of RNAi therapeutic candidates.  The InVivoActTM kits supply a concentrated solution of the standardized RNAi
agent and all required buffers for in vivo studies, as well as Vehicle Control Buffer for a vehicle control treatment group.  
These reagents are designed for easy use with InVivoPlex® or can be used with other in vivo RNAi formulations.  
InVivoActTM Kits are available for a negative RNAi that has low activity in murine disease models, and for several clinically
validated targets, including human VEGF and human EGFr.  Kits for other group sizes can be provided upon request.
 
 
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