In vivo RNAi
RNAi is a powerful experimental tool to knockdown expression of selected gene. Scientists in Mt. Baker Bio have extensive experiences in the offered RNAi services. We guarantee the results of our services.
In vivo RNAi formulation
Mt. Baker Bio offers in vivo siRNA delivery formulation services with our propriety delivery technology which has been confirmed by big pharmaceutical and biotechnology companies. Currently, Mt. Baker Bio offers selective tissue in vivo siRNA delivery formulations for liver, lung, and tumor. We continue adding more tissue-selective siRNA delivery formulations such as dermal, local, and bone marrow for our customers. For more information, please contact us.
Identify drug target and validate gene functions by using RNAi in vivo and in vitro
The service can include design and synthesis of siRNA targeting the gene of your interest, screening and identifying the most potent siRNA, making and optimizing siRNA delivery formulation for your siRNA, dosing animal or/and transfecting cultured cells with formulated siRNA, analyzing phenotypic changes and knockdown of gene expression, providing you the raw data and full report of the study.
Offer service of silencing the gene of your interest in animal or cell culture. We can also analyze knockdown of gene expression for you or/and send you the harvested samples for your own analysis. The services can include design and construct siRNA or/and shRNA, transfecting cells, real-time PCR analysis of gene expression knockdown in cell culture or/and in animals. We offer service of optimizing transfection of your siRNA in animal or/and in cell culture with our propriety formulation technologies.
We have many propriety compounds which are good for in vivo and in vitro siRNA delivery. We can develop in vivo and in vitro siRNA delivery reagents for your needs.
Silencing gene of your interest
Screening potent siRNA and shRNA
siRNA transfection optimization
Development of siRNA transfection reagents
Design and synthesis of siRNA
For ordering click here; for more information, contact us.


