Identification of neural outgrowth genes using genome-wide RNAi.

Yleiskielen mukainen potentiaali on vain yksi lienee-muodon kielenkäytössä esiintyvistä käyttötavoista: toisinaan se esiintyy irrallaan olla-verbin paradigmasta, kuten lienee teke-

The use of reverse genetic tools such as RNA interference (RNAi) therefore represents an alternative strategy to identify host proteins that might be important for T. cruzi

To identify novel downstream genes affecting dauer formation, we used RNAi to screen candidate genes previously identified to be regulated by DAF-16.. We used a sensitized

To address this, we took advantage of the tractable genetic model Caenorhabditis elegans expressing expanded polyglutamines (polyQ) and performed a genome-wide RNA interference

rrf-3 , we reproducibly detected the published phenotypes for 34 genetic mutants for which no RNAi phenotype was reported in the N2 screens (nine essential genes, 21 with

In this study, we performed a genome-wide identification and characterisation of invertase genes from Populus and revealed an invertase gene family with a total of 24 members

We reduced the dose of the second RNAi ( lac2 RNAi) to 500 ng/mL to test whether we could make the assay system more specific to the genes involved in RNAi, however, the

To identify novel host proteins involved in various aspects of alphavirus infection, we performed a genome-wide RNA interfer- ence screen using the prototype alphavirus Sindbis

To analyze the genome content of the sponge isolates, we constructed orthologous genes groups using 14 Streptomyces species genomes (for details, see Materials and Methods), and