Project description:Neurospora intermedia is a heterothallic filamentous ascomycete. In this study we use microarray technology to study the difference in gene expression between vegetative growth and early reproductive development. Neurospora intermedia FGSC#8882 mat-A and FGSC#8782 mat-a. Solid synthetic crossing medium (SCM) was used as a nutrient regime before sampling and processing. Two different conditions were sampled: vegetative mycelial tissue and young reproductive mycelial tissue.
Project description:Investigation of whole genome gene expression level changes in Yersinia intermedia strain ATCC 29909 in response to oxygen. The experiments and results have not been published yet (manuscript has been submitted to journal office and is under revision)
Project description:Neurospora intermedia is a heterothallic filamentous ascomycete. In this study we use microarray technology to study the difference in gene expression between vegetative growth and early reproductive development.
Project description:Investigation of whole genome gene expression level changes in Yersinia intermedia strain ATCC 29909 in response to oxygen. The experiments and results have not been published yet (manuscript has been submitted to journal office and is under revision) A 6 chip (whole-genome-tiled array) study using total RNA recovered from the following: 6 separate cultures of Yersinia intermedia strain ATCC 29909 grown in minimal medium with glucose (3 grown in the presence of oxygen and 3 grown without oxygen). Each whole-genome-tiled arrays contained ~320,000 probes representing 3953 genes that included 3887 protein coding genes (and 18 likely pseudogenes), 12 non-coding RNAs and 36 tRNAs. Data from probes corresponding to intergenic regions (and some pseudogenes, rRNA genes and unannotated genes) of the genome were not considered in the present analysis.
