"I figure that with approximately five key genes we could very significantly improve flavor," he said.
"If we were able to remove the detrimental effects of these genes, we could reduce the proportion of people suffering Alzheimer's disease by approximately 20%," said Julie Williams, an Alzheimer's researcher at Cardiff University.
"If we knew some of the specific genes, we could study whether the same genes relate to cognitive abilities throughout the life-span," Plomin says.
Therefore the genes we could investigate cover the vast majority, but not all of the known neuropeptide genes in the fly.
Only by lowering the threshold of the statistical test (FDR 5%), thus extending the analysis to 4,555 genes, we could obtain significant results.
By investigating the regulation of four LHP1 target genes, we could show that LHP1 and LIF2 can act antagonistically on gene expression.
Using markers for ∼24 peptide-encoding genes, we could assign peptide identities to 64% of the 306 DIMM-expressing cells in the 100 hr AEL larval stage Drosophila.
After analyzing the tissue expression patterns of the mussel caspase genes, we could conclude that this pattern seems to be in agreement with the physiology and function of each organ.
Except one of the genes, we could group all the other genes of T6SS into those belonging to the puncturing device, and those located in the outer membrane, transmembrane and inner membrane.
Because we analyzed the haploid deletion set, which excludes a significant fraction of barcodes from essential genes, we could define a large set of both false and true barcodes, thereby allowing us to optimize our filtering strategy.
However, unlike other STX genes, we could not identify a homolog of sxtX in ACBU02 (although it is encoded by three other STX+ cyanobacteria, Cylindrospermopsis raciborskii T3, Lyngbya wollei Carmichael/Alabama, and Aphanizomenon flos-aquae NH-5).
