Microarray analysis of transcriptional responses to abscisic acid and osmotic, salt, and drought stress in the moss, Physcomitrella patens

Medicine & Life Sciences

• Bryopsida 100%
• Abscisic Acid 93%
• Salt Stress 89%
• Droughts 87%
• Bryophyta 86%
• Osmotic Pressure 65%
• Microarray Analysis 56%
• Genes 22%
• Embryophyta 19%
• Dehydration 17%
• Magnoliopsida 17%
• Seeds 16%
• Chloroplast Proteins 9%
• Transcription Factors 8%
• Desiccation 8%
• Genome 7%
• Arabidopsis 7%
• Oligonucleotide Array Sequence Analysis 5%
• Computational Biology 5%
• Embryonic Development 5%
• Signal Transduction 4%
• Phosphotransferases 4%
• Proteins 2%

Agriculture & Biology

• Physcomitrella patens 72%
• microarray technology 59%
• osmotic stress 56%
• mosses and liverworts 53%
• abscisic acid 49%
• salt stress 48%
• water stress 44%
• genes 18%
• desiccation (plant physiology) 17%
• Physcomitrella 17%
• drought 12%
• Angiospermae 9%
• transcription factors 8%
• chloroplast proteins 6%
• regulatory sequences 6%
• embryophytes 6%
• Bryophyta 6%
• genome 6%
• DNA microarrays 5%
• seed development 5%
• seeds 5%
• bioinformatics 5%
• signal transduction 4%
• transcriptomics 4%
• phosphotransferases (kinases) 4%
• stress response 4%
• embryogenesis 4%
• Arabidopsis 4%
• tissues 2%
• proteins 1%