Paper Writing Service - HelpWriting.net 👈 ✅ Quality You get an original and high-quality paper based on extensive research. The completed work will be correctly formatted, referenced and tailored to your level of study. ✅ Confidentiality We value your privacy. We do not disclose your personal information to any third party without your consent. Your payment data is also safely handled as you process the payment through a secured and verified payment processor. ✅ Originality Every single order we deliver is written from scratch according to your instructions. We have zero tolerance for plagiarism, so all completed papers are unique and checked for plagiarism using a leading plagiarism detector. ✅ On-time delivery We strive to deliver quality custom written papers before the deadline. That's why you don't have to worry about missing the deadline for submitting your assignment. ✅ Free revisions You can ask to revise your paper as many times as you need until you're completely satisfied with the result. Provide notes about what needs to be changed, and we'll change it right away. ✅ 24/7 Support From answering simple questions to solving any possible issues, we're always here to help you in chat and on the phone. We've got you covered at any time, day or night. Essay On Rice Salt stress results to stunted growth and reduced productivity of rice. Transcription factors like heat shock factors (HSFs) represents key controllers of stress adaptation. Moreover, heat shock factors of the group A and B are clearly established as thermal and non thermal stress controllers in many plants. Therefore, this experiment aims at examining the functions of OsHsfC1b transcription factor in rice. There are several transcription factors that work in rice, including MYB, NAC and bZIP, leading to regulation of the stress responsive genes in the crop. In addition, Bahadur et al. (2015) reveal that the Heat Shock factors (HSFs) are kind of transcription factors that are categorized into three groups: A, B and C. these groups of...show more content...OsHsFa2e and OsHsf7, have been confirmed to functionally work in vivo. Transgenic crops, such as rice, with expressing OsHsfA2e are known to be more tolerant to the heat and stress than any other plants. BLAST search and multiple cycle alignment of OsHsfC1b (Os01g53220) show that homologous proteins are found in other monocots such as sorghum, maize and Brachypodium, but also in the dicot Arabidopsis. In rice, OsHsfC1b shares highest similarity with OsHsfC1a, another member of the four class C HSFs identified in rice (Arvidsson et al, 2008, p. 211). Proteins hold a well preserved N terminal DNA binding domains that has four β sheets and α helices and a highly conserved oligomerization domain also known as HR A/B domain. Putative nuclear localization signal upstream of the oligomerization domain was found in all proteins (Gupta, Palma, Corpas, 2016). A subcellular localization study was conducted to confirm targeti

1. Essay On Rice
Salt stress results to stunted growth and reduced productivity of rice. Transcription factors like heat
shock factors (HSFs) represents key controllers of stress adaptation. Moreover, heat shock factors of
the group A and B are clearly established as thermal and non–thermal stress controllers in many
plants. Therefore, this experiment aims at examining the functions of OsHsfC1b transcription factor
in rice. There are several transcription factors that work in rice, including MYB, NAC and bZIP,
leading to regulation of the stress– responsive genes in the crop. In addition, Bahadur et al. (2015)
reveal that the Heat Shock factors (HSFs) are kind of transcription factors that are categorized into
three groups: A, B and C. these groups of...show more content...
OsHsFa2e and OsHsf7, have been confirmed to functionally work in vivo. Transgenic crops, such as
rice, with expressing OsHsfA2e are known to be more tolerant to the heat and stress than any other
plants.
BLAST search and multiple cycle alignment of OsHsfC1b (Os01g53220) show that homologous
proteins are found in other monocots such as sorghum, maize and Brachypodium, but also in the
dicot Arabidopsis. In rice, OsHsfC1b shares highest similarity with OsHsfC1a, another member of
the four class C HSFs identified in rice (Arvidsson et al, 2008, p. 211). Proteins hold a well
preserved N–terminal DNA– binding domains that has four ОІ–sheets and О±–helices and a highly
conserved oligomerization domain also known as HR–A/B domain. Putative nuclear localization
signal upstream of the oligomerization domain was found in all proteins (Gupta, Palma, & Corpas,
2016). A subcellular localization study was conducted to confirm targeting of OsHsfC1b to the
nucleus in Arabidopsis mesophyll cell protoplast.
Hypothesis
In this study, rice will be exposed to osmotic stress condition, whereby it will show: a higher
accumulation of proline and soluble sugars, reduced levels of MDA and minimized water loss rate
compared to wild types of plant. Still, the stress–responsive gene OsHsfC1b will exhibit a
significantly higher expression levels in rice than in transgenic plants under similar environmental
conditions. Although OsHsfC1b has been evaluated purposely for its significance in drought
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