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This document contains a name, date, reference code, and additional code, potentially related to an individual named Danielle Juandré Miller Dj and dated February 11, 2014. The reference code and additional code may be identifiers for a document or transaction from that date.

Danielle Juandré Miller Dj
2017-Feb-11
JGFHY46DYGQECRVJ
COMP001020621191 February 11, 2014

Este documento apresenta os principais pontos de uma palestra sobre continuidade de negócios e segurança da informação. A apresentação discute o que é continuidade de negócios segundo a norma ISO 22301, tipos de ameaças potenciais, o modelo PDCA da ISO 22301 e exemplos de ameaças à segurança da informação. Também aborda a relação entre continuidade de negócios e segurança da informação, cenários de ameaças potenciais, mudanças contínuas que as organizações enfrentam e os impactos financeiros e oper

Nueva Sion 18.05.2012

nir yitzhak

Testtangiblestem771

Prezifull.21Zadia98

PetancaGuadalinfo Pozo Alcón

1) Trait-associated SNPs provide insights into the genetic basis of heterosis or hybrid vigor in maize. GWAS identified over 1,000 associations between SNPs and seven yield-related traits. 2) Including dominance effects in models explains more of the observed heterosis and genetic variation than additive effects alone. The ratio of SNPs exhibiting positive versus negative dominance is correlated with heterosis for a given trait. 3) Field-based phenotyping using sensors on robots and UAVs can study dynamic traits influenced by environment and GxE interactions, overcoming limitations of endpoint traits in controlled conditions. This will improve predictive models for plant breeding and variety recommendations.

Credit seminar on rice genomics crrected

Varsha Gayatonde

This document provides an overview of rice genomics. It discusses the history of genomics from the 1980s development of DNA markers and PCR, to major milestones like the sequencing of rice genomes in 2002. It describes the International Rice Genome Sequencing Project's clone-by-clone sequencing approach. The rice genome was found to contain over 37,000 genes and significant repetitive elements. Comparative genomics with other cereals revealed conserved synteny. The 3,000 Rice Genomes Project aims to sequence a diverse set of rice varieties to explore genetic diversity.

Phytochrome

Halala Rahman

1. The document discusses phytochrome, a photoreceptor found in plants and some bacteria and fungi that is sensitive to red and far-red light in the visible spectrum. 2. Phytochrome regulates various plant responses including flowering, seed germination, stem and leaf growth, and chlorophyll synthesis. It is found in plant leaves. 3. Phytochrome exists in two forms - an inactive Pr form that absorbs red light, and an active Pfr form absorbed far-red light, which initiates biological responses in plants. Conversion between the two forms is triggered by red and far-red light.

photomorphogenesis, photosensors, light signal transduction

Kevin Folta

This document summarizes key information about photoreceptors in plants. It describes the major classes of photoreceptors - phytochromes, cryptochromes, and phototropins. Phytochromes detect red and far-red light and regulate processes like seed germination, shade avoidance, and flowering. Cryptochromes detect blue and UV light and mediate responses like inhibition of hypocotyl elongation. Phototropins are blue light receptors that mediate phototropism and chloroplast movement. The document outlines classic genetic studies in Arabidopsis that identified important photoreceptor genes and mutants defective in light responses.

"Volatile Oil "by Debanjan Chatterjee & Arunit Maji

Debanjan Chatterjee

SNp mining in crops

saurabh Pandey.Saurabh784

This document summarizes a study that identified single nucleotide polymorphisms (SNPs) in bread wheat. Researchers sequenced the genomes of 16 Australian wheat varieties and identified over 4 million intervarietal SNPs. SNP calling and validation was performed using various software and validation methods. Analysis of the SNPs showed transitions were more common than transversions, and SNP density varied across chromosomes with some genes located in low-SNP regions. The identified SNPs can be used for phylogenetic analysis, marker-assisted selection, and gene mapping in wheat.