Discovery and characterization of chromatin states for Please share
... A plethora of epigenetic modifications have been described in the human genome and shown to play diverse roles in gene regulation, cellular differentiation, and the onset of disease. While some modifications have been linked with activity levels of different functional elements, their combinatorial ...
... A plethora of epigenetic modifications have been described in the human genome and shown to play diverse roles in gene regulation, cellular differentiation, and the onset of disease. While some modifications have been linked with activity levels of different functional elements, their combinatorial ...
Chemical Genetics
... only one dose of each gene in any nucleus and any mutant characteristic will be expressed unless the genetic background contains special modifier or suppressor genes. It is therefor~ossible to recognize mutations produced by a treatment more immediately than with diploid organisms such as Drosophila ...
... only one dose of each gene in any nucleus and any mutant characteristic will be expressed unless the genetic background contains special modifier or suppressor genes. It is therefor~ossible to recognize mutations produced by a treatment more immediately than with diploid organisms such as Drosophila ...
Reduced expression of the SHORT-ROOT gene increases the rates
... required for proper root pattern formation, providing further evidence of a direct molecular link between these key developmental regulators and genes involved in cell-cycle progression [17]. AtSHR has therefore been shown to be important roles in regulating both cell division and cell fate determin ...
... required for proper root pattern formation, providing further evidence of a direct molecular link between these key developmental regulators and genes involved in cell-cycle progression [17]. AtSHR has therefore been shown to be important roles in regulating both cell division and cell fate determin ...
Evolutionary Patterns in the Sequence and Structure of
... universal ancestor that was eukaryotic-like and had a relatively complex proteome [16]. It also established that the archaeal lineage was the most ancient and originated from reductive evolutionary tendencies in the use of protein architectures. In order to explore if similar phylogenetic signatures ...
... universal ancestor that was eukaryotic-like and had a relatively complex proteome [16]. It also established that the archaeal lineage was the most ancient and originated from reductive evolutionary tendencies in the use of protein architectures. In order to explore if similar phylogenetic signatures ...
PCR - AREA
... PCR application in Agriculture and Food Sciences Gene expression changes as a result of: • Environmental and growth conditions • Food and/or treatment • Breeding schemes to improve specific characteristics • Pests Quantification of the pathogen concentration in a sample ...
... PCR application in Agriculture and Food Sciences Gene expression changes as a result of: • Environmental and growth conditions • Food and/or treatment • Breeding schemes to improve specific characteristics • Pests Quantification of the pathogen concentration in a sample ...
... gene dose determination by quantitative real-time PCR. The high similarity in the genome structures of the S. cerevisiae ⴛ S. kudriavzevii hybrids under study indicates that they originated from a single hybridization event. After hybridization, the hybrid genome underwent extensive chromosomal rear ...
RNAi phenotypes are influenced by the genetic background of the
... number of emerging model organisms that are being functionally investigated using RNAi. In addition, our work shows that RNAi is suitable to systematically identify the differences in the gene regulatory networks present in populations of the same species, which will allow novel insights into the ev ...
... number of emerging model organisms that are being functionally investigated using RNAi. In addition, our work shows that RNAi is suitable to systematically identify the differences in the gene regulatory networks present in populations of the same species, which will allow novel insights into the ev ...
Finding biologically relevant information using ADIOS
... Chong had a presentation in CBB545 # on Tuesday Chong had a presentation # next Thursday Laura has a presentation # ThaiBinh has a presentation in CBB545 # ThaiBinh has a presentation today # today ThaiBinh has a presentation # Chong had a presentation # Hugo has a presentation in CBB545 today # Tha ...
... Chong had a presentation in CBB545 # on Tuesday Chong had a presentation # next Thursday Laura has a presentation # ThaiBinh has a presentation in CBB545 # ThaiBinh has a presentation today # today ThaiBinh has a presentation # Chong had a presentation # Hugo has a presentation in CBB545 today # Tha ...
Interconnections Between RNA-Processing Pathways Revealed by
... (Kupfer et al. 2004). In contrast, over 5000 introns have been identified in the S. pombe genome, ...
... (Kupfer et al. 2004). In contrast, over 5000 introns have been identified in the S. pombe genome, ...
Construction of in vivo infectious clones of PRSV P-YK and W-CI
... (5'-AGGAATTACAATGGCATAGC-3') and the downstream primer MWM4S8991 were used to amplify nucleotide positions 6956-8891 of the tested viruses by PCR with ExTaq polymerase (TaKaRa, Shiga, Japan). PCR products were eluted by electrophoreses from 0.8% agarose gel before restriction digestion analysis. Ac ...
... (5'-AGGAATTACAATGGCATAGC-3') and the downstream primer MWM4S8991 were used to amplify nucleotide positions 6956-8891 of the tested viruses by PCR with ExTaq polymerase (TaKaRa, Shiga, Japan). PCR products were eluted by electrophoreses from 0.8% agarose gel before restriction digestion analysis. Ac ...
Linkage, Recombination, and the Mapping of Genes on Chromosomes
... puzzled by the many experimentally observed departures from this ratio, which they could not explain in terms of the gene interactions discussed in Chapter 3. They found it difficult to interpret these unexpected results because although they knew that individuals receive two copies of each autosoma ...
... puzzled by the many experimentally observed departures from this ratio, which they could not explain in terms of the gene interactions discussed in Chapter 3. They found it difficult to interpret these unexpected results because although they knew that individuals receive two copies of each autosoma ...
transgenic canola - Australian Oilseeds Federation
... being tested include those encoding novel antimicrobial peptides derived from Australian native plants and from macadamia in particular. So far, transgenic plants expressing three peptides have been developed and advanced lines expressing one peptide at high levels are under evaluation for improved ...
... being tested include those encoding novel antimicrobial peptides derived from Australian native plants and from macadamia in particular. So far, transgenic plants expressing three peptides have been developed and advanced lines expressing one peptide at high levels are under evaluation for improved ...
Non-conflict theories for the evolution of genomic imprinting
... the hypothesis only requires inactivation of genes inherited from one parent, which would be more likely to be the father in species with multiple paternity (as half sibs on average differ less in their maternally derived genes and so their maternal genes are more likely to be consistently expressed ...
... the hypothesis only requires inactivation of genes inherited from one parent, which would be more likely to be the father in species with multiple paternity (as half sibs on average differ less in their maternally derived genes and so their maternal genes are more likely to be consistently expressed ...
Development 130, 3567-3578. - Howard Hughes Medical Institute
... ingression of epiblast cells through the primitive streak. Cells exiting at the posterior end of the primitive streak move into the extra-embryonic region where they give rise to a mesodermal lineage (allantois, amnion and blood islands of the yolk sac) equivalent to the ventral mesoderm of Xenopus. ...
... ingression of epiblast cells through the primitive streak. Cells exiting at the posterior end of the primitive streak move into the extra-embryonic region where they give rise to a mesodermal lineage (allantois, amnion and blood islands of the yolk sac) equivalent to the ventral mesoderm of Xenopus. ...
Genes Critical for Muscle Development and Function in
... Populations of embryos from heterozyguns parents were fixed and stained, and mutant homozygotes were distinguished from their phenotypically wildtype siblings either by their characteristic abnormal muscle morphology (one-and-three-quarters-fold embryos stained with DM5.6) or their distorted body sh ...
... Populations of embryos from heterozyguns parents were fixed and stained, and mutant homozygotes were distinguished from their phenotypically wildtype siblings either by their characteristic abnormal muscle morphology (one-and-three-quarters-fold embryos stained with DM5.6) or their distorted body sh ...
X-Linked Dominant Control of F-Cells in Normal
... at least both parents could be examined. Two other were subjected to color blindness studies using lshihara ...
... at least both parents could be examined. Two other were subjected to color blindness studies using lshihara ...
The Chromosomal Basis of Inheritance
... lamented, “Two years’ work wasted. I have been breeding those flies for all that time and I’ve got nothing out of it.” Morgan persisted, however, and was finally rewarded with the discovery of a single male fly with white eyes instead of the usual red. The phenotype for a character most commonly observ ...
... lamented, “Two years’ work wasted. I have been breeding those flies for all that time and I’ve got nothing out of it.” Morgan persisted, however, and was finally rewarded with the discovery of a single male fly with white eyes instead of the usual red. The phenotype for a character most commonly observ ...
Gene expression analysis
... What are microarrays? - Biomolecular devices measuring the transcriptome of a cell of interest. Workflow of a microarray experiment - RNA extraction, cDNA rewriting, labeling, hybridization to microarray, scanning, spot detection, spot intensity to numeric values, normalization, analysis (today) Nor ...
... What are microarrays? - Biomolecular devices measuring the transcriptome of a cell of interest. Workflow of a microarray experiment - RNA extraction, cDNA rewriting, labeling, hybridization to microarray, scanning, spot detection, spot intensity to numeric values, normalization, analysis (today) Nor ...
How to obtain and recognize partial-diploid strains that are duplicated... chromosome segments.
... To determine what segments can be obtained as partial diploids, see Fig. 2 in Perkins (1997) (reproduced on page 68 of Perkins et al. 2001). For a diagram of duplicated segments that contain known vegetative incompatibility genes, see Fig. 1 in Perkins et al. (1993) or Fig. 1 in How to identify and ...
... To determine what segments can be obtained as partial diploids, see Fig. 2 in Perkins (1997) (reproduced on page 68 of Perkins et al. 2001). For a diagram of duplicated segments that contain known vegetative incompatibility genes, see Fig. 1 in Perkins et al. (1993) or Fig. 1 in How to identify and ...
Article Genetic Signatures Reveal High-Altitude
... conducted a simulation study to assess the effects of admixture on our ability to detect true signatures of positive selection in admixed populations. To detect selection, we used a statistical method that, for each gene, ranks signals based on a previously developed score, termed the population bra ...
... conducted a simulation study to assess the effects of admixture on our ability to detect true signatures of positive selection in admixed populations. To detect selection, we used a statistical method that, for each gene, ranks signals based on a previously developed score, termed the population bra ...
RNA-Seq
RNA-seq (RNA sequencing), also called whole transcriptome shotgun sequencing (WTSS), is a technology that uses the capabilities of next-generation sequencing to reveal a snapshot of RNA presence and quantity from a genome at a given moment in time.