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Visualizations of Microarray Data in Partek Genomics Suite 6.6
... PGS’s function Sort rows by prototype enables you to identify genes with similar expression profiles. For instance, if a gene with an interesting expression pattern has been detected, using Sort by prototype makes it possible to find other genes that have a similar pattern of intensity values. Altho ...
... PGS’s function Sort rows by prototype enables you to identify genes with similar expression profiles. For instance, if a gene with an interesting expression pattern has been detected, using Sort by prototype makes it possible to find other genes that have a similar pattern of intensity values. Altho ...
Transcripts of the MHM region on the chicken Z chromosome
... Several genes have been mapped to the chicken Z chromosome, and comparative mapping studies have shown that many of these are present on human chromosome 9 (Nanda et al. 1999, 2000). Among them, it is suggested that DMRT1 (doublesex and mab-3 related transcription factor 1) is involved in the differ ...
... Several genes have been mapped to the chicken Z chromosome, and comparative mapping studies have shown that many of these are present on human chromosome 9 (Nanda et al. 1999, 2000). Among them, it is suggested that DMRT1 (doublesex and mab-3 related transcription factor 1) is involved in the differ ...
Resistance genes in barley - Journal of Applied Genetics
... PECCHIONI et al. (1999) mapped the pathogen-related (PR) genes Tha (thaumatin-like locus) and Chi1 (chitinase 1) to chromosome 1 (7H), Prx7 (peroxidase 7) to chromosome 2 (2H), Glb32 (b-(1-3)-glucanase isoform 32) to chromosome 3 (3H), Ftt (a fourteen three three (14-3-3) protein analog produced in ...
... PECCHIONI et al. (1999) mapped the pathogen-related (PR) genes Tha (thaumatin-like locus) and Chi1 (chitinase 1) to chromosome 1 (7H), Prx7 (peroxidase 7) to chromosome 2 (2H), Glb32 (b-(1-3)-glucanase isoform 32) to chromosome 3 (3H), Ftt (a fourteen three three (14-3-3) protein analog produced in ...
Punnett Square
... I’ll be sticking to just the normal allele convention to help you learn. But this more accurate convention is one that will come back a bit next week, and MCAS may choose to use it. So just be aware that these are alleles just like any other, they still just stand for different base sequences coding ...
... I’ll be sticking to just the normal allele convention to help you learn. But this more accurate convention is one that will come back a bit next week, and MCAS may choose to use it. So just be aware that these are alleles just like any other, they still just stand for different base sequences coding ...
Alterations to the remote control of Shh gene expression cause
... Figure 1. Complex long-range regulators control Shh expression during development. The mouse Shh gene is depicted (not to scale) showing the coding region and the relative location of the known Shh enhancers (blue ovals). Brain (SBE1 – 4) and floorplate enhancers (SFPE1,2) reside inside the gene and ...
... Figure 1. Complex long-range regulators control Shh expression during development. The mouse Shh gene is depicted (not to scale) showing the coding region and the relative location of the known Shh enhancers (blue ovals). Brain (SBE1 – 4) and floorplate enhancers (SFPE1,2) reside inside the gene and ...
NeuroGeM, a knowledgebase of genetic modifiers
... For D. melanogaster, this analysis revealed that, as expected [19], polyQ diseases (HD, SCA1, SCA3, SCA7, PolyQ) share a number of genetic modifiers and non-modifiers while they share far fewer modifiers and non-modifiers with AD. Indeed a strong anti-correlation is observed when comparing the modi ...
... For D. melanogaster, this analysis revealed that, as expected [19], polyQ diseases (HD, SCA1, SCA3, SCA7, PolyQ) share a number of genetic modifiers and non-modifiers while they share far fewer modifiers and non-modifiers with AD. Indeed a strong anti-correlation is observed when comparing the modi ...
RNA-guided gene drives can efficiently bias inheritance in wild yeast
... wild populations. As 'selfish' genetic elements, they spread not by improving the reproductive fitness of the organism, but by increasing the odds that they themselves will be inherited. Because this inheritance advantage can counteract the fitness costs associated with the drive itself or with adja ...
... wild populations. As 'selfish' genetic elements, they spread not by improving the reproductive fitness of the organism, but by increasing the odds that they themselves will be inherited. Because this inheritance advantage can counteract the fitness costs associated with the drive itself or with adja ...
RNA-guided gene drives can efficiently bias inheritance in wild yeast
... wild populations. As 'selfish' genetic elements, they spread not by improving the reproductive fitness of the organism, but by increasing the odds that they themselves will be inherited. Because this inheritance advantage can counteract the fitness costs associated with the drive itself or with adja ...
... wild populations. As 'selfish' genetic elements, they spread not by improving the reproductive fitness of the organism, but by increasing the odds that they themselves will be inherited. Because this inheritance advantage can counteract the fitness costs associated with the drive itself or with adja ...
Concepts of Biology - Amazon Simple Storage Service (S3)
... division, many single-celled organisms and most multicellular organisms reproduce regularly using another method. Sexual reproduction is the production by parents of haploid cells and the fusion of a haploid cell from each parent to form a single, unique diploid cell. In multicellular organisms, the ...
... division, many single-celled organisms and most multicellular organisms reproduce regularly using another method. Sexual reproduction is the production by parents of haploid cells and the fusion of a haploid cell from each parent to form a single, unique diploid cell. In multicellular organisms, the ...
Word - The Open University
... two levels, and in so doing we shall be jumping from the fundamental work of 19th century biologists, who could only trace phenotypes, to that of present-day geneticists, who work at the level of the gene. We begin with one of the simplest known examples of inheritance, that of grain colour in maize ...
... two levels, and in so doing we shall be jumping from the fundamental work of 19th century biologists, who could only trace phenotypes, to that of present-day geneticists, who work at the level of the gene. We begin with one of the simplest known examples of inheritance, that of grain colour in maize ...
CIBI3031-091 Midterm Examination III November 2005
... ____ 47. According to Mendel, what kind of alleles are masked, or "disappear," in F1 pea plants? a. codominant b. dominant c. recessive ____ 48. Crossing over is one of the most important events in meiosis because a. homologous chromosomes must be separated into different daughter cells. b. the num ...
... ____ 47. According to Mendel, what kind of alleles are masked, or "disappear," in F1 pea plants? a. codominant b. dominant c. recessive ____ 48. Crossing over is one of the most important events in meiosis because a. homologous chromosomes must be separated into different daughter cells. b. the num ...
WGCNA: an R package for weighted correlation network analysis
... use functional enrichment and gene ontology information. Overview of functions included in the WGCNA package The WGCNA package contains a comprehensive set of functions for performing a correlation network analysis of large, high-dimensional data sets. Functions in the WGCNA package can be divided i ...
... use functional enrichment and gene ontology information. Overview of functions included in the WGCNA package The WGCNA package contains a comprehensive set of functions for performing a correlation network analysis of large, high-dimensional data sets. Functions in the WGCNA package can be divided i ...
Category 2000
... Peroxisome proliferator-activated receptor coactivator 1 (PPARGC1A) is a versatile coactivator with many functions, but is primarily involved in fat and energy metabolism. Therefore, it is a very interesting candidate gene for meat quality, which is one of the most important criteria in pig selectio ...
... Peroxisome proliferator-activated receptor coactivator 1 (PPARGC1A) is a versatile coactivator with many functions, but is primarily involved in fat and energy metabolism. Therefore, it is a very interesting candidate gene for meat quality, which is one of the most important criteria in pig selectio ...
Selective Crossover in Genetic Algorithms: An Empirical Study
... explore the search space by evolving the dominance values – to determine and promote those genes which are considered fit. ‘Child 2’ is needed so that important information is not lost in early generations when there is more exploration than exploitation. That way if ‘Child 2’ was to produce an incr ...
... explore the search space by evolving the dominance values – to determine and promote those genes which are considered fit. ‘Child 2’ is needed so that important information is not lost in early generations when there is more exploration than exploitation. That way if ‘Child 2’ was to produce an incr ...
Gene affecting stature and body size in mammalian species
... infinite number of loci, each with infinitesimal effect, is not literally true but it ...
... infinite number of loci, each with infinitesimal effect, is not literally true but it ...
CIBI3031-070 Midterm Examination III November 2005
... ____ 23. Which of the following is NOT associated with meiosis? a. sperm and egg b. somatic cells c. reduction of the chromosome number ____ 24. If a daughter expresses an X-linked recessive gene, she inherited the trait from a. her mother. b. both parents. c. her father. ____ 25. If two genes are ...
... ____ 23. Which of the following is NOT associated with meiosis? a. sperm and egg b. somatic cells c. reduction of the chromosome number ____ 24. If a daughter expresses an X-linked recessive gene, she inherited the trait from a. her mother. b. both parents. c. her father. ____ 25. If two genes are ...
What is linkage disequilibrium
... it occurs at higher rates in females than males. - in some insects (Drosophila being the first identified) there is no recombination in males. - for human autosomal genes, the rate of recombination is about 60% higher in females. - why would this be so? Factors creating linkage disequilibrium - ther ...
... it occurs at higher rates in females than males. - in some insects (Drosophila being the first identified) there is no recombination in males. - for human autosomal genes, the rate of recombination is about 60% higher in females. - why would this be so? Factors creating linkage disequilibrium - ther ...
Defining the biological bases of individual differences in musicality
... [36,37]. Congenital amusia is not only characterized by a deficit in detecting mistuning in both melodic and acoustical contexts, but also by an inability to recognize familiar tunes without the help of the lyrics and difficulties to sing in tune. In both perception and production, rhythm is relativ ...
... [36,37]. Congenital amusia is not only characterized by a deficit in detecting mistuning in both melodic and acoustical contexts, but also by an inability to recognize familiar tunes without the help of the lyrics and difficulties to sing in tune. In both perception and production, rhythm is relativ ...
quantitative genetics - E-Learning/An
... described numerically. Height and weight can be measured in centimeters (or inches) and kilograms (or pounds), respectively. Speed can be measured in kilometers per hour, and metabolic rate can be assessed as the grams of glucose burned per minute. Behavioral traits can also be quantified. A mating ...
... described numerically. Height and weight can be measured in centimeters (or inches) and kilograms (or pounds), respectively. Speed can be measured in kilometers per hour, and metabolic rate can be assessed as the grams of glucose burned per minute. Behavioral traits can also be quantified. A mating ...
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... and later linked through human genetics to the inherited cause of NPC disease in about 5% of the families studied (Naureckiene et al., 2000). The crystal structure of Npc2 has been determined and found to contain a cavity that genetic analyses show to be the likely binding site for cholesterol (Frie ...
... and later linked through human genetics to the inherited cause of NPC disease in about 5% of the families studied (Naureckiene et al., 2000). The crystal structure of Npc2 has been determined and found to contain a cavity that genetic analyses show to be the likely binding site for cholesterol (Frie ...
Author`s personal copy - Real Jardín Botánico
... Among eukaryotes two types of nuclear ribosomal DNA (nrDNA) organization have been observed. Either all components, i.e. the small ribosomal subunit, 5.8S, large ribosomal subunit, and 5S occur tandemly arranged or the 5S rDNA forms a separate cluster of its own. Generalizations based on data derive ...
... Among eukaryotes two types of nuclear ribosomal DNA (nrDNA) organization have been observed. Either all components, i.e. the small ribosomal subunit, 5.8S, large ribosomal subunit, and 5S occur tandemly arranged or the 5S rDNA forms a separate cluster of its own. Generalizations based on data derive ...
[PDF]
... The Sp4 gene belongs to the Sp1 multigene family that share similar DNA consensus binding sequences (Hagen et al., 1992; Kingsley and Winoto, 1992). The gene is highly expressed in mouse brain. Gene targeting of Sp4 resulted in two phenotypes: Two-thirds of the homozygous mutants die within the firs ...
... The Sp4 gene belongs to the Sp1 multigene family that share similar DNA consensus binding sequences (Hagen et al., 1992; Kingsley and Winoto, 1992). The gene is highly expressed in mouse brain. Gene targeting of Sp4 resulted in two phenotypes: Two-thirds of the homozygous mutants die within the firs ...
Spatially restricted domains of homeo-gene
... positions of these are defined by Hox-LS (most anterior) , Hox-L.4 and Hox-1.3. Anterior boundaries for Hox-6.7 and Hox-7,2 are apparently located at the Hox-7.3 position. Homeo-gene transcript domains extend into several structures known to be derived, at least in part, from the neural crest. These ...
... positions of these are defined by Hox-LS (most anterior) , Hox-L.4 and Hox-1.3. Anterior boundaries for Hox-6.7 and Hox-7,2 are apparently located at the Hox-7.3 position. Homeo-gene transcript domains extend into several structures known to be derived, at least in part, from the neural crest. These ...
Basic Mendellian Genetic
... meiosis was finally understood in the early 1900's. Mendel, at the time of his studies, did not know that chromosomes even existed, much less the genes found on them, and yet he was able to describe the way that genes are carried on chromosomes, and how they combine to create whole organisms. One of ...
... meiosis was finally understood in the early 1900's. Mendel, at the time of his studies, did not know that chromosomes even existed, much less the genes found on them, and yet he was able to describe the way that genes are carried on chromosomes, and how they combine to create whole organisms. One of ...
Hox, ParaHox, ProtoHox: facts and guesses
... have lost PG3 and Xlox, and the increase in complexity at the origin of Bilaterians would have been linked only to the origin of a Central Hox gene. This model squares better with the close phylogenetic relationship of PG3 and Xlox. However, the argument still requires that two genes (PG3 and Xlox) ...
... have lost PG3 and Xlox, and the increase in complexity at the origin of Bilaterians would have been linked only to the origin of a Central Hox gene. This model squares better with the close phylogenetic relationship of PG3 and Xlox. However, the argument still requires that two genes (PG3 and Xlox) ...