Gene Section
... SMARCA2 and SMARCA4 are orthologous to the snf2/swi2 gene from S. cerevisiae and to the "brahma" (brm) gene from Drosophila. These encode proteins that are highly conserved along evolution, especially in the ATPase/helicase domain. Actually, SMARCA2 is 56% identical and 72% homologous to the Drosoph ...
... SMARCA2 and SMARCA4 are orthologous to the snf2/swi2 gene from S. cerevisiae and to the "brahma" (brm) gene from Drosophila. These encode proteins that are highly conserved along evolution, especially in the ATPase/helicase domain. Actually, SMARCA2 is 56% identical and 72% homologous to the Drosoph ...
BGMUT: NCBI dbRBC database of allelic variations of genes
... is the case for a majority of the alleles listed in BGMUT, or is obtained as direct submissions from researchers through the database website. During the process of curation, good quality of methods used in a study is ascertained. The new candidate allele’s sequence that has been published and/or su ...
... is the case for a majority of the alleles listed in BGMUT, or is obtained as direct submissions from researchers through the database website. During the process of curation, good quality of methods used in a study is ascertained. The new candidate allele’s sequence that has been published and/or su ...
Gene Section SFRP4 (Secreted Frizzled Related Protein 4) -
... SFRPs also have distinct binding specificity for distinct Wnt ligands. Reports have demonstrated that SFRP4 binds Wnt7a and there is conflicting data for SFRP4 binding to Wnt3a. SFRP4 expression is regulated by estrogen and progesterone and may act as a regulator of ...
... SFRPs also have distinct binding specificity for distinct Wnt ligands. Reports have demonstrated that SFRP4 binds Wnt7a and there is conflicting data for SFRP4 binding to Wnt3a. SFRP4 expression is regulated by estrogen and progesterone and may act as a regulator of ...
Creating mosaics in Drosophila
... transgenic lines. In one line the target gene remains silent in the absence of its activator; in the second line the activator protein is present but has no target gene to activate. Only when the two lines are crossed together is the target gene turned on in the progeny, and the phenotypic consequen ...
... transgenic lines. In one line the target gene remains silent in the absence of its activator; in the second line the activator protein is present but has no target gene to activate. Only when the two lines are crossed together is the target gene turned on in the progeny, and the phenotypic consequen ...
Interactions between venation pattern formation genes in
... progress to identify HVE among the available candidate genes. Because multicellular plants and animals evolved independently, they differ in their developmental mechanisms. The cell migrations that occur in animal development are prevented by the rigid wall of plant cells and, therefore, position-de ...
... progress to identify HVE among the available candidate genes. Because multicellular plants and animals evolved independently, they differ in their developmental mechanisms. The cell migrations that occur in animal development are prevented by the rigid wall of plant cells and, therefore, position-de ...
Genotypes and phenotypes
... memprotein that controls the transport of chloride ions across the plasma mem transbrane. (Refer to chapter 1, pp. 36–7 for more details on the role of this trans porter protein and the effects of a faulty transporter protein, in particular one that causes the mucus of the lungs to be thick and stic ...
... memprotein that controls the transport of chloride ions across the plasma mem transbrane. (Refer to chapter 1, pp. 36–7 for more details on the role of this trans porter protein and the effects of a faulty transporter protein, in particular one that causes the mucus of the lungs to be thick and stic ...
R and BioConductor
... > heatmap(xn[1:100,]) > heatmap(xn[1:100,],col=greenred(256)) > heatmap(xn[1:100,],col=bluered(256)) # colorpanel > heatmap.2(xn[1:100,],col=bluered(256)) # no scaling; with color key > heatmap.2(xn[1:100,],col=bluered(256),trace="none") > heatmap.2(xn[1:100,],col=bluered(256),trace="none",labRow=x[ ...
... > heatmap(xn[1:100,]) > heatmap(xn[1:100,],col=greenred(256)) > heatmap(xn[1:100,],col=bluered(256)) # colorpanel > heatmap.2(xn[1:100,],col=bluered(256)) # no scaling; with color key > heatmap.2(xn[1:100,],col=bluered(256),trace="none") > heatmap.2(xn[1:100,],col=bluered(256),trace="none",labRow=x[ ...
Identifying Factors that Control Mechanoreceptor Neuron
... with FLP abnormalities appeared to be true-breeding mutants, the only true-breeding mutant identified exhibits interesting TRN abnormalities. While finding a TRN or FLP morphological mutant was a secondary goal of the project (the primary goal was to find expression mutants), the mutant nonetheless ...
... with FLP abnormalities appeared to be true-breeding mutants, the only true-breeding mutant identified exhibits interesting TRN abnormalities. While finding a TRN or FLP morphological mutant was a secondary goal of the project (the primary goal was to find expression mutants), the mutant nonetheless ...
File
... • Since phage λ can accommodate only about 5% more than its normal complement of DNA, vector derivatives are constructed with deletions to increase the space within the genome. The shortest λ DNA molecules that produce plaques of nearly normal size are 25% deleted ...
... • Since phage λ can accommodate only about 5% more than its normal complement of DNA, vector derivatives are constructed with deletions to increase the space within the genome. The shortest λ DNA molecules that produce plaques of nearly normal size are 25% deleted ...
Some computing solutions to your data problems
... • Case 1: study the proteome of Trypanosoma brucei. For all proteins identified, find information on the web which might shed light on their function • Case 2: interpret data on human proteins differentially expressed in human cells invaded by Toxoplasma ...
... • Case 1: study the proteome of Trypanosoma brucei. For all proteins identified, find information on the web which might shed light on their function • Case 2: interpret data on human proteins differentially expressed in human cells invaded by Toxoplasma ...
Sex Linkage - Ms. Petrauskas' Class
... carries between 100-200 genes. Because both males and females have at least 1 X chromosome, important genes and information are found on the X chromosome. You can survive without a Y chromosome, but you can’t survive without an X chromosome! ...
... carries between 100-200 genes. Because both males and females have at least 1 X chromosome, important genes and information are found on the X chromosome. You can survive without a Y chromosome, but you can’t survive without an X chromosome! ...
Document
... membrane glycolipid molecules. These polysaccharides act as the antigen in the ABO system. ◦ b. In most people, the glycolipid is the H antigen. i. The IA gene product is a glycosyltransferase that adds a-Nacetylgalactosamine to the H antigen, converting it to the A antigen. ii. The IB gene produc ...
... membrane glycolipid molecules. These polysaccharides act as the antigen in the ABO system. ◦ b. In most people, the glycolipid is the H antigen. i. The IA gene product is a glycosyltransferase that adds a-Nacetylgalactosamine to the H antigen, converting it to the A antigen. ii. The IB gene produc ...
Molecular bases of Down syndrome: differential gene
... abnormal processing of amyloid beta precursor APP (Lott et al., 2006). As to the total antioxidant capacity, it was shown to be decreased in one study and preserved in another (Carratelli et al., 2001; Zitnanova et al., 2006). In particular, impairment of the glutathione redox state has been observ ...
... abnormal processing of amyloid beta precursor APP (Lott et al., 2006). As to the total antioxidant capacity, it was shown to be decreased in one study and preserved in another (Carratelli et al., 2001; Zitnanova et al., 2006). In particular, impairment of the glutathione redox state has been observ ...
Constraint and divergence of global gene expression in
... these genes activate; and for how long they are active. In broad terms, there are four ways that this control can be achieved: First, inside the sperm or egg, genes can be marked with small chemical tags that flag these genes to be activated (or remain inactive) after fertilization, depending on whe ...
... these genes activate; and for how long they are active. In broad terms, there are four ways that this control can be achieved: First, inside the sperm or egg, genes can be marked with small chemical tags that flag these genes to be activated (or remain inactive) after fertilization, depending on whe ...
The complicated relationship between genotype to phenotype
... risk prediction can work: you will never have a better prediction than knowing the health outcomes of essentially another copy of you*. The health outcomes of another version of you will be invaluable, and will help guide you, your doctor and the health-care establishment, if they use this informati ...
... risk prediction can work: you will never have a better prediction than knowing the health outcomes of essentially another copy of you*. The health outcomes of another version of you will be invaluable, and will help guide you, your doctor and the health-care establishment, if they use this informati ...
Gene Therapy: The Molecular Bandage for Treating Genetic Disorders
... leads to the added gene being present in all the mature blood cells. In contrast to the germ-line therapy, somatic-cell therapy are restricted to the person being treated and cannot be passed on to his or her offspring. 2. Basic process: Basically, the therapy inserts a 'normal' gene into the genome ...
... leads to the added gene being present in all the mature blood cells. In contrast to the germ-line therapy, somatic-cell therapy are restricted to the person being treated and cannot be passed on to his or her offspring. 2. Basic process: Basically, the therapy inserts a 'normal' gene into the genome ...
Chapter 8: Foundations of Genetics
... •Mendel’s theory of heredity is one of the most important theories in the history of science –It has been so well supported by experimental results that his major proposals are considered “laws” •Mendel’s first law, or law of segregation –The two alleles of a gene separate when forming gametes, and ...
... •Mendel’s theory of heredity is one of the most important theories in the history of science –It has been so well supported by experimental results that his major proposals are considered “laws” •Mendel’s first law, or law of segregation –The two alleles of a gene separate when forming gametes, and ...
B-Cell Gene Rearrangement
... chain gene is rearranged such that each mature B-cell and plasma cell has a unique rearranged heavy chain gene profile. This process is vital to the function of B-cells in normal immune function, but can be exploited to aid in the distinction between reactive (benign; polyclonal) versus neoplastic ( ...
... chain gene is rearranged such that each mature B-cell and plasma cell has a unique rearranged heavy chain gene profile. This process is vital to the function of B-cells in normal immune function, but can be exploited to aid in the distinction between reactive (benign; polyclonal) versus neoplastic ( ...
KEY Honors Biology Chapter 10
... c. They can reproduce only inside of living cells. d. They contain nucleic acids that code for the making of proteins. e. They contain RNA that is used as a template to make DNA. 15. The primary difference between bacterial sex and sexual reproduction in plants and animals is that a. bacterial sex i ...
... c. They can reproduce only inside of living cells. d. They contain nucleic acids that code for the making of proteins. e. They contain RNA that is used as a template to make DNA. 15. The primary difference between bacterial sex and sexual reproduction in plants and animals is that a. bacterial sex i ...
Plant Molecular Biology
... one operon, are functionally interchangeable, i.e. common, between Rhizobium species (for a review see [7]). Both common and host-specific nod genes, which are present on large Sym(biosis) plasmids, are thought to be regulated at the transcriptional level as one regulon in which the constitutively e ...
... one operon, are functionally interchangeable, i.e. common, between Rhizobium species (for a review see [7]). Both common and host-specific nod genes, which are present on large Sym(biosis) plasmids, are thought to be regulated at the transcriptional level as one regulon in which the constitutively e ...