Bioinformatics Driven Investigation Biomarkers Wnt by Singh Surya (14 results)

Condition: New. In.

Condition: New.

Condition: As New. Unread book in perfect condition.

Paperback. Condition: new. Paperback. Cell signaling is a way of communication among the living cells and involves the processing of biochemical information to regulate metabolic and cellular activities of the organism. The process of signaling initiates with a chemical species (i.e. ligands or signaling molecules) and ends with the cellular responses. The signal molecules are recognized by the receptors on the surface of target cells and the message is transferred inside the cell in series of steps, the signal transduction pathway, to produce the desired effects. Many signaling pathways have been studied for their involvement in cellular processes such as differentiation and proliferation. One such pathway is Wnt-signaling pathway which is an ancient and highly conserved among all metazoans; it is known to have roles in regulating life processes such as embryonic development, cell growth and survival, cell differentiation, migration and polarity (Wodarz et al., 1998). The term Wnt is derived from the name of two genes viz. wingless gene of Drosophila which is a segment polarity gene and its vertebrate homolog integrated or int-1 (Komiya and Habas, 2008). The extracellular signaling molecule of this pathway (i.e. ligand) is a glycoprotein known as Wnt, which binds to, and dimerize, two receptors namely LRP6/5 and Fz. The downstream signal is transported to the nucleus and promotes the transcription of Wnt responsive genes which ultimately regulate a wide variety of cellular processes including cell fate determination, motility, polarity, primary axis formation, stem cell renewal and organogenesis. The intracellular Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Condition: New.

Paperback. Condition: New.

Paperback. Condition: New.

Condition: New.

Condition: As New. Unread book in perfect condition.

Paperback. Condition: New.

Paperback. Condition: new. Paperback. Cell signaling is a way of communication among the living cells and involves the processing of biochemical information to regulate metabolic and cellular activities of the organism. The process of signaling initiates with a chemical species (i.e. ligands or signaling molecules) and ends with the cellular responses. The signal molecules are recognized by the receptors on the surface of target cells and the message is transferred inside the cell in series of steps, the signal transduction pathway, to produce the desired effects. Many signaling pathways have been studied for their involvement in cellular processes such as differentiation and proliferation. One such pathway is Wnt-signaling pathway which is an ancient and highly conserved among all metazoans; it is known to have roles in regulating life processes such as embryonic development, cell growth and survival, cell differentiation, migration and polarity (Wodarz et al., 1998). The term Wnt is derived from the name of two genes viz. wingless gene of Drosophila which is a segment polarity gene and its vertebrate homolog integrated or int-1 (Komiya and Habas, 2008). The extracellular signaling molecule of this pathway (i.e. ligand) is a glycoprotein known as Wnt, which binds to, and dimerize, two receptors namely LRP6/5 and Fz. The downstream signal is transported to the nucleus and promotes the transcription of Wnt responsive genes which ultimately regulate a wide variety of cellular processes including cell fate determination, motility, polarity, primary axis formation, stem cell renewal and organogenesis. The intracellular Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Paperback. Condition: new. Paperback. Cell signaling is a way of communication among the living cells and involves the processing of biochemical information to regulate metabolic and cellular activities of the organism. The process of signaling initiates with a chemical species (i.e. ligands or signaling molecules) and ends with the cellular responses. The signal molecules are recognized by the receptors on the surface of target cells and the message is transferred inside the cell in series of steps, the signal transduction pathway, to produce the desired effects. Many signaling pathways have been studied for their involvement in cellular processes such as differentiation and proliferation. One such pathway is Wnt-signaling pathway which is an ancient and highly conserved among all metazoans; it is known to have roles in regulating life processes such as embryonic development, cell growth and survival, cell differentiation, migration and polarity (Wodarz et al., 1998). The term Wnt is derived from the name of two genes viz. wingless gene of Drosophila which is a segment polarity gene and its vertebrate homolog integrated or int-1 (Komiya and Habas, 2008). The extracellular signaling molecule of this pathway (i.e. ligand) is a glycoprotein known as Wnt, which binds to, and dimerize, two receptors namely LRP6/5 and Fz. The downstream signal is transported to the nucleus and promotes the transcription of Wnt responsive genes which ultimately regulate a wide variety of cellular processes including cell fate determination, motility, polarity, primary axis formation, stem cell renewal and organogenesis. The intracellular Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability.

Paperback. Condition: New.

Taschenbuch. Condition: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Cell signaling is a way of communication among the living cells and involves the processing of biochemical information to regulate metabolic and cellular activities of the organism. The process of signaling initiates with a chemical species (i.e. ligands or signaling molecules) and ends with the cellular responses. The signal molecules are recognized by the receptors on the surface of target cells and the message is transferred inside the cell in series of steps, the signal transduction pathway, to produce the desired effects. Many signaling pathways have been studied for their involvement in cellular processes such as differentiation and proliferation. One such pathway is Wnt-signaling pathway which is an ancient and highly conserved among all metazoans; it is known to have roles in regulating life processes such as embryonic development, cell growth and survival, cell differentiation, migration and polarity (Wodarz et al., 1998). The term Wnt is derived from the name of two genes viz. wingless gene of Drosophila which is a segment polarity gene and its vertebrate homolog integrated or int-1 (Komiya and Habas, 2008). The extracellular signaling molecule of this pathway (i.e. ligand) is a glycoprotein known as Wnt, which binds to, and dimerize, two receptors namely LRP6/5 and Fz. The downstream signal is transported to the nucleus and promotes the transcription of Wnt responsive genes which ultimately regulate a wide variety of cellular processes including cell fate determination, motility, polarity, primary axis formation, stem cell renewal and organogenesis. The intracellular.