Nanopublications LDF server

Matches in Nanopublications for { ?s ?p "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine."@en ?g. }

• NP562516.RAWQl2Vf_MQRGLZtOX8-FTObjxzovtRSLnGIklTsOlUlA130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP562516.RAWQl2Vf_MQRGLZtOX8-FTObjxzovtRSLnGIklTsOlUlA130_provenance.
• NP717513.RAs6lSsExbn9tPJJ5FKv-YOwSDRFC9QNYqTRk0fEY0RD8130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP717513.RAs6lSsExbn9tPJJ5FKv-YOwSDRFC9QNYqTRk0fEY0RD8130_provenance.
• NP576752.RAg6v-CDqJQSipMWGY9HZjkolJerak1XKHB3xW-fbmeIM130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP576752.RAg6v-CDqJQSipMWGY9HZjkolJerak1XKHB3xW-fbmeIM130_provenance.
• NP603300.RAi1LP2XqL6LNi3Jq9fSejmnxp2l3Ebc3IoxUaojI-WMI130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP603300.RAi1LP2XqL6LNi3Jq9fSejmnxp2l3Ebc3IoxUaojI-WMI130_provenance.
• NP567094.RAUkUcz8FzKZ0gLCeTiRz-sazZAwb1bPJG0ebmzB6IB2k130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP567094.RAUkUcz8FzKZ0gLCeTiRz-sazZAwb1bPJG0ebmzB6IB2k130_provenance.
• NP206910.RA2SGsx_VQMQc8oSGPtNkCK8kXmoJUt6_dUt-fyjTBgJs130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP206910.RA2SGsx_VQMQc8oSGPtNkCK8kXmoJUt6_dUt-fyjTBgJs130_provenance.
• assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." provenance.
• assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." provenance.
• assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." provenance.
• assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." provenance.
• NP1374359.RABHiLAuKRNXld1uCiC7zJhLg1dq1FBaoFL45jFkK2gUE130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1374359.RABHiLAuKRNXld1uCiC7zJhLg1dq1FBaoFL45jFkK2gUE130_provenance.
• NP875240.RArC3SjEfS6FiiUuWN03DzpWcVjxFbw2AvmA-MdqUknmM130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP875240.RArC3SjEfS6FiiUuWN03DzpWcVjxFbw2AvmA-MdqUknmM130_provenance.
• NP1374354.RAkaKLZszdojx-AkGrBiiHKpwJdjNMpuLVhA9eaBytmo4130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1374354.RAkaKLZszdojx-AkGrBiiHKpwJdjNMpuLVhA9eaBytmo4130_provenance.
• NP1374355.RAqLkLKpQJEHSVw3T585LroiRR8pv2SnPC-ShGp0mKguM130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1374355.RAqLkLKpQJEHSVw3T585LroiRR8pv2SnPC-ShGp0mKguM130_provenance.
• NP808298.RALr7kCOO_y0i0XZkBxghYY6CAD2xegG5opcp_VxY-yiU130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP808298.RALr7kCOO_y0i0XZkBxghYY6CAD2xegG5opcp_VxY-yiU130_provenance.
• NP808299.RA0AUgAJk9opL9LwAQ3WzAyOvE7jp_wIsFkvHfTAgzW_o130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP808299.RA0AUgAJk9opL9LwAQ3WzAyOvE7jp_wIsFkvHfTAgzW_o130_provenance.
• NP875239.RAHdSZNYSnEY2eg1jQ0kODRRIGFpIdeg1eWuqUmnj1L2A130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP875239.RAHdSZNYSnEY2eg1jQ0kODRRIGFpIdeg1eWuqUmnj1L2A130_provenance.
• NP1374356.RA4zstZaGIDRS3c4P9wsvvHHcJtfgJfvdP_W1RxRKE3aA130_assertion description "[Taken together, the results indicate that 1) rad is a 46 kDa GTP-binding protein localized to thin filaments in muscle and its expression increases during myoblast fusion, 2) expression of rad in Pima Indians and ZDF rats does not correlate with diabetes, and 3) the amino acids (109-121) may be involved in regulating rad-GTPase activity, perhaps by interacting with a cytosolic factor(s) regulating nucleotide exchange and/or hydrolysis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1374356.RA4zstZaGIDRS3c4P9wsvvHHcJtfgJfvdP_W1RxRKE3aA130_provenance.