Nanopublications LDF server

Matches in Nanopublications for { ?s ?p "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine."@en ?g. }

• NP47469.RASzIgjiqXd2bzMwPkyvMkB-co0a3j6YAp89APtl7Zyuk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP47469.RASzIgjiqXd2bzMwPkyvMkB-co0a3j6YAp89APtl7Zyuk130_provenance.
• NP92359.RAbFJRWBaB6MIdtoIjdMWhnpSI_lIKq7P92mTJilQCS2k130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92359.RAbFJRWBaB6MIdtoIjdMWhnpSI_lIKq7P92mTJilQCS2k130_provenance.
• NP92402.RATUrrO0gaB95PPg2PKgRQty1hLwZ4qKoDbrF7AWU9mnk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92402.RATUrrO0gaB95PPg2PKgRQty1hLwZ4qKoDbrF7AWU9mnk130_provenance.
• NP92587.RAfqQpK8LgpyAY2VC_pGMCMiQW-SmmYUvAQBRHHj6rMvI130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92587.RAfqQpK8LgpyAY2VC_pGMCMiQW-SmmYUvAQBRHHj6rMvI130_provenance.
• NP92598.RAdkksqsCwBUN9szfLRzUeE_WK7qseoeIZryqmNrrFtbA130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92598.RAdkksqsCwBUN9szfLRzUeE_WK7qseoeIZryqmNrrFtbA130_provenance.
• NP92621.RATkQPFl7tAo36-2iPGjGykgOcTJG-UKarGxW4GAIItDo130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92621.RATkQPFl7tAo36-2iPGjGykgOcTJG-UKarGxW4GAIItDo130_provenance.
• NP88342.RAiSA6ovdPVoJc7LYXTDWnDgCIJajlz3NcKIqBkAvJ4VU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88342.RAiSA6ovdPVoJc7LYXTDWnDgCIJajlz3NcKIqBkAvJ4VU130_provenance.
• NP89384.RAkV0lHfxOFDBlthr-6OK3FQkGSatAq9sjtVjEs1LuJr0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89384.RAkV0lHfxOFDBlthr-6OK3FQkGSatAq9sjtVjEs1LuJr0130_provenance.
• NP91812.RAk40xhZ9LGJjQolphgzDtPqUf-vJ1JaZ6UPmW6A2Shwo130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91812.RAk40xhZ9LGJjQolphgzDtPqUf-vJ1JaZ6UPmW6A2Shwo130_provenance.
• NP91882.RArmFtQ5lJToG--n4dJ9Tqb5svrwEFziOnUu0a9vNWHSM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91882.RArmFtQ5lJToG--n4dJ9Tqb5svrwEFziOnUu0a9vNWHSM130_provenance.
• NP92012.RAsmB2pBePotiDvBpWe9aOw41xrj3QD8ubkrnEKOE1VTg130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92012.RAsmB2pBePotiDvBpWe9aOw41xrj3QD8ubkrnEKOE1VTg130_provenance.
• NP82948.RAPkYnyyhXbUTTvbW83P-2IU8kuapLnFUOdjy51Dzqubg130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP82948.RAPkYnyyhXbUTTvbW83P-2IU8kuapLnFUOdjy51Dzqubg130_provenance.
• NP83026.RAKJiEub5ycsLuVwZJbRY4NITEp-oP2erbw-u2E3soaX0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83026.RAKJiEub5ycsLuVwZJbRY4NITEp-oP2erbw-u2E3soaX0130_provenance.
• NP83034.RAJWvbos4mby0Hi9KS8G63Zjyn9OSyzMUytjCie6XfHfQ130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83034.RAJWvbos4mby0Hi9KS8G63Zjyn9OSyzMUytjCie6XfHfQ130_provenance.
• NP83166.RALrnogod7KXSDV5lDXUInJU5w1cVlQVYuG0ysSW1qDEM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83166.RALrnogod7KXSDV5lDXUInJU5w1cVlQVYuG0ysSW1qDEM130_provenance.
• NP83555.RALvvytq3-G9r0xvVMQhRLv1IY4FgfB4aY3qcydnuIzzM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83555.RALvvytq3-G9r0xvVMQhRLv1IY4FgfB4aY3qcydnuIzzM130_provenance.
• NP83943.RAEO7FwRJSTIZ2E9qUOdFDHZ4x0PhPe1cVFqMrfNgnnfU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83943.RAEO7FwRJSTIZ2E9qUOdFDHZ4x0PhPe1cVFqMrfNgnnfU130_provenance.
• NP43358.RAoDJE4_vCwonie5mcvUCdVtguEgTsLx-OaEs9WXlo8YY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP43358.RAoDJE4_vCwonie5mcvUCdVtguEgTsLx-OaEs9WXlo8YY130_provenance.
• NP74242.RAAYJFGJHhdY9zJSIqyJ7wcp6EzXET-pHQrB7Kvj9yOHM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP74242.RAAYJFGJHhdY9zJSIqyJ7wcp6EzXET-pHQrB7Kvj9yOHM130_provenance.
• NP83032.RACUhtBMwB3HefYqF5S-eu0TYtv5DyIeJNB08HGJLL_ds130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83032.RACUhtBMwB3HefYqF5S-eu0TYtv5DyIeJNB08HGJLL_ds130_provenance.
• NP83503.RABYag3WJKNWurDwTwBC8o8D7ggLFifDdcCrj_aHAgXfg130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83503.RABYag3WJKNWurDwTwBC8o8D7ggLFifDdcCrj_aHAgXfg130_provenance.
• NP83650.RADSw7Z98OkKG4EcfbUflf0ZA2i2jRlkX0H3TpoPURfiE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83650.RADSw7Z98OkKG4EcfbUflf0ZA2i2jRlkX0H3TpoPURfiE130_provenance.
• NP83952.RAAiA-NsYuqoAKBl4JniigXg1_EiaXqoKMgyHeCZoIj1M130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83952.RAAiA-NsYuqoAKBl4JniigXg1_EiaXqoKMgyHeCZoIj1M130_provenance.
• NP84455.RABgY4ufRohKDMz1SNCJGzUl_kFu3Eef3mBuUoP8mx92E130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP84455.RABgY4ufRohKDMz1SNCJGzUl_kFu3Eef3mBuUoP8mx92E130_provenance.
• NP87135.RABeENo_RaHXVjtKJe-vO9SaNBJ4Y1nDbc8B3v6rbFnUE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87135.RABeENo_RaHXVjtKJe-vO9SaNBJ4Y1nDbc8B3v6rbFnUE130_provenance.
• NP87235.RABX6hAku-HB49MhyWEoJbQs6HcgXVKkFPFoeEB4KwgRk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87235.RABX6hAku-HB49MhyWEoJbQs6HcgXVKkFPFoeEB4KwgRk130_provenance.
• NP87630.RAADCOVeEtxXYUyt13X4yGQSHy1Vc_S_qqOVumZo7xwHk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87630.RAADCOVeEtxXYUyt13X4yGQSHy1Vc_S_qqOVumZo7xwHk130_provenance.
• NP88374.RADw934NFyfjg0VsByRtWZrBW2tCACerm-GQW-cYEcPKo130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88374.RADw934NFyfjg0VsByRtWZrBW2tCACerm-GQW-cYEcPKo130_provenance.
• NP90049.RABwM5ys_XZ6PumaJPtJkXsMPsI_UQuSpSQnNrIoZIrTs130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90049.RABwM5ys_XZ6PumaJPtJkXsMPsI_UQuSpSQnNrIoZIrTs130_provenance.
• NP90228.RAByjc9xKIp3SbSP8fMlOItnfU4VaXGoDmkipqiLvTE2k130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90228.RAByjc9xKIp3SbSP8fMlOItnfU4VaXGoDmkipqiLvTE2k130_provenance.
• NP90366.RACl39QLZ6kFut5A6sOFZH2vH_QTmwnhe42xFOK3tD3Jk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90366.RACl39QLZ6kFut5A6sOFZH2vH_QTmwnhe42xFOK3tD3Jk130_provenance.
• NP91135.RACtddUxmw-YMCvkfBuC7mrO0ve_SvOMXkJ3Wo9WHM5P0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91135.RACtddUxmw-YMCvkfBuC7mrO0ve_SvOMXkJ3Wo9WHM5P0130_provenance.
• NP91270.RAC7g6pvXx3JUKAA069gYe0q-dKpaH-TfoS-oVm1R2AoM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91270.RAC7g6pvXx3JUKAA069gYe0q-dKpaH-TfoS-oVm1R2AoM130_provenance.
• NP83007.RA-EMbE9yviEMuyTQNAyzCgQxNwrkvPaCNDNvHu1p0yFc130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83007.RA-EMbE9yviEMuyTQNAyzCgQxNwrkvPaCNDNvHu1p0yFc130_provenance.
• NP83014.RA16H84bUx4BbXyOyXb7eNduwPejc5MjgDcy6wcJKXoFA130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83014.RA16H84bUx4BbXyOyXb7eNduwPejc5MjgDcy6wcJKXoFA130_provenance.
• NP83016.RAyD2C-c150sBe_OOfyABGNHhpn21I1y_n59KWjQesVr8130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83016.RAyD2C-c150sBe_OOfyABGNHhpn21I1y_n59KWjQesVr8130_provenance.
• NP83486.RA5LXZpvurp3DsN4AsMKHGVaDLs16zn6ods3mwe81e8Yw130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83486.RA5LXZpvurp3DsN4AsMKHGVaDLs16zn6ods3mwe81e8Yw130_provenance.
• NP83495.RA9KIzt9REtiHcQ0R2ZJB2UjLH0DHb0fiV7K12KgV8KGQ130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83495.RA9KIzt9REtiHcQ0R2ZJB2UjLH0DHb0fiV7K12KgV8KGQ130_provenance.
• NP83968.RA_stFlE7YN4pQdDXFacHJV2rtGJY6YmCewXwbfBZv-Us130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83968.RA_stFlE7YN4pQdDXFacHJV2rtGJY6YmCewXwbfBZv-Us130_provenance.
• NP84043.RA0kdiWtRpD3zLdgSuG0bOChtMTtCW89t6mi5_lxW4ZtY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP84043.RA0kdiWtRpD3zLdgSuG0bOChtMTtCW89t6mi5_lxW4ZtY130_provenance.
• NP85616.RAxxB71fxPrIzf0FbjDUf1FDtzXlA9Eg6o7uMv8QGhhY0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP85616.RAxxB71fxPrIzf0FbjDUf1FDtzXlA9Eg6o7uMv8QGhhY0130_provenance.
• NP86368.RA72hVXZvWw5S7t7oi2nq1aPO5UDUjHvY-dj0Iu68ne9I130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86368.RA72hVXZvWw5S7t7oi2nq1aPO5UDUjHvY-dj0Iu68ne9I130_provenance.
• NP86873.RAzKWLpouSua5Kx-kkDTCkq9OEcXW7nVZBvRuhWtGKL6g130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86873.RAzKWLpouSua5Kx-kkDTCkq9OEcXW7nVZBvRuhWtGKL6g130_provenance.
• NP86887.RA1lXLTn3kiVxk1vMkOZV37LJfmGFtoQyYXqouvD8EKE4130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86887.RA1lXLTn3kiVxk1vMkOZV37LJfmGFtoQyYXqouvD8EKE4130_provenance.
• NP86989.RAxHMrDMAMaHcwGD0AwZwkEXSNpKZGm7O_ey5Wk4A7T9Q130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86989.RAxHMrDMAMaHcwGD0AwZwkEXSNpKZGm7O_ey5Wk4A7T9Q130_provenance.
• NP87010.RAyvczmVa-tei0mskOSRF-lgl0nE670-0PgxmPysV9qkk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87010.RAyvczmVa-tei0mskOSRF-lgl0nE670-0PgxmPysV9qkk130_provenance.
• NP87081.RA-qtMn__TLZLR6A6p2XN4hqZx5eLMILsq0xl064ToKBU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87081.RA-qtMn__TLZLR6A6p2XN4hqZx5eLMILsq0xl064ToKBU130_provenance.
• NP87209.RAw6KNITSDGeNgAtiGTwX_EDIj8bYJ0VgxsE-VsUQyvfU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87209.RAw6KNITSDGeNgAtiGTwX_EDIj8bYJ0VgxsE-VsUQyvfU130_provenance.
• NP87717.RA13DQBLmTIOZW86VbqdNrFtcIgWZpPVkUoZvUjThIW9c130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87717.RA13DQBLmTIOZW86VbqdNrFtcIgWZpPVkUoZvUjThIW9c130_provenance.
• NP87745.RA8qFhKmDvG3089dlVwpkunfhILEcGoz3R8fG83m1Kjug130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87745.RA8qFhKmDvG3089dlVwpkunfhILEcGoz3R8fG83m1Kjug130_provenance.
• NP87751.RAz3Q3uwtXTc7_k4uZPLs-jYl2JGqIR-dUFpvLMl2ZK3Q130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87751.RAz3Q3uwtXTc7_k4uZPLs-jYl2JGqIR-dUFpvLMl2ZK3Q130_provenance.
• NP87834.RAw3ffeCeTP5wXM8FrJO4rtOaDC6X0T1JQ5MieN9pKQDg130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87834.RAw3ffeCeTP5wXM8FrJO4rtOaDC6X0T1JQ5MieN9pKQDg130_provenance.
• NP87990.RAygQ6Kqe4DUkjr0XLj3-QGpw5EGpUwPJHva1fIUSk0wI130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87990.RAygQ6Kqe4DUkjr0XLj3-QGpw5EGpUwPJHva1fIUSk0wI130_provenance.
• NP88423.RA4a2uYP7rCtHNR_f-PbCgE8jm1etoGGxRs7DfaIyH2tY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88423.RA4a2uYP7rCtHNR_f-PbCgE8jm1etoGGxRs7DfaIyH2tY130_provenance.
• NP88473.RA_AK6PB9uAilI3GjB2qoPQrj-2A_wLE3RdNU2mH9zyeU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88473.RA_AK6PB9uAilI3GjB2qoPQrj-2A_wLE3RdNU2mH9zyeU130_provenance.
• NP88480.RA8lLmb-jRHuHsDB6HHfsunFb0z9bnyDwbUBjnS3_E_FI130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88480.RA8lLmb-jRHuHsDB6HHfsunFb0z9bnyDwbUBjnS3_E_FI130_provenance.
• NP89300.RA7DbJuMpOMZKRlkRVP8xXRKVCRV0l2JF4oUjEQzGVU3g130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89300.RA7DbJuMpOMZKRlkRVP8xXRKVCRV0l2JF4oUjEQzGVU3g130_provenance.
• NP89347.RA2OKvKRQ65ABXZszvM_4_ixKqhUiS2Osq4UQun1jfxVc130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89347.RA2OKvKRQ65ABXZszvM_4_ixKqhUiS2Osq4UQun1jfxVc130_provenance.
• NP89451.RA8KmFB6SPH2dWFMS0fd2dy04TffxjWWLmxaa0AJ4watE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89451.RA8KmFB6SPH2dWFMS0fd2dy04TffxjWWLmxaa0AJ4watE130_provenance.
• NP90045.RA_UAspaso2dZjXZyzcLNiqqJEqlE1MYAs6ZLRJI7YP4g130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90045.RA_UAspaso2dZjXZyzcLNiqqJEqlE1MYAs6ZLRJI7YP4g130_provenance.
• NP90400.RA5C13U4JnT8Ryfpm9nIhQl81y6qswotP8gMO7InGyPvE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90400.RA5C13U4JnT8Ryfpm9nIhQl81y6qswotP8gMO7InGyPvE130_provenance.
• NP90727.RA0lorAnBnNJz6s0sAYMbht_4KpjlXLrPoxbSSgy_4FXI130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90727.RA0lorAnBnNJz6s0sAYMbht_4KpjlXLrPoxbSSgy_4FXI130_provenance.
• NP90956.RAw63y7JRyaRysknzHtkjks6w3KCbKPkvI7vB-ifvhbS0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90956.RAw63y7JRyaRysknzHtkjks6w3KCbKPkvI7vB-ifvhbS0130_provenance.
• NP91083.RA0Z0pzw2CnTJ27lURMSy3SVsUoQaGFdl8XpP57lvkb14130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91083.RA0Z0pzw2CnTJ27lURMSy3SVsUoQaGFdl8XpP57lvkb14130_provenance.
• NP91186.RA-xKeqIOGxAca5lh2WHJdFTWsmgwbEMC0c51NH51Up4U130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91186.RA-xKeqIOGxAca5lh2WHJdFTWsmgwbEMC0c51NH51Up4U130_provenance.
• NP91685.RA6WdxZCBK0W8a-5Uiy6i1Ztl-GHOszJToVT4QcNHz47k130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91685.RA6WdxZCBK0W8a-5Uiy6i1Ztl-GHOszJToVT4QcNHz47k130_provenance.
• NP91955.RAynird9Znua_1wkMYEyJ9RdZPS27lhIhgxyR7u3-UmRw130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91955.RAynird9Znua_1wkMYEyJ9RdZPS27lhIhgxyR7u3-UmRw130_provenance.
• NP84890.RAYJeE-FsOVG_7Z7rwpXE4FSP3l6kYuunQkLCbm515HSk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP84890.RAYJeE-FsOVG_7Z7rwpXE4FSP3l6kYuunQkLCbm515HSk130_provenance.
• NP85081.RAYOcHPR9wNq-OuoYyguIIaLzCA7QPmPaOd_1mo1AJUUk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP85081.RAYOcHPR9wNq-OuoYyguIIaLzCA7QPmPaOd_1mo1AJUUk130_provenance.
• NP85168.RAWhHoin49KoRdtgD2t69HtRiMHYQkTSiqWrqmr8d-Crc130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP85168.RAWhHoin49KoRdtgD2t69HtRiMHYQkTSiqWrqmr8d-Crc130_provenance.
• NP85366.RAc4QKHKp-4pu9Lkmfc3e6kqKhBsftcDIfsNzh-cT3Zig130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP85366.RAc4QKHKp-4pu9Lkmfc3e6kqKhBsftcDIfsNzh-cT3Zig130_provenance.
• NP85680.RASr6f7LHAY0EmlILYeaK346cdjiv6rJdJWaUyPcvjZUg130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP85680.RASr6f7LHAY0EmlILYeaK346cdjiv6rJdJWaUyPcvjZUg130_provenance.
• NP86542.RAaOUzu3LZEnuK_c4nQ0s7Xe9TJUd1VifyDTtgujC5gLE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86542.RAaOUzu3LZEnuK_c4nQ0s7Xe9TJUd1VifyDTtgujC5gLE130_provenance.
• NP86747.RAUUcE2noJbNqm-mV5fQ8mI4S4cEgMrRhHBPhAXjUqAVA130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86747.RAUUcE2noJbNqm-mV5fQ8mI4S4cEgMrRhHBPhAXjUqAVA130_provenance.
• NP86838.RAX1Iptx_zrtsZZj_C6ak-RsVu0qQD1wT4Lgco6CDBW0A130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86838.RAX1Iptx_zrtsZZj_C6ak-RsVu0qQD1wT4Lgco6CDBW0A130_provenance.
• NP86898.RAQmXQd7ORywy1sZCvXz5Xu_mV6o2KSpMgvlCvIwjZSaE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86898.RAQmXQd7ORywy1sZCvXz5Xu_mV6o2KSpMgvlCvIwjZSaE130_provenance.
• NP86993.RAT_bXC6sNvV353X_h8owrE02jLY7bQK76GF_x6eMdjtk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP86993.RAT_bXC6sNvV353X_h8owrE02jLY7bQK76GF_x6eMdjtk130_provenance.
• NP87107.RAaF57Q8ZBIOyiJ4ys4y1pVnQV1PPMtmdCabQZkajCHp8130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87107.RAaF57Q8ZBIOyiJ4ys4y1pVnQV1PPMtmdCabQZkajCHp8130_provenance.
• NP87117.RATE2yGRZcpx-HUxUOs8uBKF9BIg_gcmUX2kX3ZBOAEnM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87117.RATE2yGRZcpx-HUxUOs8uBKF9BIg_gcmUX2kX3ZBOAEnM130_provenance.
• NP87128.RAUQz_vWI-LbsX5_NgINtYnzw0uI98Y1Av2VbFmPdNfec130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87128.RAUQz_vWI-LbsX5_NgINtYnzw0uI98Y1Av2VbFmPdNfec130_provenance.
• NP87141.RAVfr4RRi6PZz4vtAblq2sqZRo-9TEg3ffmSLmuXRJbrI130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87141.RAVfr4RRi6PZz4vtAblq2sqZRo-9TEg3ffmSLmuXRJbrI130_provenance.
• NP87627.RAcyBE1Mxyv23EfZnyNEYkTTbQ_2UVa30l5c1fu-3MBWY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87627.RAcyBE1Mxyv23EfZnyNEYkTTbQ_2UVa30l5c1fu-3MBWY130_provenance.
• NP87872.RAe40ity8Con0mxt5oLPaFLmxYHDRDxwuggbsOtA2RXM4130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP87872.RAe40ity8Con0mxt5oLPaFLmxYHDRDxwuggbsOtA2RXM4130_provenance.
• NP88004.RAefASWpL5EOfzgUTJJCFJWRkTPNoJ2I34ZAAuHj8u3z0130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP88004.RAefASWpL5EOfzgUTJJCFJWRkTPNoJ2I34ZAAuHj8u3z0130_provenance.
• NP89382.RAengfEcDUl42p-e05ouvyHIM-rD6qX7gfHmz60SyQX1Q130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89382.RAengfEcDUl42p-e05ouvyHIM-rD6qX7gfHmz60SyQX1Q130_provenance.
• NP89420.RAXSyJjBiHCFSAMsThXSlnvl7c7OuCYGN15mWzHQmsYLU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89420.RAXSyJjBiHCFSAMsThXSlnvl7c7OuCYGN15mWzHQmsYLU130_provenance.
• NP89617.RAXD8-BgigcXfgK4HxMm0_hRUbBZlJgvLMRIP7-hUVBZQ130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89617.RAXD8-BgigcXfgK4HxMm0_hRUbBZlJgvLMRIP7-hUVBZQ130_provenance.
• NP89622.RAczFbZP4kAPvMkU1zNMGlPWAZGdfeSxdAsYsCsOWjYBU130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP89622.RAczFbZP4kAPvMkU1zNMGlPWAZGdfeSxdAsYsCsOWjYBU130_provenance.
• NP90041.RAaVDwUHnERDN5wq-RSvCRFcaxz-d0SF8gMyJHyE4R5wE130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90041.RAaVDwUHnERDN5wq-RSvCRFcaxz-d0SF8gMyJHyE4R5wE130_provenance.
• NP90046.RAbB9Gq0ukWRviugwVjxeOW6VvhYsdDqFIxi6yHMUDUbM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90046.RAbB9Gq0ukWRviugwVjxeOW6VvhYsdDqFIxi6yHMUDUbM130_provenance.
• NP90051.RAY-b3VUJ3FTBNjM3eAzAbRhTrCw98dXn5BL4TQaYoOCc130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90051.RAY-b3VUJ3FTBNjM3eAzAbRhTrCw98dXn5BL4TQaYoOCc130_provenance.
• NP90446.RAZyMblKBOZ5VCtSYDiF5ze4PWni3L7OvjGk4qssEaYPM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90446.RAZyMblKBOZ5VCtSYDiF5ze4PWni3L7OvjGk4qssEaYPM130_provenance.
• NP90722.RAd5Yrrla5w40ZV2uU01gtpf3X0WwvC3tET0zaLPLyPrY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP90722.RAd5Yrrla5w40ZV2uU01gtpf3X0WwvC3tET0zaLPLyPrY130_provenance.
• NP91112.RAUCwMzFpNTh6R1pdVg0ZPajykof5EHo_k3lC9eE4iDug130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP91112.RAUCwMzFpNTh6R1pdVg0ZPajykof5EHo_k3lC9eE4iDug130_provenance.
• NP83498.RAf7f7j2tySwZgoSfOYsLGweldXeXBtny6yODnSkPc7uM130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83498.RAf7f7j2tySwZgoSfOYsLGweldXeXBtny6yODnSkPc7uM130_provenance.
• NP83525.RAaV3u4x4Weg8ISOHz_P3gvJeRd1h6wCwVqhIpkIBgKls130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83525.RAaV3u4x4Weg8ISOHz_P3gvJeRd1h6wCwVqhIpkIBgKls130_provenance.
• NP83609.RAdXzB4kZqpbdZs5WI76uiXFtfLhD7UdHv9CxO5qV_XWY130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83609.RAdXzB4kZqpbdZs5WI76uiXFtfLhD7UdHv9CxO5qV_XWY130_provenance.
• NP83667.RAVFyKAdTeB0GX5DeUib_z8Z5RC_pBeVzR1DKpTL8b6sk130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83667.RAVFyKAdTeB0GX5DeUib_z8Z5RC_pBeVzR1DKpTL8b6sk130_provenance.
• NP83945.RAfdC6L0tq80q2lQxfRVzUoyqsFrjbQEb4ifahJmPLrxc130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP83945.RAfdC6L0tq80q2lQxfRVzUoyqsFrjbQEb4ifahJmPLrxc130_provenance.
• NP92377.RA-W-oFNh1RXEQFd4bEH0ygfRMCfMEl9LIVRGYzQdBALw130_assertion description "[These data, coupled with cell and animal model data implicating neuronal signaling in alcohol response, support the conclusion that neuronal signaling is mechanistically involved in alcohols cellular and behavioral effects. Further, these data suggest that genetic variation in these signaling pathways contribute to human variation in alcohol response. Finally, this concordance of the cell, animal, and human findings supports neuronal signaling, particularly glutamate signaling, as a prime target for translational studies to understand and eventually modulate alcohols effects.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP92377.RA-W-oFNh1RXEQFd4bEH0ygfRMCfMEl9LIVRGYzQdBALw130_provenance.

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