Matches in Nanopublications for { ?s ?p "in the absence of anx7 signaling system, the cells in the adrenal gland are unable to discriminate between the fed and the fasted states in control chromaffin cells, fasting is accompanied by an increased expression of structural genes for chromaffin cell contents, including chromogranin A and B, and DbetaH the anx7 heterozygous mutation results in sustained expression of these nutritionally sensitive genes" ?g. }
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- _3 value "in the absence of anx7 signaling system, the cells in the adrenal gland are unable to discriminate between the fed and the fasted states in control chromaffin cells, fasting is accompanied by an increased expression of structural genes for chromaffin cell contents, including chromogranin A and B, and DbetaH the anx7 heterozygous mutation results in sustained expression of these nutritionally sensitive genes" provenance.
- _3 value "in the absence of anx7 signaling system, the cells in the adrenal gland are unable to discriminate between the fed and the fasted states in control chromaffin cells, fasting is accompanied by an increased expression of structural genes for chromaffin cell contents, including chromogranin A and B, and DbetaH the anx7 heterozygous mutation results in sustained expression of these nutritionally sensitive genes" provenance.
- _3 value "in the absence of anx7 signaling system, the cells in the adrenal gland are unable to discriminate between the fed and the fasted states in control chromaffin cells, fasting is accompanied by an increased expression of structural genes for chromaffin cell contents, including chromogranin A and B, and DbetaH the anx7 heterozygous mutation results in sustained expression of these nutritionally sensitive genes" provenance.
- _3 value "in the absence of anx7 signaling system, the cells in the adrenal gland are unable to discriminate between the fed and the fasted states in control chromaffin cells, fasting is accompanied by an increased expression of structural genes for chromaffin cell contents, including chromogranin A and B, and DbetaH the anx7 heterozygous mutation results in sustained expression of these nutritionally sensitive genes" provenance.