|1.||Zhang, Mengxin: 1 article (03/2015)|
|2.||Ma, Yufei: 1 article (03/2015)|
|3.||Wang, Lina: 1 article (03/2015)|
|4.||Zhang, Zhijun: 1 article (03/2015)|
|5.||Cao, Yuhua: 1 article (03/2015)|
|6.||Tu, Xiaolong: 1 article (03/2015)|
|7.||Kribben, Andreas: 1 article (02/2006)|
|8.||Senter, Ruth A: 1 article (02/2006)|
|9.||Roeser, Nancy F: 1 article (02/2006)|
|10.||Weinberg, Joel M: 1 article (02/2006)|
02/01/2006 - "Safranin O uptake in reoxygenated tubules, which was decreased 85% after 60-min hypoxia, was normalized by dBSA, which improved ATP synthesis as well. "
02/01/2006 - "dBSA also almost completely normalized Deltapsi(m) when the duration of hypoxia was increased to 120 min. In intact tubules, the protective substrate combination of alpha-ketoglutarate + malate (alpha-KG/MAL) increased ATP three- to fourfold, limited NEFA accumulation during hypoxia by 50%, and lowered NEFA during reoxygenation. "
|2.||Body Weight (Weight, Body)
10/01/2003 - "On a mg per kg of body weight dose basis, the no-observed-effect level doses for rats in the fertility study and rabbits in the developmental study were 2,000 and 4,000 (320 and 1,300 scaled to dose per unit body surface area [DBSA]) times that which a person would receive given 1 unit of treated blood. "
|4.||Dehydration (Water Stress)
|1.||Adenosine Triphosphate (ATP)
|2.||safranine T (safranin)
|3.||Nonesterified Fatty Acids (NEFA)
|4.||malic acid (malate)
|5.||alpha-ketoglutaric acid (alpha-ketoglutarate)