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Inhalation of insulin (Exubera) is associated with augmented disposal of portally infused glucose in dogs. [electronic resource] by
- Edgerton, Dale S
- Neal, Doss W
- Scott, Melanie
- Bowen, Larry
- Wilson, Warren
- Hobbs, Charles H
- Leach, Chet
- Sivakumaran, Shantha
- Strack, Thomas R
- Cherrington, Alan D
Producer: 20050603
In:
Diabetes vol. 54
Availability: No items available.
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Inhalation of human insulin is associated with improved insulin action compared with subcutaneous injection and endogenous secretion in dogs. [electronic resource] by
- Edgerton, Dale S
- Stettler, Kathryn M
- Neal, Doss W
- Scott, Melanie
- Bowen, Larry
- Wilson, Warren
- Hobbs, Charles H
- Leach, Chet
- Strack, Thomas R
- Cherrington, Alan D
Producer: 20070109
In:
The Journal of pharmacology and experimental therapeutics vol. 319
Availability: No items available.
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6.
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Inhalation of human insulin (exubera) augments the efficiency of muscle glucose uptake in vivo. [electronic resource] by
- Edgerton, Dale S
- Cherrington, Alan D
- Williams, Phillip
- Neal, Doss W
- Scott, Melanie
- Bowen, Larry
- Wilson, Warren
- Hobbs, Charles H
- Leach, Chet
- Kuo, Mei-Chang
- Strack, Thomas R
Producer: 20070116
In:
Diabetes vol. 55
Availability: No items available.
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7.
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Inhaled insulin is associated with prolonged enhancement of glucose disposal in muscle and liver in the canine. [electronic resource] by
- Edgerton, Dale S
- Cherrington, Alan D
- Neal, Doss W
- Scott, Melanie
- Lautz, Margaret
- Brown, Nancy
- Petro, Jeff
- Hobbs, Charles H
- Leach, Chet
- Del Parigi, Angelo
- Strack, Thomas R
Producer: 20090324
In:
The Journal of pharmacology and experimental therapeutics vol. 328
Availability: No items available.
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