cssi/SciSciGPT-SciSciNet huggingface dataset:
Reductions in Blood Pressures of Renal Hypertensive Dogs by Hog Renin.

Conclusions1. Daily intramuscular injections of hog renin for 4 months produced striking reductions in the blood pressures of renal ischemic hypertensive dogs, whereas heat inactivated hog renin and active dog renin were without effect. 2. No toxic manifestations resulted from renin treatment or from the reductions in blood pressures. 3. The serums of the dogs treated with active hog renin neutralized the acute pressor effect of renin in assay animals. 4. The mechanism of these reductions in blood pressure is not clear. Most probably an immune (antihormone?) response to heterologous hog renin is involved.
The Development of a Poultry Ham Product

Abstract Turkey ham rolls were prepared from turkey thigh meat in a series of experiments using several levels of salt and sugar, Kena, or water. They were also cooked in a smoker, in a water bath, or canned. Poultry ham rolls were also made using meat from broilers and light and heavy fowl. Results showed that the most acceptable poultry ham rolls were made by: 1) beating with .5% Kena and at least 1% salt; 2) using turkey thighs or entire broilers or heavy fowl; and 3) adding as much as 20% water for an increased yield (based on ingredients other than the added water).
Wireless Communication of Intraoral Devices and Its Optimal Frequency Selection

This paper explores communication methods and frequencies for wireless intraoral electronic devices, by using an intraoral tongue drive system (iTDS) as a practical example. Because intraoral devices do not meet the operating conditions of the body channel communication, we chose radio frequency communication. We evaluated and compared three frequencies in industrial, scientific, and medical bands (27 MHz, 433.9 MHz, and 2.48 GHz) in terms of their data link performance based on path loss and radiation patterns over horizontal and vertical planes. To do so, we dynamically minimize the impedance mismatch caused by the varying oral environment by applying the adaptive impedance matching technique to 433.9 MHz and 2.48 GHz bands. Experimental results showed that 27 MHz has the smallest path loss in the near-field up to 39 cm separation between transmitter and receiver antennas. However, 433.9 MHz shows the best performance beyond 39 cm and offers a maximum operating distance of 123 cm with 0 dBm transmitter output power. These distances were obtained by a bit error rate test and verified by a link budget analysis and full functionality test of the iTDS with computer access.