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Somatosensory-evoked and spinal cord-evoked potentials in response to pudendal and tibial stimulation in cats.
1989
Sims M.H. | Selcer R.R.
Somatosensory-evoked potentials (SEP) and spinal cord-evoked potentials (SCEP) were recorded in clinically normal adult cats in response to electrical stimulation of pudendal and tibial nerves to provide normative data that can be used in a clinical evaluation of pudendal nerve function in cats after sacral or sacrococcygeal luxations or fractures. Responses to tibial nerve stimulation were included in the study as an internal control because it is usually not involved in these types of injuries and because its SEP and SCEP are easily recorded. Evoked potentials were characterized by the latencies (ms) of positive (P or p) and negative (N or n) peaks. The SEP resulting from percutaneous pudendal nerve stimulation consisted of a prominent P-N-P potential in the 30- to 80-ms range. The pudendal SCEP was not successfully recorded because of large muscle artifacts evoked from the sacral area. The tibial SEP was similar to the pudendal SEP, except that the prominent P-N-P series in the 35- to 81-ms range was preceded by a smaller p-n-p-n sequence in the 7- to 23-ms range. The tibial SCEP consisted of a P-N-P series in the 2- to 4-ms range.
Afficher plus [+] Moins [-]Relationship between estradiol-17beta and IGF-I receptor expression in primary cultured rabbit renal proximal tubule cells
1997
Han, H.J. | Nam, S.A. | Park, K.M. (Chonnam National University, Kwangju (Korea Republic). College of Veterinary Medicine)
Effects of high glucose concentration of IGF-I binding and glucose transporters in renal proximal tubule cells
1997
Han, H.J. | Park, K.M. | Son, C.H. (Chonnam National University, Kwangju (Korea Republic). College of Veterinary Medicine) | Yoon, Y.D. (Hanyang University, Seoul (Korea Republic). College of Natural Science)
