7 results on '"Aa. V. Nielsen"'
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2. Scandinavian Society for the Study of Diabetes abstracts
- Author
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R. Pelkoneen, B. Berglund, G. Sterkey, T. Jakobson, B. A. Lamberg, Veikko Kallio, J. Thorell, Esko A. Nikkilä, Torsten Deckert, Lars-Erik Jônsson, Kilkka Kiekkala, Alvar Svanborg, N. Juel Christensen, Aa. V. Nielsen, E. A. Nikktlä, Konung Gustaf, T. A. Miettinen, Matti Kekki, J. Lyngsoe, R. Nikiforow, H. Ørskov, J. Burstein, T. Deckert, Eeva-Raija Varonen, Flemming Englund, Hans K. Åkerblom, C. E. Räihä, M. Vesenne, O. Munck, Claes Hellerström, Sven Carlström, Steen Olsen, K. Lundbæk, Chr Binder, Jan Östman, Jon Bremer, Arvo Oksala, F. Skovborg, A. Relander, T. Ahola, K. Jorgensen, A. Kahanpää, Carsten Munkner, J. Ditzel, A. Miettinen, Jan Thorell, Flemming Wollesen, Knud Lundbæk, Risto Pelkonen, Hans Ørskov, A. Jonsson, Egon Hansen, R. Österby Hansen, Sven-Erik Fagerberg, Jan Pontén, O. J. Rafaelsen, P. Bjørntorp, M. D. Nielsen, L. Heding, K. Lindell, Paul Andresen, Mogens Iversen, EskoA. Nikkilä, and Bengt Persson
- Subjects
0303 health sciences ,medicine.medical_specialty ,business.industry ,Endocrinology, Diabetes and Metabolism ,030209 endocrinology & metabolism ,Human physiology ,medicine.disease ,03 medical and health sciences ,0302 clinical medicine ,Family medicine ,Diabetes mellitus ,Internal Medicine ,Medicine ,business ,030304 developmental biology - Published
- 1966
- Full Text
- View/download PDF
3. British Diabetic Association Abstracts
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R. E. Humbel, S. J. H. Ashcroft, P. Baker, F. Malaisse-Lagae, A. M. Scott, I. Tamir, J. K. Lloyd, J. D. Baird, D. Turner, P. E. Lacy, C. N. Hales, J. R. Henderson, H. Zahn, G. M. Grodsky, P. J. Watkins, N. M. Cohen, W. J. H. Butterfield, R. J. Jarret, S. L. Howell, H. Cohen, G. J. Knight, A. J. Moody, E. Coll-Garcia, W. Danho, T. J. Merimee, N. S. Track, Aa. V. Nielsen, W. T. Strauss, J. K. Nelson, M. E. Abrams, W. J. Malaisse, A. Hart, G. A. Stewart, T. R. Csorba, C. Hellerstrm, P. C. Farrant, M. M. Segall, D. Rabinowitz, S. Falkmer, F. C. Greenwood, L. L. Bennett, D. M. Hill, J. Gliemann, M. J. Whichelow, K. W. Taylor, P. J. Randle, M. Kellock, F. L. Mitchell, J. B. Gill, R. W. J. Neville, T. H. Whittington, J. S. Smith, H. Keen, A. D. Munro-Faure, R. F. Mottram, J. Anderson, G. Schmidt, D. Cameron, and R. J. Jarrett
- Subjects
medicine.medical_specialty ,business.industry ,Endocrinology, Diabetes and Metabolism ,Ophthalmology ,Family medicine ,Section (typography) ,Internal Medicine ,Medicine ,business - Published
- 1968
- Full Text
- View/download PDF
4. Second Annual Meeting of the European Association for the Study of Diabetes abstracts
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J. T. Ireland, B. K. Patnaik, L. J. P. Duncan, Z. Jaksic, A. Jakob, N. Lauper, R. Flury, A. Labhart, E. R. Froesch, R. J. Jarrett, H. Keen, N. Track, J. Jervell, J. Vallance-Owen, J. S. Bajaj, K. Jørgensen, C. Binder, Aa. V. Nielsen, L. Kammerer, M. Bretán, L. Nemsánszky, L. Jakab, S. Virág, S. Virag, E. Keat, L. Kerp, F. Kieling, S. Steinhilber, L. Keep, B. Knick, R. Korec, W. Korp, L. Lalouschek, R. E. Levett, K. Summer, K. Krentz, M. Kristensen, Friedrich Kuhlencordt, F. Kuhlencordt, J. Kühnau, H. -W. Meyer, A. E. Lambert, J. J. Hoet, L. Lambotte, W. C. Shoemaker, P. Lefebvre, G. Lenti, A. Pellegrini, G. Pagano, M. V. Brotzu, F. Sirigu, H. Lestradet, I. Deschamps, H. Liebermeister, R. Rüenauver, D. Grüneklee, W. Schilling, K. Jahnke, H. Daweke, G. Löffler, K. F. Weinges, C. Lopez-Quijada, J. L. R-Candela, A. Loubatieres, M. M. Mariani, R. Alric, C. Lowy, A. H. Rubenstein, A. D. Weight, T. J. Martin, T. Russell, R. Luft, L. Madison, E. Cerasi, U. S. von Euler, A. Margolis, I. Bugala, L. Marasek, Vincent Marks, P. J. N. Howorth, Ellis Samols, F. C. Greenwood, C. Mazzi, F. Melani, J. Lawecki, K. M. Bartelt, E. F. Pfeiffer, G. Menzinger, F. Fallucca, L. Aliberti, D. Andreani, U. A. Meyer, E. Miki, P. Elliott, R. Milani, M. Bianchessi, J. Mirouze, E. Cartry, F. Saade, C. Jaffiol, P. Montenero, P. Denatone, E. Donatone, H. Ørskov, J. Östman, I. Øye, D. Sinclair, L. F. Pallardo, J. Cartillo-Olivares, J. Guijo, J. M. Garcia Garrido, J. Castillo-Olivares, J. L. Matute, G. Pathe, G. Comtesse, U. Polge, G. Contesse, I. Pavel, R. Pieptes, Jørgen Pedebsen, L. Mølsted Pedersen, K. R. Jørgensen, I. Penchev, G. Piancino, P. P. Martini, C. A. Cravetto, A. Pieri, P. T. Scarpelli, E. Pihl, S. Falkmer, D. Pometta, J. Tatot, S. B. Rees, T. Kuwabara, J. Taton, J. E. Poulsen, A. U. Werner, G. Pozza, A. Ghidoni, E. Sanesi, P. Quinto, O. Flamigni, R. Tirelli, C. Flamingni, Ole J. Rafaelsen, J. Lyngsoe, T. Deckert, Edith Reske-Nielsen, Knud Lundbæk, J. L. Roderiguez-Minon, M. Rosell-Perez, C. J. Hedeskov, V. Esmann, G. Rosselin, G. Tchobroutsky, P. Freychet, R. Assan, M. Derot, Barbara Rudas, H. Liebermeisteb, Matilde Salinas, E. Samols, J. Tyler, V. Marks, V. Schliack, F. Skovborg, J. Schlichtkrull, J. Ditzel, Z. Skrabalo, A. Stavljenic, I. Crepinko, N. Dimitrov, P. H. Sönksen, J. P. Ellis, F. Greenwood, J. D. N. Nabarro, H. D. Söling, R. Zahlten, B. Willms, W. Stauffacher, B. Jeanrenaud, B. Ch. J. Sutter, V. Meyer, P. Mialhe, K. Thomas, M. de Gasparo, D. Toussaint, W. Gepts, G. W. Pickering, J. A. Fraser, L. Travia, L. Dalla Torre, G. Forcina, L. Gandolfo, D. S. Turner, N. McIntyre, M. Tutin, F. Rousselie, M. Rathery, H. Borna, H. Bour, R. H. Unger, L. Recant, M. McGavran, M. D. Siperstein, Ph. Vague, R. Depieds, G. Boeuf, J. L. Codaccioni, J. Vague, P. Vague, A. Vitelli, G. Segre, P. Martino, A. Saiani, P. F. Martini, A. Saisni, S. Vuletic, P. Wahl, W. Kettnaker, W. Walaas, O. Walaas, K. E. Wildenhoff, H. Dalsager, N. Schwartz, M. Böttcher, N. Sakomoto, J. Winand, J. Furnelle, J. Christophe, J. W. Woenckhaus, D. Günter, H. Yde, D. A. B. Young, B. Benson, G. R. Zahnd, A. Luyks, N. Zaragoza, and J. P. Felber
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medicine.medical_specialty ,business.industry ,Endocrinology, Diabetes and Metabolism ,Family medicine ,Association (object-oriented programming) ,Diabetes mellitus ,Public health ,Internal Medicine ,Medicine ,Human physiology ,Metabolic disease ,business ,medicine.disease - Published
- 1966
- Full Text
- View/download PDF
5. Biological assay of glucagon in rabbits
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Aa. V. Nielsen, B. Keiser-Nielsen, F. Tarding, and P. Nielsen
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Blood Glucose ,Male ,medicine.medical_specialty ,Endocrinology, Diabetes and Metabolism ,Statistics as Topic ,Blood sugar ,Glucagon ,Route of administration ,Sex Factors ,Internal medicine ,Methods ,Internal Medicine ,medicine ,Animals ,Potency ,Bioassay ,business.industry ,Body Weight ,Fasting ,Confidence interval ,Cortisone ,Dose–response relationship ,Endocrinology ,Biological Assay ,Female ,Rabbits ,business ,medicine.drug - Abstract
Bioassay of glucagon based on the hyper-glycaemic activity was investigated in normal rabbits. — It was shown that the index of precision (λ) derived from the dose response curve is about 1.2, which means that several hundred animals are required per assay in order to obtain a reasonably narrow confidence interval. Triple cross-over design improved the index of precision to 0.37, about 50 rabbits then being required to obtain a 95% confidence interval of ± 35%. The weight and sex of animals, as well as the fasting time and the route of administration of glucagon, were shown not to influence the quality of the assay. — Pretreatment of rabbits with cortisone improves the blood sugar response to glucagon. With a single dose of 25 mg of cortisone per rabbit, a considerable increase in the response to glucagon was observed with only a moderate elevation of the fasting blood sugar level. It was shown that the cortisone potentiation of the glucagon effect is at a maximum around 2–4 days after the cortisone adminstration, and that a cross-over assay can be performed within this period. — Further, it was shown that the cortisone treatment of the animals can be repeated several times without causing any changes in the glucagon response or in the animals as such. — Variables in an assay, such as sampling time, dose ratio, and response calculation, have been evaluated. — Based on these results, an assay procedure for the determination of the biological potency of glucagon employing cortisonepretreated rabbits has been designed. — With this procedure, a 95% confidence interval of ±20% is ordinarily obtained in assays employing 32 rabbits.
- Published
- 1969
- Full Text
- View/download PDF
6. Third Meeting of the Scandinavian Society for the Study of Diabetes Oslo, February 2?4, 1967 Abstracts
- Author
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Jacob E. Poulsen, Rolf Luft, O. Trygstad, Erol Cerasi, Hans Yde, Nils Norman, J. Ditzel, M. Schwartz, H. O. Bang, N. Thorsen, S. Aarseth, S. Oseid, I. H�yer, S. E. Brolin, E. Borglund, G. Wettermark, B. Borrebeek, O. S�vik, Thomas B�hmer, J. Jervell, J. Vallance-Owen, K. Johansen, H. �rskov, N. J. Christensen, E. Cerasi, R. Luft, M. Kristensen, S. Carlstr�m, H. �kerblom, H. Hiekkala, F. Skovborg, Aa. v. Nielsen, E. Lauritzen, J. E. Poulsen, T. Deckert, R. �sterby Hansen, H. Orskov, E. Ruske-Nielsen, Aa. Harmsen, K. Lundbaek, K. Midtg�rd, B. Petersson, N. Juel Christensen, V. Drewes Mohr, S. Westman, T. Reinskou, K. Berg, and J. Lundevall
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medicine.medical_specialty ,business.industry ,Endocrinology, Diabetes and Metabolism ,Diabetes mellitus ,Family medicine ,Internal Medicine ,medicine ,Human physiology ,medicine.disease ,business - Published
- 1967
- Full Text
- View/download PDF
7. Blood viscosity and vascular flow rate. Blood-viscosity measured in a cone-plate viscometer and the flow rate in an isolated vascular bed
- Author
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Aa. V. Nielsen, F. Skovborg, and J. Schlichtkrull
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Fåhræus–Lindqvist effect ,medicine.medical_specialty ,medicine.medical_treatment ,Clinical Biochemistry ,Blood viscosity ,Hematocrit ,Viscosity ,medicine ,Diabetes Mellitus ,Animals ,Humans ,Ear, External ,Saline ,medicine.diagnostic_test ,Chemistry ,Viscometer ,General Medicine ,Blood Viscosity ,Volumetric flow rate ,Surgery ,Shear rate ,Perfusion ,Rabbits ,Blood Flow Velocity ,Biomedical engineering - Abstract
The whole-blood viscosity measured in a cone-plate viscometer and the flow ratio estimated in the vascular bed of an isolated rabbit ear have been compared for different blood samples.The reciprocal ratio between the flow rate of human blood and the flow rate of saline in the vascular bed was statistically significantly correlated to the haematocrit value.The estimated flow ratio in the vascular bed was approximately proportional to the viscosities measured in the cone-plate viscometer. The closest proportionality was found at shear rate 5.75 sec-1.The flow rate of blood relative to saline was at all shear rates found to be higher than expected from the measured viscosities. This indicates that the Fahraeus-Lindqvist effect is effective in the vascular bed.
- Published
- 1968
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