Top Abstract Purchase Related
Home
>
Node
>
Subnode

The possibility of using a bacteriological peptone from whole blood as the nutrient base for growing microorganisms

Zhurbenko, R.S.; Barroetabenia Márquez, F.; Rodríguez Martinez, C.; Varela Yánez, A.E.

Zhurnal Mikrobiologii Epidemiologii i Immunobiologii 2: 23-27

1993

ISSN/ISBN: 0372-9311
PMID: 8059566
Document Number: 414705
Study of some parameters of the process of hydrolysis in addition to other experiments has made it possible to develop a method for obtaining a nutrient base for the cultivation of microorganisms with the use of cattle whole blood as protein substrate and papain as a hydrolyzing agent. The product thus obtained is characterized by high levels of amino and total nitrogen (4% and 14% respectively). Biological studies with the use of this product in different culture media and observations on the growth and characteristics of many microbial strains have shown the possibility of its use for the diagnosis of infectious diseases, for the control of the quality of foodstuffs and water.

Document emailed within 1 workday
Secure & encrypted payments

Hoover, L.W.; Perloff, B.P. 1983: Computerized nutrient data bases: II. Development of model for appraisal of nutrient data base system capabilities Journal of the American Dietetic Association 82(5): 506-508
Castillo, C.; Benedito, Jé.Luis.; Méndez, Jús.; García-Partida, P.; Vázquez, P.; Pereira, V.; López-Alonso, M.; Hernández, Jín. 2006: Effects of long-term dietary supplementation of monensin or saccharomyces cerevisiae on blood acid-base and productive performance in growing feedlot steers Berliner und Munchener Tierarztliche Wochenschrift 119(11-12): 480-485
Markvichev, N.S.; Manakov, M.N. 1985: Method of culturing microorganisms at constant concentrations of the nutrient components Prikladnaia Biokhimiia i Mikrobiologiia 21(4): 510-515
Bil'ko, I.P. 1986: A diffusion chamber for growing microorganisms in vivo Mikrobiolohichnyi Zhurnal 48(4): 84-88
Stepanova, É D.; Iunusova, R.I.; Medzhidov, M.M.; Gorelova, V.G. 2012: Modifications of nutrient media for the isolation and identification of clinically important opportunistic microorganisms Zhurnal Mikrobiologii Epidemiologii i Immunobiologii 2: 117-119
Somova, L.A.; Blinova, N.I.; Chakhava, O.V. 1977: Simple method of growing sporeless anaerobic microorganisms on flat media Laboratornoe Delo 9: 557-558
Grishanova, N.G.; Degtiareva, V.T.; Ivanov, S.V.; Kandiurina, V.G.; Voronkina, I.M. 1985: Possibility of using nutrient media based on dry enzymatic casein hydrolysates stored for different periods Laboratornoe Delo 9: 567-568
Podgornaia, L.G.; Dziuban, N.F. 1985: Production of anatoxin during the growing of Pseudomonas aeruginosa on a casein nutrient medium Mikrobiolohichnyi Zhurnal 47(6): 40-43
Cunliffe, W.J.; Holland, K.T.; Wilson, J.V.; Stoppard, M. 1976: A clinical and bacteriological study of FAPG base Practitioner 216(1291): 102-105
Berné, Y.; Carías, D.; Cioccia, A.M.; González, E.; Hevia, P. 2005: Effect of the diuretic furosemide on urinary essential nutrient loss and on body stores in growing rats Archivos Latinoamericanos de Nutricion 55(2): 154-160
Bil'ko, I.P. 1985: Growth of mycobacteria on nutrient media with a synthetic solid base Problemy Tuberkuleza 7: 62-63
Mishra, P.C.; Mishra, R.N. 1976: Electronic structure of adenine and possibility of proton tunneling in the A-T base pair of DNA Indian Journal of Biochemistry and Biophysics 13(4): 357-360
Kalina, G.P. 1981: Allomonads, a new group of microorganisms of the family of Vibrionaceae. IV. Nutrient media for the isolation, quantitative count and simplified identification of allomonads Zhurnal Mikrobiologii Epidemiologii i Immunobiologii 6: 32-36
Morrison, J.C.; Richmond, P.A. 1991: Cell wall synthesis in growing and non growing cells of nitella under normal growing conditions and during osmotic stress Plant Physiology 96(Suppl): 74
Salgado, A. 1990: Artificial neuron cultures. a possibility which might be a great base for research for neurobiological studies and in addition could offer therapeutic possibilities in the future Revista de Enfermeria 13(142): 86-88
Van Sluijs, F.J.; de Vries, H.W.; De Bruijne, J.J.; van den Brom, W.E. 1983: Capillary and venous blood compared with arterial blood in the measurement of acid-base and blood gas status of dogs American Journal of Veterinary Research 44(3): 459-462
Mattioli, G.; Domenichini, G. 1975: Correlated analysis of blood iron; acid base equilibrium, blood gas measurements and other blood chemical changes in the acute phase of myocardial infarct Bollettino Della Societa Italiana di Cardiologia 20(12): 1675-1678
Sadowska, J.; Sacharczuk, O. 2011: The estimation of the influence of pattern of consumption on the possibility of blood donation by repeated blood donors Roczniki Panstwowego Zakladu Higieny 62(2): 193-198
Schwartze, H.; Voigt, J. 1986: The red blood cells in growing guinea pigs (Cavia cobaya). I. Communication: pre- and perinatal changes in bone marrow and blood Folia Haematologica 113(3): 383-397
Bieguszewski, H. 1975: Effect of growth hormone (cattle somatotropin) on total blood volume, extracellular water space as well as blood glucose and Hb content in growing arctic foxes Endokrynologia Polska 26(2): 123-127