Top Abstract Purchase Related
Home
>
Node
>
Subnode

Comparison of thermostable phosphatase and proteases from thermophilically disposed transition species and thermophilic actinomycetes

Lalwani, L.; Rai, V.; Ali, S.S.

Indian Journal of Experimental Biology 35(5): 511-515

1997

ISSN/ISBN: 0019-5189
PMID: 9378520
Document Number: 481424
Thermoactinomycetes vulgaris is a thermophilic actinomycetes growing optimally at 50 degrees C and Streptomyces albus, S. coelicolor, S. fasciculus and S. olivochromogenes are thermophilically disposed transition species of actinomycetes, which have optimum biomass at 40 degrees C. The acid/alkaline phosphatase and acid/alkaline/neutral protease enzyme from Streptomycetes species showed enzyme activity up to 90 degrees C. In comparison to phosphatases and proteases from T. vulgaris it was concluded that these thermophilically disposed transition species showed macromolecular thermostability i.e. thermostable enzymes and protein.

Document emailed within 1 workday
Secure & encrypted payments

Khan, Z.U.; Randhawa, H.S.; Mondal, D. 1984: Long-term preservation of fungi (yeast, thermophilic actinomycetes and filamentous species) on anhydrous silica gel Indian Journal of Experimental Biology 22(9): 509-510
Holmberg, K.; Kallings, L.O. 1980: Allergic alveolitis caused by mold and thermophilic actinomycetes Lakartidningen 77(1-2): 39-44
Snyder, C.; Hammack, G.G. 1994: Daily disposed hydrogel lenses--a comparison with biweekly replacement Journal of the American Optometric Association 65(3): 164-168
Egorova, L.A.; Loginova, L.G. 1984: Selection of a culture forming alkaline phosphatase from thermophilic bacteria in the genus Thermus Mikrobiologiia 53(2): 242-245
Zhantieva, E.M.; Benediktova, A.B.; Feder, Z.M. 1978: Determination of the activity of thermostable alkaline phosphatase in the blood of pregnant women: a prognostic test of the status of the newborn infant Akusherstvo i Ginekologiia 9: 17-21
Frolova, V.I.; Ushakova, T.A.; Katrukha, G.S.; Rozenfel'd, G.S.; Kuzovkov, A.D. 1970: Isolation of the antibiotic taitomycin from actinomycetes of various species Antibiotiki 15(4): 331-335
Loginova, L.G.; Userbaeva, G.B.; Egorova, L.A. 1978: New species of obligate-thermophilic bacteria of the Flavobacterium thermophilum type Mikrobiologiia 47(6): 1081-1085
Lysenkov, N.V. 1976: Peptidases of preparations of proteolytic enzymes from several species of bacteria, molds and actinomycetes Prikladnaia Biokhimiia i Mikrobiologiia 12(1): 24-29
Muradov, M.; Rautenshteĭn, I.I.; Akhmedova, D.U.; Moskalenko, L.N. 1975: Lysogeny in heat-tolerant hydrocarbon-oxidizing actinomycetes of species Actinomyces griseomycini Mikrobiologiia 44(2): 298-303
Karavaĭko, G.I.; Turova, T.P.; Tsaplina, I.A.; Bogdanova, T.I. 2000: The phylogenetic position of aerobic, moderately-thermophilic bacteria of the Sulfobacillus species, oxidizing Fe2+, S(0) and sulfide minerals Mikrobiologiia 69(6): 857-860
Karavaĭko, G.I.; Turova, T.P.; Tsaplina, I.A.; Bogdanova, T.I. 2000: The phylogenetic position of aerobic, moderately-thermophilic bacteria of the Sulfobacillus species, oxidizing Fe2+, S(0) and sulfide minerals Mikrobiologiia 69(6): 857-860
Landau, N.S.; Egorov, N.S. 1971: Formation of proteases with fibrinolytic activity in Nocardia species, strain 1 Mikrobiologiia 40(5): 829-832
Nunes, R.Camilo.; Bellini, B.Cavalcante. 2018: Three new species of Entomobryoidea (Collembola: Entomobryomorpha) from Brazilian Caatinga-Cerrado transition, with identification keys to Brazilian Cyphoderus, Pseudosinella and Trogolaphysa species Zootaxa 4420(1): 71-96
Bergmann, M.; Bewig, B.; Tiroke, A.; Barth, J.; Fölsch, U.R. 1997: Analysis of lymphocyte populations with flow cytometry in routine bronchoalveolar lavage diagnosis: comparison of a 3-color method with the alkaline phosphatase anti-alkaline phosphatase immunohistochemistry Pneumologie 51(8): 860-864
Heine, H. 1984: Proteases - proteases inhibitors: a local cellular information system Advances in Experimental Medicine and Biology 167: 121-127
Silva, A.M.; Lee, A.Y.; Erickson, J.W.; Goldberg, D.E. 1998: Structural analysis of plasmepsin II. a comparison with human aspartic proteases Advances in Experimental Medicine and Biology 436: 363-373
Geary, C.; Stevens, M. 1989: Detection of phosphatase production by Staphylococcus species: a new method Medical Laboratory Sciences 46(4): 291-294
Rauterberg, E.W.; Ritz, E. 1988: Bioincompatibility of dialysis membranes: factor H binding correlates inversely with complement activation indicating a local imbalance of involved proteases/anti-proteases Advances in Experimental Medicine and Biology 240: 365-375
Suvilampi, J.E.; Rintala, J.A. 2004: Pilot-scale comparison of thermophilic aerobic suspended carrier biofilm process and activated sludge process in pulp and paper mill effluent treatment Water Science and Technology: a Journal of the International Association on Water Pollution Research 50(3): 95-102
Pförringer, W. 1978: Fitness training with squash "disposed of lots of aggressions" Münchener Medizinische Wochenschrift 120(36): 1142-1143