Results 161 to 170 of about 691,675 (219)
Bacterial Biomolecules Drive Extracellular DNA Adsorption onto Ferrihydrite: Interfacial Interactions and Spectroscopic Insights. [PDF]
Skalny M +5 more
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Comparative Study between Cryogel and Hydrogel-Based Chitosan: Relationship between Structure, Swelling Ability, and Cu(II) Adsorption Ability. [PDF]
Amonkol P, Choochottiros C.
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Superior synergistic corrosion inhibition of brass in NaCl solution by 2-mercaptobenzothiazole and TiO<sub>2</sub> nanoparticles compared with SiO<sub>2</sub>. [PDF]
AbdElRhiem E +4 more
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ADSORPTION ISOTHERM AND THE STATES OF ADSORPTION
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The American Journal of Digestive Diseases, 1961
1. The most powerful adsorbents of pepsin are aluminum hydroxide gel and charcoal. 2. The adsorbent action of pepsin is uninfluenced by the substrate concentration and is less active at lowpH levels. When used to inactivate pepsin, the adsorbent effect of aluminum hydroxide gel is more important than thepH effect. 3.
D W, PIPER, B, FENTON
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1. The most powerful adsorbents of pepsin are aluminum hydroxide gel and charcoal. 2. The adsorbent action of pepsin is uninfluenced by the substrate concentration and is less active at lowpH levels. When used to inactivate pepsin, the adsorbent effect of aluminum hydroxide gel is more important than thepH effect. 3.
D W, PIPER, B, FENTON
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Mycotoxin Research, 2001
In vitro binding studies with different mycotoxins are often made to test various adsorbents for their ability to detoxify these toxins in animal feed. In this study different clays were investigated for their ability to bind aflatoxin B1, zearalenone, ochratoxin A and deoxynivalenol in two different buffer systems (pH 3 and pH 6.5).
N, Thimm +5 more
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In vitro binding studies with different mycotoxins are often made to test various adsorbents for their ability to detoxify these toxins in animal feed. In this study different clays were investigated for their ability to bind aflatoxin B1, zearalenone, ochratoxin A and deoxynivalenol in two different buffer systems (pH 3 and pH 6.5).
N, Thimm +5 more
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Nature, 1953
THE plasma of normal people has been shown to contain a labile, active fibrinolysin1,2,3. Since this enzyme is not necessarily plasmin and in some ways behaves differently from plasmin, it has been tentatively termed ‘plasma active fibrinolysin’2. The enzyme disappears rapidly from fluid blood and plasma kept at room temperature; but if blood is cooled
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THE plasma of normal people has been shown to contain a labile, active fibrinolysin1,2,3. Since this enzyme is not necessarily plasmin and in some ways behaves differently from plasmin, it has been tentatively termed ‘plasma active fibrinolysin’2. The enzyme disappears rapidly from fluid blood and plasma kept at room temperature; but if blood is cooled
openaire +2 more sources

