Bioequivalence Review Articles:
Bioequivalence is a term in
pharmacokinetics used to evaluate the normal in vivo natural identicalness of two restrictive arrangements of a medication. On the off chance that two items are supposed to be bioequivalent it implies that they would be required to be, in every practical sense, the equivalent.
Birkett (2003) characterized bioequivalence by expressing that, "two pharmaceutical items are bioequivalent on the off chance that they are pharmaceutically equal and their bioavailabilities (rate and degree of accessibility) after organization in a similar molar portion are like such an extent, that their belongings, regarding both adequacy and security, can be relied upon to be basically the equivalent. Pharmaceutical equality suggests a similar measure of a similar dynamic substance(s), in a similar dose structure, for a similar course of organization and meeting the equivalent or practically identical principles."
For (WHO) bioavailabilities, regarding rate (Cmax and tmax) and degree of retention (territory under the bend), after organization of a similar molar portion under similar conditions, are like such an extent, that their belongings can be required to be basically the same".The United States Food and Drug
Administration (FDA) has characterized bioequivalence as, "the nonattendance of a critical contrast in the rate and degree to which the dynamic fixing or dynamic moiety in pharmaceutical reciprocals or pharmaceutical choices opens up at the site of medication activity when managed at a similar molar portion under comparable conditions in a properly structured investigation."
High Impact List of Articles
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Adherence to antihypertensive medication in the older hypertensive patients: the role of blood pressure measurement assistance
Elena N Nalotova, Michail M Alesinskiy, Alexander E. Berezin & Sergey V Nalotov
Research Article: Pharmaceutical Bioprocessing
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Adherence to antihypertensive medication in the older hypertensive patients: the role of blood pressure measurement assistance
Elena N Nalotova, Michail M Alesinskiy, Alexander E. Berezin & Sergey V Nalotov
Research Article: Pharmaceutical Bioprocessing
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High-throughput screening and automation approaches for the development of recombinant therapeutic proteins
Gregory Keil*
Review Article: Pharmaceutical Bioprocessing
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High-throughput screening and automation approaches for the development of recombinant therapeutic proteins
Gregory Keil*
Review Article: Pharmaceutical Bioprocessing
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Industrial application of impurity flocculation to streamline antibody purification processes
Michael Felo, Yun Kenneth Kang*, James Hamzik, Paul Balderes and Dale L Ludwig
Review Article: Pharmaceutical Bioprocessing
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Industrial application of impurity flocculation to streamline antibody purification processes
Michael Felo, Yun Kenneth Kang*, James Hamzik, Paul Balderes and Dale L Ludwig
Review Article: Pharmaceutical Bioprocessing
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How to choose the correct cell line for producing your viral vaccine: what is important?
Leo A van der Pol and Wilfried AM Bakker
Editorial: Pharmaceutical Bioprocessing
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How to choose the correct cell line for producing your viral vaccine: what is important?
Leo A van der Pol and Wilfried AM Bakker
Editorial: Pharmaceutical Bioprocessing
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Biologics 2.0: can omics technology improve mammalian cell-based manufacturing?
Trent P Munro
Editorial: Pharmaceutical Bioprocessing
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Biologics 2.0: can omics technology improve mammalian cell-based manufacturing?
Trent P Munro
Editorial: Pharmaceutical Bioprocessing
Relevant Topics in Clinical