9.25 Daily Question – Fill-in-the-blank; a reward is given for every correct answer
Thread Content
This post was last edited by sumanl on 2017-10-14 at 12:15 (Answers must be submitted within 24 hours). Fill-in-the-blank question: The fermentation-based pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include the construction of the engineered strain and fermentation cultivation, with efficient expression being the key. Downstream processes include separation and purification, drug formulation, and quality control.
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include the (construction) and (fermentation cultivation) of the engineered strain, with efficient expression being the key aspect. Downstream processes include (separation and purification), drug formulation, and (quality control), among others.
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include (isolating the target gene) from the host bacterium and (constructing the engineered bacterium (cell)), with the core being (the expression of the target gene). Downstream processes include (separation and purification), drug formulation, and (quality control), among others.
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include (isolating the target gene) from the host bacterium and (constructing the engineered bacterium (cell)), with the core being (the expression of the target gene). Downstream processes include (separation and purification), drug formulation, and (quality control), among others.
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include the construction of the engineered strain and fermentation cultivation, with efficient expression being the key aspect. Downstream processes include separation and purification, drug formulation, and quality control.
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include (isolating the target gene) from the host bacterium and (constructing the engineered bacterium (cell)), with the core being (the expression of the target gene). Downstream processes include (separation and purification), drug formulation, and (quality control), etc
The fermentation pharmaceutical production process using genetically engineered bacteria can be divided into upstream and downstream processes. The upstream processes mainly include the (construction) and (fermentation cultivation) of the engineered strain, with (high-efficiency expression) being the core. Downstream processes include (separation and purification), drug formulation, and (quality control), etc.
Construction, fermentation cultivation； Efficient expression ； Separation and purification, quality control.
Construction, fermentation culture, high-efficiency expression, separation and purification, quality control
Batch culture, fed-batch culture, continuous culture, dialytic culture, immobilized culture