#Question id: 14305
#Section 5: Bioprocess Engineering and Process Biotechnology
Ethanol is to be used as a substrate for single-cell protein
production in a chemostat. The available equipment can achieve an oxygen
transfer rate of 10 g O2/l of liquid per hour. Assume the kinetics
of cell growth on ethanol is of the Monod type, with µm = 0.5 h–1, Ks
= 30 mg/l, YX/S = 0.5 cells/g ethanol, and YO2/S = 2 g O2/g EtOH. We wish to
operate the chemostat with an ethanol concentration in the feed of 22 g/L. We
also wish to maximize the biomass productivity and minimize the loss of unused
ethanol in the effluent. Determine the required dilution rate
#Question id: 20602
#Section 5: Bioprocess Engineering and Process Biotechnology
#Question id: 12725
#Section 7: Recombinant DNA technology and Other Tools in Biotechnology
DNA form |
Helix Direction |
Number of bases per
helix turn |
1. B
|
a. Left Handed |
i. 10 |
2. A |
b. Right Handed |
ii. 12 |
3. C | c. Left Handed |
iii. 14 |
4. Z |
d. Right Handed |
iv. 9 |
#Question id: 15017
#Section 1: Engineering Mathematics
Then ABC =
#Question id: 1660
#Section 2: General Biology
Cleavage of IgG by papain produces: