Bissoy.com
Doctors Medicines MCQs Q&A

______________ can be measured by CsCl2 density gradient centrifugation.

______________ can be measured by CsCl2 density gradient centrifugation. Correct Answer DNA base ratio

DNA base ratio can be measured using CsCl2 density gradient centrifugation. The technique is routinely applied to assess the microbial populations in samples collected from aquaculture sites.

Related Questions

An object X sinks in liquids P and Q but floats in liquid R. Which of the following conclusions can be made from these observations? A) Density of X is more than the density of P B) Density of X is less than the density of R C) Density of P is equal to the density of R D) Density of P is less than the density of R
Density gradient centrifugation is a type of isopycnic centrifugation.
Cesium chloride density gradient centrifugation is commonly used for the separation of DNA molecules. The buoyant density, ρ, of a double stranded Cs+ DNA is given by the equation ρ = 1.66 + 0.098 XG + C, where XG + C denotes
A slurry stream containing quartz is diverted into one litre density can. The time taken to fill up the can is measured as 5 sec. The pulp density is measured to be 1250 kg/m3. Calculate the mass flow rate of quartz within the slurry. Assuming the density of quartz is 2650kg/m3
Equilibrium centrifugation is also known as ___________________ centrifugation.
What are the small peaks achieved by the repetitive DNA during the density gradient centrifugation process of DNA finger printing known as?
You grow a bacterial culture in a media containing N15 and transfer it to a media with N14. After two rounds of replication you perform a CsCl density gradient centrifugation of the DNA. How many bands will you observe what will be their intensity?
You isolate the nucleolus from the nucleus and performed a density gradient centrifugation with the extract. Then you check the different for the RNA polymerase activity of the different segment. Which RNA polymerase would you expect to find in abundance?
What is use of density gradient centrifugation?
Based on buoyant density gradient centrifugation, the mammalian genome is divided into five regions which are > 300 kbp in length, characterized by relatively homogenous compositions. These regions are