qPCR to Determine Difference in Viral DNA Yield Between the Hirt and Puregene Extracted Dinn Cells, as Well as Adding in Some D. innubila Adults Who Died from DiNV Infection to See Viral Load

Information on the samples from the Hirt extraction can be found here. Their corresponding Puregene samples were extracted here along with a Qubit to determine DNA concentration. Fly DNA used to check the integrity of replicate 2 of the male and female 16Cq injections, extracted here, was also used in the qPCR.

All DNA samples were thawed on ice, then diluted to 1ng/ul if possible. For samples with DNA too low to read on broad range Qubit, they were not diluted.

Sample information and dilutions:

sample # sample type ul DNA ul diluent
A Puregene NA NA
B Puregene NA NA
10 hirt extraction 2ul 144ul 10mM tris
11 hirt extraction 2ul 137ul 10mM tris
12 hirt extraction 2ul 66ul 10mM tris
13 hirt extraction 2ul 53ul 10mM tris
14A hirt extraction 3ul 5.5ul 10mM tris
15A hirt extraction NA NA
14 fly 2ul 36ul DNA hydration solution
15 fly 2ul 34ul DNA hydration solution
17 fly 2ul 16ul DNA hydration solution
46 fly 2ul 33ul DNA hydration solution
47 fly 2ul 8ul DNA hydration solution
62 fly 3ul 5.5ul DNA hydration solution
65 fly 2ul 26ulDNA hydration solution

More information on the hirt samples can be found here. More information on the fly samples can be found here

  • Samples were kept on ice
  • Reagents were thawed and kept on ice
  • Master mixes for each primer were made and kept on ice until use
  • TPI master mix
    • 255ul Sso
    • 25.5ul TPI F primer
    • 25.5ul TPI R primer
    • 153ul molecular grade water
  • PIF3 master mix
    • 255ul Sso
    • 25.5ul PIF3 F primer
    • 25.5ul PIF3 R primer
    • 153ul molecular grade water
  • 9ul of primer was added to each well of a qPCR plate
  • 1ul of diluted (or not) sample was added to the appropriate well in the plate
  • The wells were pipette mixed 10X with a multichannel to mix
  • The plate was sealed with the biorad seal
  • The plate was spun down for 3 minutes at 4000rpm
  • The plate was brought to the qPCR machine and run on the p47 program

Plate layout:

  1 2 3 4 5 6 7 8 9 10 11 12  
A A puregene A puregene A puregene B puregene B puregene B puregene 10 hirt 10 hirt 10 hirt 11 hirt 11 hirt 11 hirt  
B 12 hirt 12 hirt 12 hirt 13 hirt 13 hirt 13 hirt 14A hirt 14A hirt 14A hirt 15A hirt 15A hirt 15A hirt TPI
C 14 fly 14 fly 14 fly 15 fly 15 fly 15 fly 17 fly 17 fly 17 fly 46 fly 46 fly 46 fly  
D 47 fly 47 fly 47 fly 62 fly 62 fly 62 fly 65 fly 65 fly 65 fly water water water  
E A puregene A puregene A puregene B puregene B puregene B puregene 10 hirt 10 hirt 10 hirt 11 hirt 11 hirt 11 hirt  
F 12 hirt 12 hirt 12 hirt 13 hirt 13 hirt 13 hirt 14A hirt 14A hirt 14A hirt 15A hirt 15A hirt 15A hirt PIF3
G 14 fly 14 fly 14 fly 15 fly 15 fly 15 fly 17 fly 17 fly 17 fly 46 fly 46 fly 46 fly  
H water water water 47 fly 47 fly 47 fly 62 fly 62 fly 62 fly 65 fly 65 fly 65 fly  

All data from the qPCR machine can be found here. Analysis of the hirt samples can be found here. Analysis of the fly samples can be found here.